mhurhangee/ep-ind-claims huggingface dataset:
A cutting insert comprising: a first end surface and a second end surface which are opposed to each other; a peripheral side surface which connects the first end surface and the second end surface; a first cutting edge which is formed in an intersecting edge between the first end surface and the peripheral side surface; a second cutting edge which is formed in an intersecting edge between the second end surface and the peripheral side surface; and at least one groove which is formed in the peripheral side surface and in which, while one end thereof reaches the first end surface, another end thereof reaches the second end surface, wherein a predetermined groove from among the at least one groove divides the first cutting edge into portions and divides the second cutting edge into portions, and is formed such that an opening width in the first end surface is different from an opening width in the second end surface, characterized in that the predetermined groove includes: a linear groove part (42a, 42c) which extends with a constant width; and a width varying part which leads to the linear groove part and has a varying width. wherein a predetermined groove from among the at least one groove divides the first cutting edge into portions and divides the second cutting edge into portions, and is formed such that an opening width in the first end surface is different from an opening width in the second end surface, characterized in that the predetermined groove includes: a linear groove part (42a, 42c) which extends with a constant width; and a width varying part which leads to the linear groove part and has a varying width.
Turbomachine, in particular a hot gas expander, with an inlet guide apparatus that has guide vanes, a unison ring and a drive shaft, wherein the guide vanes can be adjusted by means of the unison ring extending in a circumferential direction, wherein the unison ring is driven by the drive shaft, wherein the drive shaft has a cam which engages in a recess of the unison ring, wherein rotation of the drive shaft causes the unison ring to move in the circumferential direction, characterized in that the cam has a shaped piece which is mounted so as to be able to rotate on the cam and is provided with sliding faces which bear against corresponding sliding faces of the recess of the unison ring, which sliding faces of the recess are embodied as sliding plates and have at least a coating that reduces the coefficient of kinetic friction.
A device for use in conditioning glazing panels for repair, the device comprising a conditioning agent contained in a sealed conditioning agent container; the conditioning agent container having a frangible wall and being disposed internally of a flexible outer walled container; wherein pressure applied to the outer flexible walled container can cause rupture or fracture of the sealed internal conditioning agent container which leads to release of the conditioning agent from the internal conditioning agent container; and wherein: the conditioning agent comprises a hygroscopic solvent and one or more primer additives to prime the surface of the glazing panel for repair; the hygroscopic solvent comprises acetone; and the primer additives are one per cent or less by volume of the conditioning agent. the conditioning agent comprises a hygroscopic solvent and one or more primer additives to prime the surface of the glazing panel for repair; the hygroscopic solvent comprises acetone; and the primer additives are one per cent or less by volume of the conditioning agent.
A molecular sieve, in the calcined form, comprising a framework of tetrahedral atoms bridged by oxygen atoms, the tetrahedral atom framework being defined by a unit cell with atomic coordinates in nanometers shown in the following table: Atom x/a y/b z/c Uiso occ. T1 0.6667 0.3333 0.1126 0.00649 1.0 T2 0.4652 0.2326 0.1754 T3 0.3901 0.0 0.1897 T4 0.6667 0.3333 0.2403 T5 0.6667 0.3333 0.3575 T6 0.3894 0.0 0.3050 T7 0.4215 0.2108 0.3593 T8 0.2502 0.1251 0.4450 T9 0.6667 0.3333 0.0 O10 0.6667 0.3333 0.0562 0.010 1.0 O11 0.5420 0.2710 0.1282 012 0.3876 0.1037 0.1681 O13 0.5408 0.2704 0.2230 O14 0.6667 0.3333 0.2991 O15 0.3725 0.0 0.2473 O16 0.5 0.0 0.176 O17 0.5 0.0 0.318 O18 0.3951 0.1062 0.3279 O19 0.5453 0.2727 0.3786 O20 0.3519 0.1759 0.4087 O21 0.1806 0.0 0.4320 O22 0.2928 0.1464 0.5 Extra-framework: T23 0.4499 0.1812 0.0686 0.025 0.355 T24 0.2477 0.1232 0.0360 0.025 0.160 Approximate O25 0.663 0.452 0.0 0.025 0.099 wherein the unit cell dimensions of a = 14.198±0.5 Å and c = 27.647±0.5 Å; wherein said molecular sieve has less than 1.6 wt.% Ti; and wherein said molecular sieve has a composition involving the molar relationship: X 2 O 3:(n)YO 2, wherein X is a trivalent element comprising at least one of aluminum, boron, iron and gallium, Y is a tetravalent element comprising at least one of silicon and germanium, and n is at least 30. wherein the unit cell dimensions of a = 14.198±0.5 Å and c = 27.647±0.5 Å; wherein said molecular sieve has less than 1.6 wt.% Ti; and wherein said molecular sieve has a composition involving the molar relationship: X 2 O 3:(n)YO 2, wherein X is a trivalent element comprising at least one of aluminum, boron, iron and gallium, Y is a tetravalent element comprising at least one of silicon and germanium, and n is at least 30.
Method for operating a telephone system comprising a plurality of telephony terminals (2, 4, 6) to which and/or from which functional data can be transmitted, in addition to voice data or payload, by means of special functions of the telephone system, characterised in that an action key of a first telephony terminal (2, 4, 6) provided for triggering special functions is allocated the special function to be triggered in each case, depending on the status of said terminal and on the status of a user group allocated thereto having a plurality of telephony terminals (2, 4, 6).
A cephalopod rearing cage (10,11) capable of maintaining a live cephalopod, wherein at least a portion of the cephalopod rearing cage is constituted by a mesh sheet wherein the diameter of the openings are not greater than 4.76 mm (not less than 4 mesh); and characterised in that wherein the top surface of the cage is open. at least a portion of the cephalopod rearing cage is constituted by a mesh sheet wherein the diameter of the openings are not greater than 4.76 mm (not less than 4 mesh); and characterised in that wherein the top surface of the cage is open.
Method for manufacturing PET pellets, said method comprising: - preparing flakes of PET polymer from post-consumer bottles by (a) sorting post-consumer PET bottles and grinding said bottles into flakes, (b) washing said flakes, and (c) identifying and removing impurities or impure flakes; - passing the flakes through an extruder that melts the flakes and purifies the resulting PET polymer melt; - running the molten PET polymer through a filtration system after extrusion; and - pelletizing the molten PET polymer; wherein said pelletizing includes - passing strands of said molten PET polymer through a cooling bath to at least partially harden the polymer melt; and - converting the polymer strands that have been cooled and at least partially solidified into pellets by cutting. - preparing flakes of PET polymer from post-consumer bottles by (a) sorting post-consumer PET bottles and grinding said bottles into flakes, (b) washing said flakes, and (c) identifying and removing impurities or impure flakes; - passing the flakes through an extruder that melts the flakes and purifies the resulting PET polymer melt; - running the molten PET polymer through a filtration system after extrusion; and - pelletizing the molten PET polymer; - passing strands of said molten PET polymer through a cooling bath to at least partially harden the polymer melt; and - converting the polymer strands that have been cooled and at least partially solidified into pellets by cutting.
A process for the production of mesalamine with a bulk density greater than or equal to 0.30 g/ml, substantially solvent-free comprising the steps of a) Dissolving mesalamine in an aqueous solution of HCI obtaining an acidic solution of mesalamine hydrochloride having a pH ≤ 2, b) Adding the acid solution of mesalamine HCI to an aqueous solution buffered with a buffer system based on acetic acid and sodium acetate having a pH from 3.5 to 4.5 to increase the pH value of the solution and promote the crystallisation of mesalamine with a bulk density greater than or equal to 0.30 g/ml, c) Heating the melamine-based mass to make it reflux and maintaining it in these conditions until complete crystallisation. d) Cooling and separating the high-density mesalamine obtained. a) Dissolving mesalamine in an aqueous solution of HCI obtaining an acidic solution of mesalamine hydrochloride having a pH ≤ 2, b) Adding the acid solution of mesalamine HCI to an aqueous solution buffered with a buffer system based on acetic acid and sodium acetate having a pH from 3.5 to 4.5 to increase the pH value of the solution and promote the crystallisation of mesalamine with a bulk density greater than or equal to 0.30 g/ml, c) Heating the melamine-based mass to make it reflux and maintaining it in these conditions until complete crystallisation. d) Cooling and separating the high-density mesalamine obtained.
A computer-implemented method for cross-checking reliability of data, the method comprising: receiving a client request containing sensor data collected by a vehicle in the form of geographic-related information about geographic features occurring at a specific location; identifying one or more knowledge providers to determine one or more confidence levels for the data of the client request, wherein the one or more knowledge providers are identified based on a type of the geographic-related information about geographic features occurring at the specific location, and wherein the one or more knowledge providers are pipelines or repositories (30, 32, 36); causing the transmission of at least some of the geographic-related information of the client request to the one or more knowledge providers; and determining, by the one or more knowledge providers, one or more confidence levels of the geographic-related information based on a comparison of the geographic-related information and a known resource at the specific location; and causing the transmission, to the client, of a signal for a driver in the vehicle or a data aggregator to create a mapping service for navigation, based on the one or more confidence levels. receiving a client request containing sensor data collected by a vehicle in the form of geographic-related information about geographic features occurring at a specific location; identifying one or more knowledge providers to determine one or more confidence levels for the data of the client request, wherein the one or more knowledge providers are identified based on a type of the geographic-related information about geographic features occurring at the specific location, and wherein the one or more knowledge providers are pipelines or repositories (30, 32, 36); causing the transmission of at least some of the geographic-related information of the client request to the one or more knowledge providers; and determining, by the one or more knowledge providers, one or more confidence levels of the geographic-related information based on a comparison of the geographic-related information and a known resource at the specific location; and causing the transmission, to the client, of a signal for a driver in the vehicle or a data aggregator to create a mapping service for navigation, based on the one or more confidence levels.
A corona igniter, comprising: an central electrode extending longitudinally along a center axis to an electrode firing end for receiving a high radio frequency voltage and emitting a radio frequency electric field from said electrode firing end to ionize a fuel-air mixture and provide a corona discharge, an insulator extending along said central electrode longitudinally past said electrode firing end to an insulator firing end, said insulator including an insulator firing surface adjacent said insulator firing end, and characterised by said insulator firing surface and said center axis presenting an angle α of not greater than 90 degrees therebetween. an central electrode extending longitudinally along a center axis to an electrode firing end for receiving a high radio frequency voltage and emitting a radio frequency electric field from said electrode firing end to ionize a fuel-air mixture and provide a corona discharge, an insulator extending along said central electrode longitudinally past said electrode firing end to an insulator firing end, said insulator including an insulator firing surface adjacent said insulator firing end, and characterised by said insulator firing surface and said center axis presenting an angle α of not greater than 90 degrees therebetween.
A solar power plant with a first heat transfer medium circuit and with a second heat transfer medium circuit, in which the first heat transfer medium circuit comprises a store for hot heat transfer medium and a store for cold heat transfer medium and also a pipeline system connecting the stores (3, 5) for hot heat transfer medium and for cold heat transfer medium and leading through a solar array, and the second heat transfer medium circuit comprises a pipeline system connecting the stores (3, 5) for hot heat transfer medium and for cold heat transfer medium and in which at least one heat exchanger for the evaporation and superheating of water is accommodated, the at least one heat exchanger having a region through which the heat transfer medium flows and a region through which water flows, said regions being separated by a heat-conducting wall, so that heat can be transmitted from the heat transfer medium to the water, wherein each heat exchanger has a break detection system, by means of which a possible break of the heat-conducting wall can be detected, and valves for the closing of supply lines (13, 17) and outflow lines (15, 19) for heat transfer medium and water, upon the detection of a break the valves in the supply lines (13, 17) and outflow lines (15, 19) for heat transfer medium and water being closed, a quarantine tank being accommodated in the outflow line.
A method of compensating for capacitance change in a piezoelectric element of a fluid ejection device, comprising: sensing a current driving a piezoelectric element; determining from the current that capacitance of the piezoelectric element has changed; and altering a rise time of the current driving the piezoelectric element to compensate for the changed capacitance. sensing a current driving a piezoelectric element; determining from the current that capacitance of the piezoelectric element has changed; and altering a rise time of the current driving the piezoelectric element to compensate for the changed capacitance.
Apparatus (10, 110) for cooking food comprising both a brazier having a combustion chamber suitable to produce embers that generate first fumes, and also an oven integrated with said brazier and having at least one upper wall which internally defines a cooking chamber closed at the lower part by a base, wherein said cooking chamber comprises a combustion zone suitable to produce a flame that generates seconds fumes and a cooking zone for cooking food, wherein with said cooking chamber there are associated evacuation means to evacuate at least said second fumes to the outside, and wherein first conveyor means are present to convey said first fumes in contact with an external surface of said upper wall of said oven, in order to heat said cooking chamber of said oven, characterized in that under said base there is a heating compartment (52, 152), in communication at least with said combustion chamber, and in that at the inlet of said heating compartment (52, 152) there are distribution means (54, 154) mobile between a first position and a second position and configured to selectively distribute the flow of said first fumes (S 1) from said combustion chamber toward said first conveyor means and/or toward said heating compartment (52, 152).
A cartridge system with two containers (2a, 2b), which in each case comprise an outlet connector (4a, 4b) and a joint connecting region for a mixer that is provided with a positioning aperture, and with a static mixer with inlet connector (14a, 14b) and a positioning element, characterized in that the connecting region comprises a ring with an internal thread surrounding the outlet connector (4a, 4b), and in that the mixer has an external thread wherein the length of the inlet connectors (14a, 14b) of the outlet connectors (4a, 4b) and of the positioning element and the position of the positioning opening are matched to one another in such a manner that on placing the mixer onto the containers (2a, 2b) the positioning element engages in the positioning aperture, before the internal thread and the external thread engage into one another, and in that the internal thread and the external thread engage into one another, before the inlet connectors (14a, 14b) and the outlet connectors (4a, 4b) touch one another.
A multi-core multi-mode fiber coupling device comprising: a first group of fibers; a first light converging system configured to converge a group of outgoing light beams from the first group of fibers; a first mode converter configured to convert a mode of the group of outgoing light beams from the first group of fibers, which has been converged by the first light converging system, into a first mode; a second group of fibers; a second light converging system configured to converge a group of outgoing light beams from the second group of fibers; and a spatial coupling system for multi-core fiber, configured to guide a group of outgoing light beams from the first mode converter and a group of outgoing light beams from the second light converging system into a multi-core multi-mode fiber; wherein the spatial coupling system comprises: a first relay lens configured to receive the group of outgoing light beams from the first mode converter, a beam splitter configured to guide light beams from the first relay lens and the group of outgoing light beams from the second light converging system into the multi-core multi-mode fiber, and a multi-mode fiber coupling lens configured to propagate the output from the beam splitter into the multi-core multi-mode fiber. a first group of fibers; a first light converging system configured to converge a group of outgoing light beams from the first group of fibers; a first mode converter configured to convert a mode of the group of outgoing light beams from the first group of fibers, which has been converged by the first light converging system, into a first mode; a second group of fibers; a second light converging system configured to converge a group of outgoing light beams from the second group of fibers; and a spatial coupling system for multi-core fiber, configured to guide a group of outgoing light beams from the first mode converter and a group of outgoing light beams from the second light converging system into a multi-core multi-mode fiber; wherein the spatial coupling system comprises: a first relay lens configured to receive the group of outgoing light beams from the first mode converter, a beam splitter configured to guide light beams from the first relay lens and the group of outgoing light beams from the second light converging system into the multi-core multi-mode fiber, and a multi-mode fiber coupling lens configured to propagate the output from the beam splitter into the multi-core multi-mode fiber. a first relay lens configured to receive the group of outgoing light beams from the first mode converter, a beam splitter configured to guide light beams from the first relay lens and the group of outgoing light beams from the second light converging system into the multi-core multi-mode fiber, and a multi-mode fiber coupling lens configured to propagate the output from the beam splitter into the multi-core multi-mode fiber.
Eccentric roller crusher having a crusher housing, a drive shaft, a roller which is eccentrically and rotatably mounted on the drive shaft, and a rocker which for setting an exit gap between the roller and the rocker is pivotable about a rocker axis, characterized in that an entry gap for the goods to be crushed is formed by a discrete guide element which is separate from the rocker and which is fastened on the crusher housing and wherein the roller, the rocker and the guide element have crushing jaws (11a, 11b, 11c).
A long part separator for bulk material (10, 11) having long parts and compact parts comprising a conveying device for conveying the bulk material (10, 11) along a conveying direction and a rake, which is situated behind the conveying device when seen along the conveying direction of the conveying device, wherein the rake comprises a plurality of interspaces, having in a first direction a clear length (y) and in a second direction lying transversely to the first direction a clear width (x), characterised in that the long part separator furthermore comprises a deflecting device arranged between the conveying device and the rake, which is suitable for orienting the long parts at an angle of 45° to 90° to the first direction or to the clear length (y) of the interspaces. a conveying device for conveying the bulk material (10, 11) along a conveying direction and a rake, which is situated behind the conveying device when seen along the conveying direction of the conveying device, wherein the rake comprises a plurality of interspaces, having in a first direction a clear length (y) and in a second direction lying transversely to the first direction a clear width (x), characterised in that the long part separator furthermore comprises a deflecting device arranged between the conveying device and the rake, which is suitable for orienting the long parts at an angle of 45° to 90° to the first direction or to the clear length (y) of the interspaces.