mhurhangee/ep-ind-claims huggingface dataset:
A connector for connecting together first and second elongate frame members (28,23), at least the first elongate frame member comprising a hollow which extends axially along the elongate frame member, at least the second elongate frame member having a ribbed longitudinally extending profiled surface, the connector comprising: a first elongate end portion adapted to slidably fit into the hollow at one end of the first elongate frame member; and a second end portion having a distal end face which lies perpendicular to the longitudinal axis of the first end portion and which comprises a profile which is complementary to the profiled surface of the second elongate frame member; and a fastening arrangement (30,31) for use in fastening said distal end face against the profiled surface of the second elongate frame member, characterised in that: the first elongate end portion of the connector comprises a distal end face which lies obliquely to the longitudinal axis of the first end portion and which comprises transversely extending recesses on at least one pair of opposite side faces of the first end portion of the connector, said recesses forming an engagement structure for engaging an elongate frame member which lies at an oblique angle of 32 to 50 degrees to an elongate frame member into which the second end portion of the connector is inserted. a first elongate end portion adapted to slidably fit into the hollow at one end of the first elongate frame member; and a second end portion having a distal end face which lies perpendicular to the longitudinal axis of the first end portion and which comprises a profile which is complementary to the profiled surface of the second elongate frame member; and a fastening arrangement (30,31) for use in fastening said distal end face against the profiled surface of the second elongate frame member, characterised in that: the first elongate end portion of the connector comprises a distal end face which lies obliquely to the longitudinal axis of the first end portion and which comprises transversely extending recesses on at least one pair of opposite side faces of the first end portion of the connector, said recesses forming an engagement structure for engaging an elongate frame member which lies at an oblique angle of 32 to 50 degrees to an elongate frame member into which the second end portion of the connector is inserted.
A wearable garment, comprising: (a) a sheath having a first end and a second end, wherein the sheath defines a cavity in a wearable position, wherein the sheath has an opening at the first end, and wherein the sheath comprises a first material; and (b) an antifungal barrier positioned at the second end of the sheath, wherein the antifungal barrier comprises a second material that is different than the first material characterised in that the antifungal barrier is waterproof. (a) a sheath having a first end and a second end, wherein the sheath defines a cavity in a wearable position, wherein the sheath has an opening at the first end, and wherein the sheath comprises a first material; and (b) an antifungal barrier positioned at the second end of the sheath, wherein the antifungal barrier comprises a second material that is different than the first material characterised in that the antifungal barrier is waterproof.
Measuring device for measuring mechanical stresses or vibrations occurring in a component, the measuring device comprising a housing, at least one electromechanical transducer suitable for integration into the component, signal lines, at least one electronic unit connected to the transducer via the signal lines for receiving and processing signals supplied by the transducer, and a compensation zone provided between the electronic unit and the housing for receiving relative movements between the housing and the electronic unit, wherein the electronic unit is at least partially surrounded by the housing, characterised in that the measuring device comprises a flexible plate and an additional assembly unit, wherein the transducer and the signal lines are integrated in the flexible plate, the flexible plate is made of a fibre-reinforced polymer, the flexible plate has a linear elastic behaviour, the transducer and the flexible plate are integrated in the additional assembly unit in a force-locking and material-locking manner, the flexible plate extends from the housing, and the transducer is directly connected to the housing in a force-locking and material-locking manner, so that the housing and the transducer behave towards vibrations like an element made from one piece.
A lifting apparatus installed in a nacelle for a wind turbine generator, the apparatus comprising: a lifting unit; a beam configured to support the lifting unit; a rail placed in the nacelle and configured to engage with a distal end of the beam; and a support column installed in a standing manner in the nacelle and configured to rotatably support the beam so that the distal end of the beam moves along the rail, characterized in that the beam is attached to the support column to be slidable relative to the support column in a longitudinal direction of the beam. a lifting unit; a beam configured to support the lifting unit; a rail placed in the nacelle and configured to engage with a distal end of the beam; and a support column installed in a standing manner in the nacelle and configured to rotatably support the beam so that the distal end of the beam moves along the rail, characterized in that the beam is attached to the support column to be slidable relative to the support column in a longitudinal direction of the beam.
Method for determining the location of a rotary table axis in the machine coordinate system of a coordinate measuring machine CMM, comprising: a) sensing a test body, situated on the rotary table, in a plurality of rotary table positions using a measuring system of the CMM and determining the X-coordinate and Y-coordinate of the rotary table axis in the machine coordinate system (X CMM, Y CMM, Z CMM, Z' CMM) from the sensing points, characterized in that the method furthermore comprises: b) sensing a first sensing body, which is attached next to the rotary table and which comprises a first sensing body reference point positioned in a stationary manner relative to the X-coordinate of the rotary table axis, using the measuring system of the CMM and determining the X-coordinate of the first sensing body reference point, c) sensing a second sensing body, which is attached next to the rotary table and which comprises a second sensing body reference point positioned in a stationary manner relative to the Y-coordinate of the rotary table axis, using the measuring system of the CMM and determining the Y-coordinate of the second sensing body reference point, d) repeating steps b) and c) at one or more later times and determining the X-coordinate and the Y-coordinate of the rotary table axis at the later time, or at the later times, from the X-coordinate of the first sensing body reference point and the Y-coordinate of the second sensing body reference point. a) sensing a test body, situated on the rotary table, in a plurality of rotary table positions using a measuring system of the CMM and determining the X-coordinate and Y-coordinate of the rotary table axis in the machine coordinate system (X CMM, Y CMM, Z CMM, Z' CMM) from the sensing points, characterized in that the method furthermore comprises: b) sensing a first sensing body, which is attached next to the rotary table and which comprises a first sensing body reference point positioned in a stationary manner relative to the X-coordinate of the rotary table axis, using the measuring system of the CMM and determining the X-coordinate of the first sensing body reference point, c) sensing a second sensing body, which is attached next to the rotary table and which comprises a second sensing body reference point positioned in a stationary manner relative to the Y-coordinate of the rotary table axis, using the measuring system of the CMM and determining the Y-coordinate of the second sensing body reference point, d) repeating steps b) and c) at one or more later times and determining the X-coordinate and the Y-coordinate of the rotary table axis at the later time, or at the later times, from the X-coordinate of the first sensing body reference point and the Y-coordinate of the second sensing body reference point.
A method of controlling a turbine equipment characterized by a method of controlling a turbine equipment including: a compressing portion (4, 5) for compressing a working fluid; a turbine portion driven to rotate by the working fluid; and a circulating flow path for circulating the working fluid at least between the compressing portion (4, 5) and the turbine portion, the method including: a speed accelerating step of increasing a revolution number by driving to rotate the compressing portion (4, 5) and the turbine portion by a motor by way of a speed reducing portion; and a load detecting step of detecting a load applied to the speed reducing portion by a load detecting portion; and a bypass flow rate controlling step of increasing a flow rate of the working fluid bypassed from a delivery side to a suction side of the compressing portion (4, 5) when an absolute value of the detected load is equal to or smaller than an absolute value of a predetermined value and reducing the flow rate of the bypassed working fluid when the absolute value of the load is equal to or larger than the absolute value of the predetermined value. a compressing portion (4, 5) for compressing a working fluid; a turbine portion driven to rotate by the working fluid; and a circulating flow path for circulating the working fluid at least between the compressing portion (4, 5) and the turbine portion, the method including: a speed accelerating step of increasing a revolution number by driving to rotate the compressing portion (4, 5) and the turbine portion by a motor by way of a speed reducing portion; and a load detecting step of detecting a load applied to the speed reducing portion by a load detecting portion; and a bypass flow rate controlling step of increasing a flow rate of the working fluid bypassed from a delivery side to a suction side of the compressing portion (4, 5) when an absolute value of the detected load is equal to or smaller than an absolute value of a predetermined value and reducing the flow rate of the bypassed working fluid when the absolute value of the load is equal to or larger than the absolute value of the predetermined value. a speed accelerating step of increasing a revolution number by driving to rotate the compressing portion (4, 5) and the turbine portion by a motor by way of a speed reducing portion; and a load detecting step of detecting a load applied to the speed reducing portion by a load detecting portion; and a bypass flow rate controlling step of increasing a flow rate of the working fluid bypassed from a delivery side to a suction side of the compressing portion (4, 5) when an absolute value of the detected load is equal to or smaller than an absolute value of a predetermined value and reducing the flow rate of the bypassed working fluid when the absolute value of the load is equal to or larger than the absolute value of the predetermined value.
A method for obtaining a plasmablast population enriched for plasmablasts having specificity to an antigen, the method comprising obtaining peripheral blood mononuclear cells (PBMCs) from a donor, contacting in vitro the PBMCs with the antigen to obtain a PBMC/antigen pre-mix, transferring the PBMCs into the spleen of an immunocompromised non-human animal, and isolating the plasmablasts from the spleen of the immunocompromised animal, thereby obtaining a plasmablast population enriched for plasmablasts having specificity to an antigen.
Transmission device for a toy for holding a platform component, which defines a platform plane, on a frame device supported on the floor and defining a support plane, - comprising a first, frame-side angular transmission for transmitting a swivel movement between a frame component of the frame device and a transmission unit between the frame component and the platform component, - comprising a second, platform-side angular transmission for transmitting a swivel movement between the transmission unit and the platform component, - wherein the two angular transmissions (7, 10) are mutually coordinated in such a way that an angle between the platform plane and the support plane is independent of a swivel angle (α, β) of the associated swivel movement, - wherein the transmission unit is arranged between the two angular transmissions (7, 10) and is designed telescopic. - comprising a first, frame-side angular transmission for transmitting a swivel movement between a frame component of the frame device and a transmission unit between the frame component and the platform component, - comprising a second, platform-side angular transmission for transmitting a swivel movement between the transmission unit and the platform component, - wherein the two angular transmissions (7, 10) are mutually coordinated in such a way that an angle between the platform plane and the support plane is independent of a swivel angle (α, β) of the associated swivel movement, - wherein the transmission unit is arranged between the two angular transmissions (7, 10) and is designed telescopic.
A battery assembly, comprising a main body and a cover, wherein the main body is provided with a battery compartment with an opening, one surface of the cover facing the main body is provided with an electrode contact member, one end of the cover is rotatably mounted on the main body, and the other end is provided with an engaging part, the main body is provided with a locking groove for receiving the engaging part, when the engaging part is received in the locking groove, the cover is coupled to the main body via snap-fit connection and covers the opening, the electrode contact member abuts against the battery in the battery compartment to form an electrical circuit, the main body is further provided with at least one elastic member facing the cover, and the elastic member elastically abuts against the cover when the cover is coupled to the main body via snap-fit connection; characterized in that the cover is further provided with a positioning hole and the elastic member is received in the positioning hole when the cover is coupled to the main body via snap-fit connection.
A gas turbine AGB having a front lateral face and a rear lateral face opposite from the front lateral face and having a peripheral rim closing the box, and in which there is mounted at least one gear train made up of a plurality of gearwheels (20, 22) meshing together, each gearwheel being carried by a central shaft held in said AGB at each of its two ends by a respective rolling bearing (30a, 30b; 32a, 32b) and designed to be coupled to a drive shaft (24a, 26a, 28a), for driving an accessory (24, 26, 28), the AGB being characterized in that it further comprises, mounted between said central shaft and said drive shaft which it provides support, decoupling means (40, 42, 44, 46, 48) for decoupling said accessory and constituted by a dog clutch having axial teeth co-operating with complementary teeth of said central shaft, said dog clutch including internal fluting engaged with the corresponding external fluting of said drive shaft, and in that said decoupling means are controlled by an electric actuator acting on the movement of a plunger pin having one end co-operating with an outer helical groove in said dog clutch.
A pneumatic tire comprising a tread portion whose position when mounted on a vehicle is specified so that the tread portion has an outside tread edge located toward the outside of the vehicle and an inside tread edge located toward the inside of the vehicle, the tread portion provided with an outside land region disposed on the outside-tread-edge side of the tire equator, the outside land region provided with first sipes each extending across the entire width of the outside land region and each comprising a V-shaped portion, wherein the V-shaped portion is formed by a first oblique segment and a second oblique segment connected with each other at an apex of the V-shaped portion, the apex is located on the outside-tread-edge side of a widthwise center of the outside land region, the first oblique segment and the second oblique segment are located on the inside-tread-edge side and the outside-tread-edge side of the apex, respectively, and the first oblique segment has a maximum depth and the second oblique segment has a maximum depth smaller than the maximum depth of the first oblique segment, characterized in that an angle (θ1) of said first oblique segment with respect to the tire axial direction is not less than 25 degrees and not greater than 35 degrees, an angle (θ2) of said second oblique segment with respect to the tire axial direction is not less than 5 degrees and not greater than 15 degrees, and an angle (θ3) between the first oblique segment and the second oblique segment is not less than 130 degrees and not greater than 150 degrees.
Method for manufacturing a raceway element of a bearing assembly, said method comprising the following method steps: - providing a raceway element having a raceway, - hardening the raceway by at least partially heating the raceway element, deep rolling the raceway with a first rolling element, and - deep rolling the raceway with a second rolling element, the second rolling element having at least one different dimension as compared to the first rolling element. - providing a raceway element having a raceway, - hardening the raceway by at least partially heating the raceway element, deep rolling the raceway with a first rolling element, and - deep rolling the raceway with a second rolling element, the second rolling element having at least one different dimension as compared to the first rolling element.
A platelet gel for use in a method of treating injured heart tissue or in a method of treating and/or preventing infection at a site of injury, trauma or blood loss, wherein the platelet gel is obtained by a method comprising: concentrating platelets; and activating the concentrated platelets by applying at least one electrical pulse to the concentrated platelets, wherein the electrical pulse has a duration of at least about 100 picoseconds and less than about 1 microsecond and an electric field strength of at least about 10 kV/cm and less than about 350 kV/cm. concentrating platelets; and activating the concentrated platelets by applying at least one electrical pulse to the concentrated platelets,
A coffee machine, in particular a fully automatic espresso machine, having a foaming device, a controlled valve arrangement, a bypass air inlet and a milk suction tube, an inner milk channel to a foaming chamber being provided in the foaming device, said bypass air inlet opening into the foaming chamber for supplying air in a switchable manner to said foaming device and said movable milk suction tube, which is connected to a milk storage container, being connected to said foaming chamber, a milk suction end of the milk suction tube being inserted into the milk storage container for the preparation of milk foam, and means for cleaning the foaming device and the milk suction tube being provided with rinsing water from an instantaneous water heater of the coffee machine, wherein rinsing water from the instantaneous water heater can be supplied to the bypass air inlet of the foaming device and, via the bypass air inlet, to the inner milk channel, the milk suction tube and its milk suction end by means of the controlled valve arrangement and said milk suction end of the milk suction tube being capable of being connected directly or indirectly to a residual water tray of the coffee machine in a fluid-conducting manner prior to the application of rinsing water to the bypass air inlet.
A curable composition comprising a curable component comprising 20 to 70 parts by weight relative to 100 parts by weight of the curable composition of a first silicone oligomer comprising a polysiloxane skeleton and comprising at least one curable functional group, and a hydroxyl-containing component comprising 20 to 70 parts by weight relative to 100 parts by weight of the curable composition of a second silicone oligomer comprising a polysiloxane skeleton, a hydroxyl group and no curable functional group and having a hydroxyl value (OH value) of 2 to 45 mg KOH/g, wherein the curable functional group is a (meth)acryl group.
A mobile terminal comprising: a storage unit; a communication unit configured to receive or transfer a message; a location information unit configured to obtain location information indicating a location of the mobile terminal; and a controller; characterized in that the controller is configured to store the obtained location information in association with the message in the storage unit if the message meets a predetermined criterion, wherein the predetermined criterion comprises a predefined keyword being included in the received message, a sender of the received message being registered in a phonebook, or a particular phone number of the received message containing a particular number.. a storage unit; a communication unit configured to receive or transfer a message; a location information unit configured to obtain location information indicating a location of the mobile terminal; and a controller; characterized in that the controller is configured to store the obtained location information in association with the message in the storage unit if the message meets a predetermined criterion, wherein the predetermined criterion comprises a predefined keyword being included in the received message, a sender of the received message being registered in a phonebook, or a particular phone number of the received message containing a particular number..
A composition for use as a vaccine in the control or prevention of an infestation of sea lice comprising an immunologically effective dose of a sea louse peptide of SEQ ID NO. 13 and a pharmaceutically acceptable carrier.
Method for positioning an impact detection device on a rod-shaped member (Fsx, Fdx) of a fork of a vehicle, wherein said fork supports a wheel of the vehicle, wherein said detection device comprises at least one group of three accelerometers (20, 30, 40) arranged on three axes (X, Y, Z) orthogonal to each other, wherein a first accelerometer and a second accelerometer (20, 30) of said group of three accelerometers (20, 30 40) are coplanar and mounted on a first printed circuit board and a third accelerometer is mounted on a second printed circuit board perpendicularly with respect to said first printed circuit board, and wherein said first and second printed circuit boards (11, 12) are arranged in planes parallel to a longitudinal axis of the rod-shaped member (Fsx, Fdx) of the fork.
A method for controlling an orthopedic joint device of a lower extremity; the joint device has an upper part and a lower part mounted in an articulated manner thereon; arranged between the upper part and the lower part is an energy conversion device, by way of which kinetic energy from the relative movement between the lower part and the upper part is converted or stored and fed back to the joint during the walking in order to assist the relative movement, wherein within a movement cycle, kinetic energy is converted and/or stored and, within the same movement cycle, is fed back to the joint device in a controlled manner after a time delay as kinetic energy, characterized in that the supply of stored energy is changed by energy being externally supplied to or drawn from an energy store.