mhurhangee/patent-ind-claim-en huggingface dataset:
An optical arrangement , comprising: a disk-shaped laser-active medium , a deflecting device , having a plurality of mirror elements on which mirror faces (F; F2, F3, F4, F5, ...) for deflecting a laser beam to be amplified are formed, and having a base body on which the mirror elements are fastened, wherein the mirror elements are arranged in pairs, the mirror faces (F3, F4; F5, F6; ...) of which are oriented in such a way that the laser beam to be amplified is deflected by a respective mirror face (F3; F5, ...) via the disk-shaped laser-active medium to another mirror face (F4; F6, ...), wherein the mirror elements are formed in one piece or are monolithically joined, and have a connecting section which is preferably formed rotationally symmetrically with respect to a center axis and is rigidly, i.e. permanently, connected by a material-fit connection or a direct connection to the base body , characterized in that recesses are formed in the base body which respectively have a lateral face for the material-fit or for direct connection to the connecting section of a respective mirror element , and that the connecting section is formed by a spherical segment , and that the spherical segment is connected at a spherical cap of the spherical segment with a material fit or directly to the lateral face of the recess of the base body . a disk-shaped laser-active medium , a deflecting device , having a plurality of mirror elements on which mirror faces (F; F2, F3, F4, F5, ...) for deflecting a laser beam to be amplified are formed, and having a base body on which the mirror elements are fastened, wherein the mirror elements are arranged in pairs, the mirror faces (F3, F4; F5, F6; ...) of which are oriented in such a way that the laser beam to be amplified is deflected by a respective mirror face (F3; F5, ...) via the disk-shaped laser-active medium to another mirror face (F4; F6, ...), wherein the mirror elements are formed in one piece or are monolithically joined, and have a connecting section which is preferably formed rotationally symmetrically with respect to a center axis and is rigidly, i.e. permanently, connected by a material-fit connection or a direct connection to the base body , characterized in that recesses are formed in the base body which respectively have a lateral face for the material-fit or for direct connection to the connecting section of a respective mirror element , and that the connecting section is formed by a spherical segment , and that the spherical segment is connected at a spherical cap of the spherical segment with a material fit or directly to the lateral face of the recess of the base body .
Flush-mounted group for mixing water for a bathroom or kitchen, comprising: - a body comprising a valve , intended to be installed in a seat having a given depth with respect to a finished surface; - a plate which can be mounted on the finished surface so as to enclose the body inside the seat and which is provided with an opening for accessing the body ; - a control member for operating the valve , connected to the valve through the opening of the plate ; - coupling means for connecting together the valve and the control member , said coupling means being adjustable to vary a distance between the control member and the valve and ensure correct positioning of the control member inside the opening , characterized by a fastening member for fixing the body to the seat, adjustable on the body to set the depth to which the body is inset inside the seat, and in that the valve is provided with a threaded connection and the coupling means is provided with a threaded rod , the distance between the control member and the valve being variable by screwing or unscrewing the rod into/from the connection . - a body comprising a valve , intended to be installed in a seat having a given depth with respect to a finished surface; - a plate which can be mounted on the finished surface so as to enclose the body inside the seat and which is provided with an opening for accessing the body ; - a control member for operating the valve , connected to the valve through the opening of the plate ; - coupling means for connecting together the valve and the control member , said coupling means being adjustable to vary a distance between the control member and the valve and ensure correct positioning of the control member inside the opening , characterized by a fastening member for fixing the body to the seat, adjustable on the body to set the depth to which the body is inset inside the seat, and in that the valve is provided with a threaded connection and the coupling means is provided with a threaded rod , the distance between the control member and the valve being variable by screwing or unscrewing the rod into/from the connection .
An electric multipurpose apparatus for cooking food, comprising at least an openable casing , an electrical resistance element provided on the casing and carrier means for carrying food inside the casing , characterized in that the apparatus comprises means for changing the position of the electrical resistance element with respect to the food to be cooked, in order to change the operation of the apparatus, wherein the first position of said electrical resistance element is above of the food to be cooked and the second position is substantially 180 degrees from said first position, below the food to be cooked.
A sunshade for projecting an image of a logo onto a surface comprising: a transparent plastic sheet ; characterized in that a first area of said plastic sheet comprises a shape of a logo printed on said first area, said first area is substantially transparent to light to project an image of said logo onto a surface relatively distant from the apparatus when illuminated by a light source; and a second area of said plastic sheet surrounding said first area which comprises a different transparency to said light relative to said first area; and in that the sunshade further comprises a support structure to position said plastic sheet in a vertical position, a horizontal position, and/or at an angle. a transparent plastic sheet ; characterized in that a first area of said plastic sheet comprises a shape of a logo printed on said first area, said first area is substantially transparent to light to project an image of said logo onto a surface relatively distant from the apparatus when illuminated by a light source; and a second area of said plastic sheet surrounding said first area which comprises a different transparency to said light relative to said first area; and in that the sunshade further comprises a support structure to position said plastic sheet in a vertical position, a horizontal position, and/or at an angle.
A method for treating a contaminated fluid ; the method comprising the steps of: transporting a contaminated fluid and treating agents into a processing tank by way of at least one pump-mixer ; and wherein said treating agents include a coagulant , an adsorbent and at least one oxidant or disinfectant which are introduced one by one into the contaminated fluid prior to the pump mixer , and wherein said pump-mixer causes rapid and vigorous mixing of said contaminated fluid and said treating agents thereby forming a uniform dispersion of the treating agents in the contaminated fluid ; wherein said uniform dispersion enters an integrated processing tank , wherein treatment processes of coagulation, adsorption and oxidation/disinfection are completed in parallel and separating process residuals in form of sludge in said processing tank , and extracting said sludge from the treated fluid from said dual function separation and processing tank . transporting a contaminated fluid and treating agents into a processing tank by way of at least one pump-mixer ; and wherein said treating agents include a coagulant , an adsorbent and at least one oxidant or disinfectant which are introduced one by one into the contaminated fluid prior to the pump mixer , and wherein said pump-mixer causes rapid and vigorous mixing of said contaminated fluid and said treating agents thereby forming a uniform dispersion of the treating agents in the contaminated fluid ; wherein said uniform dispersion enters an integrated processing tank , wherein treatment processes of coagulation, adsorption and oxidation/disinfection are completed in parallel and separating process residuals in form of sludge in said processing tank , and
A battery pack comprising a plurality of battery cells and a bus bar electrically connected to the plurality of battery cells , wherein the bus bar comprises a single-layer portion and a multi-layer portion which have different numbers of stacks in the thickness direction, wherein the single-layer portion comprises a first material layer (M1), and the multi-layer portion comprises a first material layer (M1) continuously connected from the first material layer (M1) of the single-layer portion and a second material layer (M2) formed on at least one of a surface or a rear surface of the first material layer (M1), characterized in that the bus bar is configured such that the single-layer portion is arranged on a first connection position (P1) to electrically connect an electrode of each of the battery cells and the multi-layer portion is arranged on a second connection position (P2) to electrically connect a circuit board on the electrode of the battery cell and/or a third connection position (P3) to electrically connect a connecting member extending out of the battery cell . wherein the bus bar comprises a single-layer portion and a multi-layer portion which have different numbers of stacks in the thickness direction, wherein the single-layer portion comprises a first material layer (M1), and the multi-layer portion comprises a first material layer (M1) continuously connected from the first material layer (M1) of the single-layer portion and a second material layer (M2) formed on at least one of a surface or a rear surface of the first material layer (M1), characterized in that the bus bar is configured such that the single-layer portion is arranged on a first connection position (P1) to electrically connect an electrode of each of the battery cells and the multi-layer portion is arranged on a second connection position (P2) to electrically connect a circuit board on the electrode of the battery cell and/or a third connection position (P3) to electrically connect a connecting member extending out of the battery cell .
Pneumatic vehicle tyre comprising a tread with main grooves made to the depth of the tread pattern (T 1 ), in particular circumferential grooves (6, 6', 6" ) or diagonal grooves, the main grooves (6, 6', 6") having two groove walls (7, 7', 7") facing one another and a groove base groove (8, 8', 8") adjoining these walls, the two groove walls (7, 7', 7") having planar flank surfaces (7a, 7'a, 7"a), extending up to the periphery of the tread, and sloping surfaces (7b, 7'b, 7"b), sloping down in an adjoining manner in the direction of the groove base groove (8, 8', 8"), characterized in that the groove base groove (8, 8', 8") - has a constant width (b 1 , b 1 ', b 1 " of at least 3.0 mm and at most 40% of the width (B 1 ) of the main groove (6, 6', 6") at the periphery of the tread and - has a depth (t 1 ) of at least 0.3 mm and at most 90% of a distance (a 1 ) that there is, seen in cross section, between the level of the deepest point (P 1 ) of the main groove (6, 6', 6") and the connection of the flank surfaces (7a, 7'a, 7"a) to the sloping surfaces (7b, 7'b, 7"b) and is 20% to 60% of the depth of the tread pattern (T 1 ) of the main groove (6, 6', 6"), the planar flank surfaces (7a, 7'a, 7"a) extending in the radial direction or at an angle (a) of up to 10° to the radial direction and the sloping surfaces (7b, 7'b, 7"b) extending at an angle (β) of 30° to 60° to the radial direction. - has a constant width (b 1 , b 1 ', b 1 " of at least 3.0 mm and at most 40% of the width (B 1 ) of the main groove (6, 6', 6") at the periphery of the tread and - has a depth (t 1 ) of at least 0.3 mm and at most 90% of a distance (a 1 ) that there is, seen in cross section, between the level of the deepest point (P 1 ) of the main groove (6, 6', 6") and the connection of the flank surfaces (7a, 7'a, 7"a) to the sloping surfaces (7b, 7'b, 7"b) and is 20% to 60% of the depth of the tread pattern (T 1 ) of the main groove (6, 6', 6"),
A pneumatic tire having a tread portion , wherein a shoulder main groove extending in a tire circumferential direction at each tread edge (Te) side and a shoulder land portion demarcated between the tread edge (Te) and the shoulder main groove are provided in the tread portion , the shoulder land portion is divided into an inner land portion at the shoulder main groove side and an outer land portion at the tread edge (Te) side by a circumferential sipe being provided so as to continuously extend in the tire circumferential direction and have a width of not greater than 2 mm, a plurality of inner shoulder axial grooves that communicate between the shoulder main groove and the circumferential sipe are provided in the inner land portion , a plurality of outer shoulder axial grooves that communicate between the tread edge (Te) and the circumferential sipe are provided in the outer land portion , an inner end portion , in a tire axial direction, of each outer shoulder axial groove is provided at a position that does not intersect a region obtained by imaginarily extending an outer end portion , in the tire axial direction, of the inner shoulder axial groove along the tire axial direction, a first crown land portion adjacent to the shoulder land portion across the shoulder main groove is provided in the tread portion , and a crown axial groove traversing the first crown land portion is provided in the first crown land portion , characterized in that an outer end portion , at the shoulder main groove side, of the crown axial groove is provided at a position that intersects a region obtained by imaginarily extending an inner end portion , at the shoulder main groove side, of the inner shoulder axial groove along the tire axial direction, and the crown axial groove includes a first region and second regions that are provided at both sides, in the tire axial direction, of the first region , respectively and each have a smaller groove depth than the first region .
A denitration system comprising: a denitrator comprising a denitration catalyst which, with a reducing agent injected into a nitrogen oxide in a flue gas, denitrates the nitrogen oxide and a casing ; an economizer for preheating a boiler feed water by the flue gas heat exchange, arranged downstream of the denitrator ; an expansion joint duct for connecting of an exit of the denitrator and an inlet of the economizer ; and a supporting structure for holding loads of the denitrator , the expansion joint duct and the economizer , wherein the expansion joint duct has a downstream length to ensure mixing of the reducing agent and sulfur trioxide in the flue gas exhausted from the denitrator ; the supporting structure provides a denitrator supporting beam for supporting loads of the casing , the denitration catalyst and a denitration catalyst supporting beam which holds the denitration catalyst in the denitrator, and an economizer supporting beam which supports loads of the expansion joint duct and the economizer ; the economizer is supported by the economizer supporting beam , the expansion joint duct is supported by the economizer supporting beam through the economizer , whereby the economizer is suspended from the expansion joint duct , and whereby the economizer supporting beam is connected to the supporting structure . a denitrator comprising a denitration catalyst which, with a reducing agent injected into a nitrogen oxide in a flue gas, denitrates the nitrogen oxide and a casing ; an economizer for preheating a boiler feed water by the flue gas heat exchange, arranged downstream of the denitrator ; an expansion joint duct for connecting of an exit of the denitrator and an inlet of the economizer ; and a supporting structure for holding loads of the denitrator , the expansion joint duct and the economizer , wherein the expansion joint duct has a downstream length to ensure mixing of the reducing agent and sulfur trioxide in the flue gas exhausted from the denitrator ; the supporting structure provides a denitrator supporting beam for supporting loads of the casing , the denitration catalyst and a denitration catalyst supporting beam which holds the denitration catalyst in the denitrator, and an economizer supporting beam which supports loads of the expansion joint duct and the economizer ; the economizer is supported by the economizer supporting beam , the expansion joint duct is supported by the economizer supporting beam through the economizer , whereby the economizer is suspended from the expansion joint duct , and whereby the economizer supporting beam is connected to the supporting structure .
An X-ray detection system comprising: a beam source generator , first detectors , a second detector , a collimating device , and a processor ; and wherein the beam source generator is configured to emit a plurality of columns of beam signals, wherein each column of beam signals comprises a plurality of beam signals; the first detectors are configured to receive a plurality of columns of transmitted beam signals passing through the object, wherein each of the first detectors is configured to receive one column of transmitted beam signals among the plurality of columns of transmitted beam signals; the collimating device is configured to perform a specificity selection from a plurality of columns of scattered beam signals passing through the object; the second detector is configured to receive scattered beam signals selected by the collimating device; and the processor is configured to determine a detection result of the object according to the plurality of columns of transmitted beam signals and the selected scattered beam signals; wherein emission of the beam signals by the beam source generator is in a positive direction of an X-axis of a three-dimensional Cartesian coordinate system, and a transmission direction of an object to be detected is in a Y axis of the three-dimensional Cartesian coordinate system, wherein the first detectors and the second detector are alternately arranged in the transmission direction of the object to be detected. a beam source generator , first detectors , a second detector , a collimating device , and a processor ; and wherein the beam source generator is configured to emit a plurality of columns of beam signals, wherein each column of beam signals comprises a plurality of beam signals; the first detectors are configured to receive a plurality of columns of transmitted beam signals passing through the object, wherein each of the first detectors is configured to receive one column of transmitted beam signals among the plurality of columns of transmitted beam signals; the collimating device is configured to perform a specificity selection from a plurality of columns of scattered beam signals passing through the object; the second detector is configured to receive scattered beam signals selected by the collimating device; and the processor is configured to determine a detection result of the object according to the plurality of columns of transmitted beam signals and the selected scattered beam signals; wherein emission of the beam signals by the beam source generator is in a positive direction of an X-axis of a three-dimensional Cartesian coordinate system, and a transmission direction of an object to be detected is in a Y axis of the three-dimensional Cartesian coordinate system, wherein the first detectors and the second detector are alternately arranged in the transmission direction of the object to be detected.
A method of preparing for conducting a phacoemulsification procedure, comprising: querying a lookup table maintained on a control unit of a phacoemulsification device, the lookup table for a series of fluid related parameters, wherein the table comprises a plurality of fluid parameter related conditions potentially expected to be encountered during the phacoemulsification procedure and a plurality of warning entries, each warning entry associated with fluid parameter related conditions potentially expected to be encountered during the phacoemulsification procedure; and before beginning the phacoemulsification procedure issuing a warning to an operator when a warning entry for one fluid parameter related condition potentially expected to be encountered during the phacoemulsification procedure corresponds to a level of performance outside a predetermined range.
Breaded nugget product containing whole peeled shrimp or other peeled catch pieces, which contains 40% to 60% breading mixture, which contains breadcrumbs, flours and gruel mixture and 60% to 40% peeled shrimp or other peeled catch mixture, characterized in that the peeled shrimp or other peeled catch mixture contains a mixture of milled shrimp or other catch shell and water, which is used as coloring and binding material of the peeled shrimp or other peeled catch without use of synthetic coloring substances, this mixture not being used as breading material.
A battery pack comprising: at least one battery module including a plurality of secondary batteries placed and arranged in a horizontal direction and electrically connected to each other, and a cell frame having a fixing tube configured to fix the plurality of secondary batteries in a predetermined arrangement, the fixing tube being disposed between the plurality of secondary batteries , extending in the horizontal direction and having two open ends; and a fixing rod extending in a direction and inserted into the fixing tube in the horizontal direction, a pack tray including a base plate on which the at least one battery module is mounted and a fixing wall extending in an upward direction from an upper surface of the base plate , and two ends of the fixing rod are fixed to the fixing wall provided in the pack tray . at least one battery module including a plurality of secondary batteries placed and arranged in a horizontal direction and electrically connected to each other, and a cell frame having a fixing tube configured to fix the plurality of secondary batteries in a predetermined arrangement, the fixing tube being disposed between the plurality of secondary batteries , extending in the horizontal direction and having two open ends; and a fixing rod extending in a direction and inserted into the fixing tube in the horizontal direction, a pack tray including a base plate on which the at least one battery module is mounted and a fixing wall extending in an upward direction from an upper surface of the base plate , and two ends of the fixing rod are fixed to the fixing wall provided in the pack tray .
A liquid composition comprising glycerol, at least an unsaturated fatty acid in liquid form, an alkalising agent and water wherein: a) glycerol is present at concentrations comprised between 50% and 99% by weight, on the total weight of said liquid composition: b) water at a concentration comprised between 0.01% and 35% by weight on the total weight of said liquid composition, and wherein said alkalising agent is comprised at concentrations comprised between 1% and 5% by weight on the total weight of said composition. a) glycerol is present at concentrations comprised between 50% and 99% by weight, on the total weight of said liquid composition: b) water at a concentration comprised between 0.01% and 35% by weight on the total weight of said liquid composition, and