mhurhangee/ep-ind-claims huggingface dataset:
A balancer shaft transmission of a reciprocating internal combustion engine having a gear wheel which is separated coaxially with a gap into a hub part and a gear ring and the gap is substantially filled with an elastomer, wherein the gear wheel is driven on the hub part-side or on the gear ring-side, wherein a cross section of the elastomer surrounds in a Y shape the hub part and/or the gear ring in at least portions of the circumference on the drive side and /or on the output side, characterised in that U-shaped limbs of the elastomer extend over end faces of the gear ring and/or of the hub part, an edge at the transition of an end face of the hub part and/or of the gear ring to the gap having a curve which has a parabolic course of the second order.
A light output device (100, 200, 300) comprising a LED package at least partly embedded in a translucent layer of a thermoplastic material, characterized in that the translucent layer comprises light scattering particles having a higher thermal conductivity than the thermal conductivity of the thermoplastic material of the translucent layer.
Turbine engine, such as a turbojet engine or a turboprop engine of an aeroplane, including at least one oil circuit and cooling means for cooling the oil of said circuit, the cooling means including a refrigerant circuit provided with a first heat exchanger capable of exchanging heat between the refrigerant and the air and forming a condenser, a second heat exchanger capable of exchanging heat between the refrigerant and the oil of the oil circuit and forming an evaporator, a pressure reducer mounted downstream from the first exchanger and upstream from the second exchanger, in the refrigerant flow direction, and a compressor mounted downstream from the second exchanger and upstream from the first exchanger, characterised in that the cooling means include first regulator means (31, 29, 30, 21, 24) capable of regulating the pressure of the refrigerant entering the first exchanger.
Telescopic guide, comprising at least two tubular elements (2, 3, 4) which are configured with a square or rectangular cross section, interact in a telescopic manner, and are arranged such that they can be displaced relative to one another in a translational displacement direction, linear bearing elements being arranged between the tubular elements (2, 3, 4), each tubular element (2, 3, 4) consisting of four plate elements (6, 7, 8) which are connected at their abutting corner regions by means of in each case one corner connecting element, characterized in that the connection between the plate elements (6, 7, 8) and the corner connecting elements is an integrally joined connection, the linear bearing elements comprising rolling bodies which are configured as cross-roller cages or ball cages, a steel profile rail being arranged between the rolling bodies and the corner connecting elements, which steel profile rail forms a run-on surface for the rolling bodies, is of L-shaped configuration and is arranged in a congruent shaped-out portion (14', 14'') of the corner connecting element, the corner connecting element having an outer and an inner shaped-out portion (14', 14") for in each case one steel profile rail, and the corner connecting element having projections (15', 15") for securing the steel profile rail in the region of the shaped-out portion (14', 14").
A dry powder inhaler comprising: at least one air inlet at a distal end zone of said inhaler, at least one air outlet at a proximal end zone of said inhaler, and an air channel between said at least one air inlet and said at least one air outlet; at least one medicament reservoir; a dosage mechanism for arranging at least one dose of a medicament from said at least one medicament reservoir between the air channel and the air outlet such that said at least one dose may be delivered upon inhalation at said air outlet, wherein the dosage mechanism comprises a dose disc with at least one cavity, wherein the dose disc may be rotated between a dose collecting position wherein the cavity is positioned in the medicament reservoir, and a dose administering position wherein the cavity is in communication with said air channel; a turbulence enhancing protrusion disposed suspended into said air channel, characterized in that said turbulence enhancing protrusion has a leading edge and a trailing edge in respect of a fluid flow in the air channel from the at least one air inlet to the at least one air outlet, wherein in said dose administrating position, said cavity is extending downstream said trailing edge. at least one air inlet at a distal end zone of said inhaler, at least one air outlet at a proximal end zone of said inhaler, and an air channel between said at least one air inlet and said at least one air outlet; at least one medicament reservoir; a dosage mechanism for arranging at least one dose of a medicament from said at least one medicament reservoir between the air channel and the air outlet such that said at least one dose may be delivered upon inhalation at said air outlet, wherein the dosage mechanism comprises a dose disc with at least one cavity, wherein the dose disc may be rotated between a dose collecting position wherein the cavity is positioned in the medicament reservoir, and a dose administering position wherein the cavity is in communication with said air channel; a turbulence enhancing protrusion disposed suspended into said air channel, characterized in that said turbulence enhancing protrusion has a leading edge and a trailing edge in respect of a fluid flow in the air channel from the at least one air inlet to the at least one air outlet, wherein in said dose administrating position, said cavity is extending downstream said trailing edge.
Device for evaporating volatile substances comprising: a container of a liquid volatile substance, the container having an opening and a part of the container in the periphery of said opening made of thermoformed plastic material, a vapour permeable membrane and a laminate bonded together, the laminate being made from thermoplastic material having a capillary or porous structure and which strength is suitable to act as a substrate to reinforce the membrane, wherein said container is closed at said opening by said vapour permeable membrane and the laminate, and wherein the laminate is welded to the thermoformed part of the container.
A levulinic acid composition A comprising: a. at least 98wt% of levulinic acid; b. between 5 wppm and 5000 wppm of formic acid; and c. less than 1000 wppm of angelica lactone, based on the total weight of the composition; wherein, when the amounts of levulinic acid, formic acid and angelica lactone in the composition are less than 98.6 wt%, based on the total weight of the composition, the balance of the composition is solvent. a. at least 98wt% of levulinic acid; b. between 5 wppm and 5000 wppm of formic acid; and c. less than 1000 wppm of angelica lactone, based on the total weight of the composition;
A fiber drop terminal comprising: an enclosure including: two moulded plastic enclosure parts (302, 306) separated by a flexible sealing interface that operates to seal an internal cavity of the enclosure; a plurality of ruggedized receptacles located on an exterior surface of the enclosure, the ruggedized receptacles each including a rugged exterior package that houses a ferrule alignment sleeve for the purpose of mating two fiber optic connectors, the ruggedized receptacles each also equipped with a seal proximate to an interface between each ruggedized receptacle and the enclosure (302, 306); and a passive optical splitter incorporated into the enclosure. an enclosure including: two moulded plastic enclosure parts (302, 306) separated by a flexible sealing interface that operates to seal an internal cavity of the enclosure; a plurality of ruggedized receptacles located on an exterior surface of the enclosure, the ruggedized receptacles each including a rugged exterior package that houses a ferrule alignment sleeve for the purpose of mating two fiber optic connectors, the ruggedized receptacles each also equipped with a seal proximate to an interface between each ruggedized receptacle and the enclosure (302, 306); and a passive optical splitter incorporated into the enclosure. two moulded plastic enclosure parts (302, 306) separated by a flexible sealing interface that operates to seal an internal cavity of the enclosure; a plurality of ruggedized receptacles located on an exterior surface of the enclosure, the ruggedized receptacles each including a rugged exterior package that houses a ferrule alignment sleeve for the purpose of mating two fiber optic connectors, the ruggedized receptacles each also equipped with a seal proximate to an interface between each ruggedized receptacle and the enclosure (302, 306); and a passive optical splitter incorporated into the enclosure.
Pneumatic vehicle tyre comprising a tread with shoulder-side rows of profile blocks having shoulder-side profile blocks and with oblique grooves which are formed to a profile depth (T P) and have shoulder-side groove portions that separate the shoulder-side profile blocks from one another and in plan view run at an angle (β) of 0° to 15° with respect to the axial direction, wherein the shoulder-side profile blocks are each provided with a number of first sipes which in plan view run at an angle (ε) of 0° to 15° with respect to the axial direction and parallel to one another, in particular also parallel to the shoulder-side groove portions, and have a constant width (b E1) of 0.4 mm to 1.2 mm, wherein shoulder-side profile blocks are provided, each of which is provided with a single further sipe that is formed between two first sipes and in plan view runs parallel to them, wherein the first sipes and the further sipe each have sipe walls and a maximum depth (t E) which corresponds at least to the profile depth (T P) reduced by 2.5 mm, characterized in that the further sipe passes through the shoulder-side profile block within the ground contact area and is provided with at least one sipe pocket which extends from the tread periphery and reaches at least its maximum depth (t E) in the radial direction and is formed by a depression located on one sipe wall and a depression located on the other sipe wall and wherein the further sipe has outside the sipe pocket(s) a constant width (b E2) of 0.4 mm to 1.2 mm.
A coating system for a metal substrate, comprising: a two-component coating composition including an epoxy resin having a number average molecular weight (M n) of 800 to 1500 and epoxy equivalent weight EEW of 200 to 500; and a polyamide having amine equivalent weight of 100 to 250, preferably 100 to 200; an aqueous carrier in which the binder is dispersed; and a conductive material, wherein the coating composition contains less than 5 weight percent of elemental or metallic zinc based on the total weight of the composition. a two-component coating composition including an epoxy resin having a number average molecular weight (M n) of 800 to 1500 and epoxy equivalent weight EEW of 200 to 500; and a polyamide having amine equivalent weight of 100 to 250, preferably 100 to 200; an epoxy resin having a number average molecular weight (M n) of 800 to 1500 and epoxy equivalent weight EEW of 200 to 500; and a polyamide having amine equivalent weight of 100 to 250, preferably 100 to 200; an aqueous carrier in which the binder is dispersed; and a conductive material, wherein the coating composition contains less than 5 weight percent of elemental or metallic zinc based on the total weight of the composition.
Method for producing an individual flat reinforcement of a reinforced concrete component from predominantly prefabricated flat reinforcement elements, comprising at least the following steps: - Reading-in a first reinforcement plan of the future reinforced concrete component based on reinforcing steel bars and comprising a planar basic reinforcement; - Conversion of the two-dimensional basic reinforcement into a modified two-dimensional basic reinforcement, which has reinforcing steel bars that are not limited in length in such a way that there is no overlapping of bars within the two-dimensional basic reinforcement; - Calculation of a plurality of individual planar reinforcement elements from the modified planar basic reinforcement and the further reinforcement elements of the first reinforcement plan, also with modification of the individual reinforcing steel bars with regard to their number, shape, length, diameter, position, steel grade and with specification of a laying sequence to create an individual reinforcement plan; and - Modification of at least one flat reinforcement element compared to the modified flat basic reinforcement with regard to the presence, arrangement, length and diameter of at least one reinforcing steel bar with the addition of sacrificial or additional material. - Reading-in a first reinforcement plan of the future reinforced concrete component based on reinforcing steel bars and comprising a planar basic reinforcement; - Conversion of the two-dimensional basic reinforcement into a modified two-dimensional basic reinforcement, which has reinforcing steel bars that are not limited in length in such a way that there is no overlapping of bars within the two-dimensional basic reinforcement; - Calculation of a plurality of individual planar reinforcement elements from the modified planar basic reinforcement and the further reinforcement elements of the first reinforcement plan, also with modification of the individual reinforcing steel bars with regard to their number, shape, length, diameter, position, steel grade and with specification of a laying sequence to create an individual reinforcement plan; and - Modification of at least one flat reinforcement element compared to the modified flat basic reinforcement with regard to the presence, arrangement, length and diameter of at least one reinforcing steel bar with the addition of sacrificial or additional material.
An orthopedic implant manufacturing method comprising: preparing a pre-operative electronic surgical plan for a specific patient, the surgical plan including a three-dimensional image of a patient's joint indicating at least one resection plane,; communicating the surgical plan to a surgeon of the patient and providing the surgeon with means to access the communicated data file including the pre-operative surgical plan and viewing the pre-operative surgical plan on an electronic screen; receiving approval of the surgical plan and the resection plane by the surgeon; providing automated control to the surgeon for electronic removal of an osteophyte/protrusion from the three-dimensional image on the electronic screen wherein the automated control comprises viewing a plurality electronic depth contours in relation to the osteophyte/protrusion on the electronic screen and removing the osteophyte or bone protrusion at a selected depth contour by using an electronic slider associated with the osteophyte/protrusion for manipulation by the surgeon on the electronic screen; saving a corresponding modified three dimensional image of the patient's joint in the pre-operative plan; receiving the modified three-dimensional image of the patient's joint indicating electronic removal of the osteophyte/protrusion on the modified three-dimensional image of the patient's joint and a recommendation for a corresponding selected orthopedic implant from the surgeon; and requesting manufacture of the selected orthopedic implant corresponding to the modified three-dimensional image of the patient's joint. preparing a pre-operative electronic surgical plan for a specific patient, the surgical plan including a three-dimensional image of a patient's joint indicating at least one resection plane,; communicating the surgical plan to a surgeon of the patient and providing the surgeon with means to access the communicated data file including the pre-operative surgical plan and viewing the pre-operative surgical plan on an electronic screen; receiving approval of the surgical plan and the resection plane by the surgeon; providing automated control to the surgeon for electronic removal of an osteophyte/protrusion from the three-dimensional image on the electronic screen wherein the automated control comprises viewing a plurality electronic depth contours in relation to the osteophyte/protrusion on the electronic screen and removing the osteophyte or bone protrusion at a selected depth contour by using an electronic slider associated with the osteophyte/protrusion for manipulation by the surgeon on the electronic screen; saving a corresponding modified three dimensional image of the patient's joint in the pre-operative plan; receiving the modified three-dimensional image of the patient's joint indicating electronic removal of the osteophyte/protrusion on the modified three-dimensional image of the patient's joint and a recommendation for a corresponding selected orthopedic implant from the surgeon; and requesting manufacture of the selected orthopedic implant corresponding to the modified three-dimensional image of the patient's joint.
Domestic appliance, in particular cooking oven, with a domestic appliance carcass, comprising a flange accessible when a door is opened, a hinge apparatus for the door, with a hinge housing, a blade mounted in a rotatable manner thereto, and an adjusting element for setting a spring pretensioning of a counterbalance spring of the hinge apparatus, wherein the adjusting element, when the hinge apparatus is installed in the domestic appliance, is freely accessible by a carcass of the domestic appliance for displacement, wherein the hinge housing is arranged horizontally in the interior of the domestic appliance in its longitudinal extension, characterised in that the adjusting element is freely accessible for displacement via a receiving aperture in the flange required for the hinge apparatus, wherein the adjusting element is mounted to a displacement lever in a rotatable manner via a tension element, in order to compensate for a pivot movement of the displacement lever and the displacement lever is connected to one end of the counterbalance spring and is mounted to a tension lever of the hinge apparatus in a rotatable manner.
A fall arrester (10; 100) comprising: a body (14; 140) adapted to couple to a user via a coupling; a lever (16; 160) including a primary cam (18; 180), the lever (16; 160) pivotally coupled to the body (14; 140) and arranged to cooperate with the coupling whereby in operation descent of the user urges the coupling into contact with the lever (16; 160) which pivots to effect braking of rope (12; 120) passing through the fall arrester (10; 100) between the primary cam (18; 180) and the body (14; 140); characterized in that it further comprises: an inertial cam pivotally coupled to the lever (16; 160) proximate the primary cam (18; 180) and configured on rapid descent of the user to pivot into contact with the rope (12; 120) to initiate pivotal movement of the lever (16; 160) for braking of the rope (12; 120) with the primary cam (18; 180). a body (14; 140) adapted to couple to a user via a coupling; a lever (16; 160) including a primary cam (18; 180), the lever (16; 160) pivotally coupled to the body (14; 140) and arranged to cooperate with the coupling whereby in operation descent of the user urges the coupling into contact with the lever (16; 160) which pivots to effect braking of rope (12; 120) passing through the fall arrester (10; 100) between the primary cam (18; 180) and the body (14; 140); characterized in that it further comprises: an inertial cam pivotally coupled to the lever (16; 160) proximate the primary cam (18; 180) and configured on rapid descent of the user to pivot into contact with the rope (12; 120) to initiate pivotal movement of the lever (16; 160) for braking of the rope (12; 120) with the primary cam (18; 180).
An electrical cable (100; 200) intended to be used in a harness to supply power to pieces of electrical equipment, comprising at least: a conductive core (110; 120) comprising at least one conductive strand, and an insulating jacket (120; 220) placed around the conductive core, characterized in that the insulating jacket has a relative dielectric permittivity lower than or equal to 2 and comprises: a first layer (121; 221) comprising a polymer aerogel, and a second layer (122; 222), covering the first layer, comprising a fluoropolymer. a conductive core (110; 120) comprising at least one conductive strand, and an insulating jacket (120; 220) placed around the conductive core, a first layer (121; 221) comprising a polymer aerogel, and a second layer (122; 222), covering the first layer, comprising a fluoropolymer.
A coating solution comprising an organic solvent, a first organometallic compound represented by the formula RSnO (3/2-x/2) x where (0 < x < 3), where R is an alkyl group or cycloalkyl group with 3-31 carbon atoms, where the alkyl or cycloalkyl group is bonded to the tin at a secondary or tertiary carbon atom, and a second organometallic compound distinct from the first organometallic compound and represented by the formula R' SnO (3/2- x /2) x where (0 < x < 3), where R' is a linear or branched alkyl or cycloalkyl group and wherein R and R' are not the same, wherein the second organometallic compound represents at least 10 weight percent of the organometallic compounds in the coating solution.
An electric working tool comprising: a body case, a working implement provided in the body case, and a motor for driving the working implement, wherein the motor is mounted in a cooling route in the body case, and an intake communicating with the cooling route is opened on the body case, characterized in that: the intake communicates with the cooling route via a top opening of a retention chamber, the retention chamber accommodates an air filter including a filter member, the intake is open on an outer side surface of the body case, the air filter is inserted into the body case and disposed under the motor and adjacent to the intake such that the air filter is housed at the top of the retention chamber inside the body case, a filter insertion/extraction hole communicating with the retention chamber is opened on a portion of the body case that is different from the outer side surface on which the intake is open, and the air filter is attachable to and removable from the retention chamber through the filter insertion/extraction hole. a body case, a working implement provided in the body case, and a motor for driving the working implement, wherein the motor is mounted in a cooling route in the body case, and an intake communicating with the cooling route is opened on the body case, characterized in that: the intake communicates with the cooling route via a top opening of a retention chamber, the retention chamber accommodates an air filter including a filter member, the intake is open on an outer side surface of the body case, the air filter is inserted into the body case and disposed under the motor and adjacent to the intake such that the air filter is housed at the top of the retention chamber inside the body case, a filter insertion/extraction hole communicating with the retention chamber is opened on a portion of the body case that is different from the outer side surface on which the intake is open, and the air filter is attachable to and removable from the retention chamber through the filter insertion/extraction hole. the intake communicates with the cooling route via a top opening of a retention chamber, the retention chamber accommodates an air filter including a filter member, the intake is open on an outer side surface of the body case, the air filter is inserted into the body case and disposed under the motor and adjacent to the intake such that the air filter is housed at the top of the retention chamber inside the body case, a filter insertion/extraction hole communicating with the retention chamber is opened on a portion of the body case that is different from the outer side surface on which the intake is open, and the air filter is attachable to and removable from the retention chamber through the filter insertion/extraction hole.