mhurhangee/ep-ind-claims huggingface dataset:
A liquid container comprising an outer wall having an upper end and a lower end, a liquid material receptacle mounted internally of the outer wall adjacent to the upper end thereof, the liquid material receptacle having an open upper end adjacent the upper end of the outer wall, and a closed lower end remote from the upper end of the outer wall, wherein the liquid material receptacle tapers inwardly from the open upper end thereof to the closed lower end, characterized in that the container is provided with a cap which is arranged to engage with the outer wall adjacent the upper end thereof and is sealed by a membrane which extends across the open end of the liquid material receptacle containing a liquid material between the cap and the upper end of the wall, the membrane being arranged to be broken by a manually inserted applicator through an aperture of the cap into the liquid material, said aperture being surrounded by an internal lip arranged to wipe off excess liquid material from the applicator after withdrawal from the container.
An elevator system comprising: an elevator car (202, 302) located within an elevator shaft; a display (214, 216) located within the elevator car (202, 302); and elevator emergency monitoring system having an elevator shaft monitoring device mounted on the elevator car (202, 302) and configured to capture an image of the elevator shaft, an elevator shaft monitoring device is mounted to a top of the elevator car (202, 302) such that a portion of the elevator shaft above the elevator car (202, 302) is captured by the elevator shaft monitoring device; characterized in that the elevator car (202, 302) is operable in an emergency mode of operation such that an image captured by the elevator shaft monitoring device is displayed on the display (214, 216) within the elevator car (202, 302); and the elevator shaft monitoring device comprises at least one of a thermal camera, and an infrared camera. an elevator car (202, 302) located within an elevator shaft; a display (214, 216) located within the elevator car (202, 302); and elevator emergency monitoring system having an elevator shaft monitoring device mounted on the elevator car (202, 302) and configured to capture an image of the elevator shaft, an elevator shaft monitoring device is mounted to a top of the elevator car (202, 302) such that a portion of the elevator shaft above the elevator car (202, 302) is captured by the elevator shaft monitoring device; characterized in that the elevator car (202, 302) is operable in an emergency mode of operation such that an image captured by the elevator shaft monitoring device is displayed on the display (214, 216) within the elevator car (202, 302); and the elevator shaft monitoring device comprises at least one of a thermal camera, and an infrared camera.
Winding head for surgical suture material, - with a securing arm, - with a guide carriage, which is mounted on the securing arm, - with a circumferential guide system, which is mounted displaceably on the guide carriage, - wherein the circumferential guide system has two first tracks (32, 34) which are spaced apart from each other, - wherein the two first tracks (32, 34) of the guide system are connected to each other by two second tracks (36, 38), which are of approximately semi-circular shape, - wherein a transition curve (50, 52, 54, 56) is present in at least one of the transition regions (40, 42, 44, 46) between a first track (32, 34) and a second track (36, 38), which transition curve (50, 52, 54, 56) connects the first track (32, 34) and the second track (36, 38) to each other, - wherein the guide carriage has at least one inner guide roller and at least one outer guide roller, between which the guide system is mounted displaceably, characterized in that - at least one of the guide rollers is mounted resiliently. - with a securing arm, - with a guide carriage, which is mounted on the securing arm, - with a circumferential guide system, which is mounted displaceably on the guide carriage, - wherein the circumferential guide system has two first tracks (32, 34) which are spaced apart from each other, - wherein the two first tracks (32, 34) of the guide system are connected to each other by two second tracks (36, 38), which are of approximately semi-circular shape, - wherein a transition curve (50, 52, 54, 56) is present in at least one of the transition regions (40, 42, 44, 46) between a first track (32, 34) and a second track (36, 38), which transition curve (50, 52, 54, 56) connects the first track (32, 34) and the second track (36, 38) to each other, - wherein the guide carriage has at least one inner guide roller and at least one outer guide roller, between which the guide system is mounted displaceably, characterized in that - at least one of the guide rollers is mounted resiliently.
Conveyor belt for a machine for producing web material from an initial material, in particular paper or cardboard, wherein the conveyor belt on a web material side has a web material contact surface, and on a machine side has a machine contact surface, wherein a plurality of depressions for discharging liquid and particles from the initial material of the web material away from the machine contact surface are provided on the machine side in the conveyor belt, and the conveyor belt is constructed in such a manner that the latter in the region of the interior volume thereof has a reinforcement structure which is formed by a woven fabric or another fibrous material, wherein the depressions are elongate substantially in a longitudinal direction of the conveyor belt, wherein the conveyor belt is suitable for guiding by way of the latter rollers that are driven for movement, and the depressions are configured in the manner of grooves or ruts such that drive contact without slippage is enabled with the rollers of the machine contact surface that are driven for movement, and the reinforcement structure is encased by a construction material which comprises polyurethane.
A method for assessing quality of a running yarn using a yarn monitoring device, the yarn monitoring device comprising a first sensor adapted to detect a thickness of a running yarn and to obtain a thickness detection value, a second sensor adapted to detect a fiber volume of the running yarn and to obtain a fiber volume detection value, and a yarn quality assessing section, the method comprising the following steps performed by the yarn quality assessing section: assessing the yarn quality in terms of presence or absence of a yarn defect by judging a portion as having a yarn defect if the thickness detection value and the fiber volume detection value of the given portion in the running yarn are outside an allowable yarn defect range that is established by using at least the thickness and the fiber volume as parameters, if judging that the given portion has a yarn defect, causing the yarn to be cut and causing a yarn joining device controller to control a yarn joining device to perform a yarn joining operation, to remove the portion that is judged as having a yarn defect and to generate a yarn joint, assessing yarn quality of the running yarn in terms of presence or absence of a faulty yarn joint based on the thickness detection value detected by the first sensor and the fiber volume detection value detected by the second sensor, by judging the yarn joint as faulty if the thickness detection value and the fiber volume detection value of the yarn joint in the running yarn are outside an allowable faulty yarn joint range that is established by using at least the thickness and the fiber volume as parameters. assessing the yarn quality in terms of presence or absence of a yarn defect by judging a portion as having a yarn defect if the thickness detection value and the fiber volume detection value of the given portion in the running yarn are outside an allowable yarn defect range that is established by using at least the thickness and the fiber volume as parameters, if judging that the given portion has a yarn defect, causing the yarn to be cut and causing a yarn joining device controller to control a yarn joining device to perform a yarn joining operation, to remove the portion that is judged as having a yarn defect and to generate a yarn joint, assessing yarn quality of the running yarn in terms of presence or absence of a faulty yarn joint based on the thickness detection value detected by the first sensor and the fiber volume detection value detected by the second sensor, by judging the yarn joint as faulty if the thickness detection value and the fiber volume detection value of the yarn joint in the running yarn are outside an allowable faulty yarn joint range that is established by using at least the thickness and the fiber volume as parameters.
A compound for use as a medicament, wherein the compound is a compound of formula: or a pharmaceutically acceptable derivative thereof, wherein: R 1 is -halo or -CF 3; R 4 is -H or -CH 3; each R 8 and R 9 is independently -H, -halo, -CH 3, -CF 3, -OCH 3, -OCF 3, -OCH 2 CH 3, -CH 2 OCH 3, or -C OR 10; R 10 is -(C 1 -C 4)alkyl; each halo is independently -F, -Cl, -Br, or -I; and m is the integer 0 or 1; wherein the pharmaceutically acceptable derivative is selected from the group consisting of a pharmaceutically acceptable salt, polymorph, pseudopolymorph, solvate, co-crystal, radiolabeled form, and/or tautomer; provided that if R 4 is -H then m is 1; and provided that if R 4 is -H and the carbon atom at the a position of the a-b bond is in the configuration, then the methyl group bonded to the piperazine ring is a -2-methyl group, a -3-methyl group, or a -3-methyl group. R 1 is -halo or -CF 3; R 4 is -H or -CH 3; each R 8 and R 9 is independently -H, -halo, -CH 3, -CF 3, -OCH 3, -OCF 3, -OCH 2 CH 3, -CH 2 OCH 3, or -C OR 10; R 10 is -(C 1 -C 4)alkyl; each halo is independently -F, -Cl, -Br, or -I; and m is the integer 0 or 1; wherein the pharmaceutically acceptable derivative is selected from the group consisting of a pharmaceutically acceptable salt, polymorph, pseudopolymorph, solvate, co-crystal, radiolabeled form, and/or tautomer; provided that if R 4 is -H then m is 1; and provided that if R 4 is -H and the carbon atom at the a position of the a-b bond is in the configuration, then the methyl group bonded to the piperazine ring is a -2-methyl group, a -3-methyl group, or a -3-methyl group. provided that if R 4 is -H then m is 1; and provided that if R 4 is -H and the carbon atom at the a position of the a-b bond is in the configuration, then the methyl group bonded to the piperazine ring is a -2-methyl group, a -3-methyl group, or a -3-methyl group.
Valve seal arrangement for a flushing cistern outlet valve, having a valve closure member, which has an upper disc, a lower disc and an annular extension and on which, protruding radially, a ring-shaped sealing element is held between the upper and lower discs (12, 13), wherein, in the shut-off position of the valve, the ring-shaped sealing element comes to rest against a ring-shaped sealing edge of an outlet pipe, characterised in that on the lower disc there is provided a projecting element which, on initial raising of the valve closure member by a height, deforms the ring-shaped sealing element in such a way that at least one channel is opened between the sealing element and the sealing edge, the overall flow cross-section of which channel is greater than the overall flow cross-section of an annular gap formed downstream after the sealing element between the inner wall of the outlet pipe and the annular extension of the valve closure member.
A securing element (10; 110; 210) for a medical stand device configured for arrangement in an operating room and for positioning a medical device, comprising - a supporting portion (17; 117; 217) configured for arranging the securing element in a predefined axial position on a supporting apparatus, in particular a bushing of the stand device; - an engagement portion (15; 115; 215) configured for interacting with an around an axis of rotation in a supporting apparatus rotatably supportable spindle or a pin of the stand device to secure the spindle or the pin rotatably in the predefined axial position relative to the supporting apparatus within the supporting apparatus; wherein the securing element (10; 110; 210) is configured to be supported in at least two radial positions predefined by the securing element on the supporting apparatus, which means in a mounting preparation position and/or in a securing position, wherein the engagement portion (15; 115; 215) is configured for interacting with the spindle or the pin by engagement in the radial direction, in particular in the securing position, characterized in that the securing element comprises a coupling portion (11; 111; 211) formed as a recess, which defines the mounting preparation position and wherein the securing element comprises a coupling portion (12; 112; 212) formed as a further recess which defines the securing position. - a supporting portion (17; 117; 217) configured for arranging the securing element in a predefined axial position on a supporting apparatus, in particular a bushing of the stand device; - an engagement portion (15; 115; 215) configured for interacting with an around an axis of rotation in a supporting apparatus rotatably supportable spindle or a pin of the stand device to secure the spindle or the pin rotatably in the predefined axial position relative to the supporting apparatus within the supporting apparatus;
System (2, 102) for assembling a generator (3, 103), preferably a permanently excited generator (3, 103) of a wind turbine, wherein the generator comprises a rotor (16, 116) and a stator (10, 110), said system comprising a vertical assembly device (4, 104) being connectable to the rotor (16, 116) and the stator (10, 110), for guiding the rotor (16, 116) in parallel and coaxially aligned to the stator (10, 110) during assembly, the vertical assembly device (4, 104) comprising: - a first assembly element (26, 126) being connectable to the rotor (16, 116), - a second assembly element (6, 106) being connectable to the stator (10, 110), and - guiding means (28, 128) for guiding the first assembly element (26, 126) coaxially aligned to the second assembly element (6, 106), - a driving means that is configured to vertically move the first assembly element and the second assembly element relative to one another, characterized in that the driving means in particular comprises one or more hydraulic cylinders, and in that the second assembly element (6, 106) comprises an outer tube (22, 122) and the first assembly element (26, 126) comprises an inner tube (32, 132) that is coaxially arranged and longitudinally movable along the longitudinal axis of the outer tube within the outer tube (22, 122). said system comprising a vertical assembly device (4, 104) being connectable to the rotor (16, 116) and the stator (10, 110), for guiding the rotor (16, 116) in parallel and coaxially aligned to the stator (10, 110) during assembly, the vertical assembly device (4, 104) comprising: - a first assembly element (26, 126) being connectable to the rotor (16, 116), - a second assembly element (6, 106) being connectable to the stator (10, 110), and - guiding means (28, 128) for guiding the first assembly element (26, 126) coaxially aligned to the second assembly element (6, 106), - a driving means that is configured to vertically move the first assembly element and the second assembly element relative to one another, - a first assembly element (26, 126) being connectable to the rotor (16, 116), - a second assembly element (6, 106) being connectable to the stator (10, 110), and - guiding means (28, 128) for guiding the first assembly element (26, 126) coaxially aligned to the second assembly element (6, 106), - a driving means that is configured to vertically move the first assembly element and the second assembly element relative to one another, characterized in that the driving means in particular comprises one or more hydraulic cylinders, and in that the second assembly element (6, 106) comprises an outer tube (22, 122) and the first assembly element (26, 126) comprises an inner tube (32, 132) that is coaxially arranged and longitudinally movable along the longitudinal axis of the outer tube within the outer tube (22, 122).
Extractor apparatus in particular a laboratory extractor apparatus, with a working area and with a fan arrangement for generating an air flow or an inlet opening for an air flow for the removal of gases and/or particles from the working area and with at least one surface bordering the working area, wherein the extractor apparatus has charging means (30; 87, 88) for ionising the air flow and/or for electrostatic charging of at least one surface and the charging means (30; 87, 88) are designed to ionise the air flow and/or the surface or surfaces for the purpose of neutralising the air flow and/or the one or more surfaces, wherein the extractor apparatus has an exhaust air connection which may be connected for example to an exhaust air duct system, or wherein it has at least at least one vent hole through which the working area may be vented, and at which is provided a filter with which the particles, gas constituents or the like may be filtered out
An acoustic device comprising an adjustable charge band gap phononic periodic structure, characterised in that it comprises: - a set of piezoelectric elements mechanically connected in series, a piezoelectric element comprising a piezoelectric material and being polarised in a polarisation direction (d pol), the polarisation directions of two successive elements being parallel or anti-parallel and said piezoelectric elements being directed in a main direction (d princ); - a set of electrodes disposed between two adjacent piezoelectric elements and perpendicular to the main direction; - the set of said electrodes comprising at least one sub-set of electrodes connected to an external electric reference at regular intervals; - said sub-set of electrodes being connected to the electric reference by means of an electric circuit, the adjustable band gap occurring when a displacement of electric charges originates from an external electric reference via an electrode of said set of electrodes. - a set of piezoelectric elements mechanically connected in series, a piezoelectric element comprising a piezoelectric material and being polarised in a polarisation direction (d pol), the polarisation directions of two successive elements being parallel or anti-parallel and said piezoelectric elements being directed in a main direction (d princ); - a set of electrodes disposed between two adjacent piezoelectric elements and perpendicular to the main direction; - the set of said electrodes comprising at least one sub-set of electrodes connected to an external electric reference at regular intervals; - said sub-set of electrodes being connected to the electric reference by means of an electric circuit,
A security-enhanced document comprising: a substrate; a lower security opacity layer printed on the entire substrate; a higher contrast background layer printed on the entire lower security opacity layer; variable indicia comprising ink, the ink of the variable indicia being of a specific type and applied to the higher contrast background layer using a specific application technique, the ink of the variable indicia causing a variable indicia signal when measured; a scratch-off-coating layer (205, 206, 208) applied over the variable indicia to maintain the variable indicia unreadable until the scratch-off-coating is removed by being scratched off; and an other printed portion (204", 209) causing a background noise signal (236", 237) when measured, the other printed portion being printed using the same type of ink and the same application technique as the ink of the variable indicia, wherein the other printed portion comprises an overprint area comprising an area on top of the scratch-off-coating, and wherein the ink of the variable indicia and the other printed portion being the same type of ink applied using the same application technique results in a ratio between the variable indicia signal and the background noise signal that is not appreciable, wherein the other printed portion further comprises a display area (204") not covered by the scratch-off coating, printed on the higher contrast background layer, applied with the same application utilizing the same printing inks or dyes as the variable indicia, thereby resulting in a homogeneous film. a substrate; a lower security opacity layer printed on the entire substrate; a higher contrast background layer printed on the entire lower security opacity layer; variable indicia comprising ink, the ink of the variable indicia being of a specific type and applied to the higher contrast background layer using a specific application technique, the ink of the variable indicia causing a variable indicia signal when measured; a scratch-off-coating layer (205, 206, 208) applied over the variable indicia to maintain the variable indicia unreadable until the scratch-off-coating is removed by being scratched off; and an other printed portion (204", 209) causing a background noise signal (236", 237) when measured, the other printed portion being printed using the same type of ink and the same application technique as the ink of the variable indicia, wherein the other printed portion comprises an overprint area comprising an area on top of the scratch-off-coating, and wherein the ink of the variable indicia and the other printed portion being the same type of ink applied using the same application technique results in a ratio between the variable indicia signal and the background noise signal that is not appreciable, wherein the other printed portion further comprises a display area (204") not covered by the scratch-off coating, printed on the higher contrast background layer, applied with the same application utilizing the same printing inks or dyes as the variable indicia, thereby resulting in a homogeneous film.
A method for applying an abrasive, the method comprising: applying a preform to a tip surface of an airfoil of a turbine blade, the preform having the footprint of the airfoil tip; the preform providing the integral combination (20, 100, 120) of: a self-braze material comprising a sintered mixture of at least one first alloy of low melting point relative to the tip surface to which the preform is to be applied, and at least one second alloy of high melting point relative to the first alloy; and an abrasive embedded in the self-braze material; and securing the integral combination to the tip surface by heating to cause the self-braze material to braze to the tip surface or an intervening component. applying a preform to a tip surface of an airfoil of a turbine blade, the preform having the footprint of the airfoil tip; the preform providing the integral combination (20, 100, 120) of: a self-braze material comprising a sintered mixture of at least one first alloy of low melting point relative to the tip surface to which the preform is to be applied, and at least one second alloy of high melting point relative to the first alloy; and an abrasive embedded in the self-braze material; and a self-braze material comprising a sintered mixture of at least one first alloy of low melting point relative to the tip surface to which the preform is to be applied, and at least one second alloy of high melting point relative to the first alloy; and an abrasive embedded in the self-braze material; and securing the integral combination to the tip surface by heating to cause the self-braze material to braze to the tip surface or an intervening component.