mhurhangee/ep-ind-claims huggingface dataset:
Device for turning a container about a turning axis, of the type comprising a stationary holding member, two bearing members (14, 16) which are spaced apart along the turning axis on each side of a space for receiving the container and which are capable of being used for bearing on the container while enabling the rotation of the container about the turning axis relative to the bearing members (14, 16), characterised in that it comprises of a movable holding member that is mounted on to the stationary holding member so as to be rotatable around the turning axis, at least one bearing member (14, 16) being supported by the movable holding member while being pivotally mounted onto the movable holding member so as to rotate about the turning axis, the or each bearing member (14, 16) supported by the movable holding member not rotating about the turning axis relative to the stationary holding member when the movable holding member rotates about the turning axis relative to the stationary holding member.
A lidar, comprising: a main shaft, a detection apparatus being rotatable about the main shaft, an upper cartridge plate, a top cover, and a base (1, 1A), wherein the upper cartridge plate is fixedly disposed relative to the detection apparatus and is closer to the base (1, 1A) than to the top cover in an axial direction of the lidar, and the main shaft is disposed perpendicular to the base (1, 1A) and is located between the upper cartridge plate and the base (1, 1A); the lidar further comprising: a hollow lower cartridge plate sleeved on the main shaft and located between the upper cartridge plate and the base (1, 1A), such that the main shaft penetrates the lower cartridge plate; the lidar being characterized by further comprising: a wireless power supply assembly located between the upper cartridge plate and the lower cartridge plate, wherein the wireless power supply assembly comprises a wireless transmitting coil, a wireless receiving coil, a transmitting circuit board, and a receiving circuit board, wherein the wireless transmitting coil, the wireless receiving coil, the transmitting circuit board, and the receiving circuit board are all disposed around the main shaft, the wireless transmitting coil and the transmitting circuit board are fixedly disposed relative to the main shaft, and the wireless receiving coil and the receiving circuit board are fixedly disposed relative to the detection apparatus, and the wireless transmitting coil is electrically connected to the transmitting circuit board, and the wireless receiving coil is electrically connected to the receiving circuit board. the upper cartridge plate is fixedly disposed relative to the detection apparatus and is closer to the base (1, 1A) than to the top cover in an axial direction of the lidar, and the main shaft is disposed perpendicular to the base (1, 1A) and is located between the upper cartridge plate and the base (1, 1A); the lidar further comprising: a hollow lower cartridge plate sleeved on the main shaft and located between the upper cartridge plate and the base (1, 1A), such that the main shaft penetrates the lower cartridge plate; the lidar being characterized by further comprising: a wireless power supply assembly located between the upper cartridge plate and the lower cartridge plate, wherein the wireless power supply assembly comprises a wireless transmitting coil, a wireless receiving coil, a transmitting circuit board, and a receiving circuit board, wherein the wireless transmitting coil, the wireless receiving coil, the transmitting circuit board, and the receiving circuit board are all disposed around the main shaft, the wireless transmitting coil and the transmitting circuit board are fixedly disposed relative to the main shaft, and the wireless receiving coil and the receiving circuit board are fixedly disposed relative to the detection apparatus, and the wireless transmitting coil is electrically connected to the transmitting circuit board, and the wireless receiving coil is electrically connected to the receiving circuit board.
A microwave probe assembly, comprising: a microwave probe; a hub having at least a first port and a second port, a proximal portion, and a distal portion, the hub including a hub body defining a hub-body chamber therein; a hub divider disposed within the hub, the hub divider dividing the hub-body chamber into a first chamber and a second chamber; a hub cap sealingly engaged with the distal portion of the hub, the hub cap configured to receive a proximal portion of the microwave probe; and an inner tubular member received within a lumen of the hub divider; and characterised by a metal cylinder providing a fluid seal between the first chamber and the second chamber, wherein the metal cylinder engages the inner diameter of the inner tubular member to provide better contact between the inner tubular member and the hub divider to improve the seal between the first and second chambers upon application of lateral forces to the hub divider. a microwave probe; a hub having at least a first port and a second port, a proximal portion, and a distal portion, the hub including a hub body defining a hub-body chamber therein; a hub divider disposed within the hub, the hub divider dividing the hub-body chamber into a first chamber and a second chamber; a hub cap sealingly engaged with the distal portion of the hub, the hub cap configured to receive a proximal portion of the microwave probe; and an inner tubular member received within a lumen of the hub divider; and characterised by a metal cylinder providing a fluid seal between the first chamber and the second chamber, wherein the metal cylinder engages the inner diameter of the inner tubular member to provide better contact between the inner tubular member and the hub divider to improve the seal between the first and second chambers upon application of lateral forces to the hub divider.
A multilayer article comprising: 1) a first curable adhesive layer comprising: a. 15 to 65, preferably 15 to 50 parts of a tetrahydrofurfuryl (meth)acrylate copolymer; b. 25 to 50 parts of an epoxy component; c. 5 -15 parts of a liquid polyether polyol; d. optionally up to 25 parts of a hydroxy-functional film-forming polymer; e. 0.01-5 parts cationic photoiniitiator, relative to 100 parts a to d; f. optionally multifunctional acrylate and radical photoinitiator wherein the sum of a) to d) is 100 parts by weight; and 2) a second curable foam layer comprising: a. 15 to 50 parts of a tetrahydrofurfuryl (meth)acrylate copolymer; b. 25 to 50 parts of an epoxy resin component; c. 5 -15 parts of a liquid polyether polyol; d. optionally up to 25 parts of a hydroxy-functional film-forming polymer; e. 0.01-5 parts cationic photoinitiator, relative to 100 parts a to d; f. optionally multifunctional acrylate and radical photoinitiator wherein the sum of a) to d) is 100 parts by weight. 1) a first curable adhesive layer comprising: a. 15 to 65, preferably 15 to 50 parts of a tetrahydrofurfuryl (meth)acrylate copolymer; b. 25 to 50 parts of an epoxy component; c. 5 -15 parts of a liquid polyether polyol; d. optionally up to 25 parts of a hydroxy-functional film-forming polymer; e. 0.01-5 parts cationic photoiniitiator, relative to 100 parts a to d; f. optionally multifunctional acrylate and radical photoinitiator wherein the sum of a) to d) is 100 parts by weight; and a. 15 to 65, preferably 15 to 50 parts of a tetrahydrofurfuryl (meth)acrylate copolymer; b. 25 to 50 parts of an epoxy component; c. 5 -15 parts of a liquid polyether polyol; d. optionally up to 25 parts of a hydroxy-functional film-forming polymer; e. 0.01-5 parts cationic photoiniitiator, relative to 100 parts a to d; f. optionally multifunctional acrylate and radical photoinitiator wherein the sum of a) to d) is 100 parts by weight; and 2) a second curable foam layer comprising: a. 15 to 50 parts of a tetrahydrofurfuryl (meth)acrylate copolymer; b. 25 to 50 parts of an epoxy resin component; c. 5 -15 parts of a liquid polyether polyol; d. optionally up to 25 parts of a hydroxy-functional film-forming polymer; e. 0.01-5 parts cationic photoinitiator, relative to 100 parts a to d; f. optionally multifunctional acrylate and radical photoinitiator wherein the sum of a) to d) is 100 parts by weight. a. 15 to 50 parts of a tetrahydrofurfuryl (meth)acrylate copolymer; b. 25 to 50 parts of an epoxy resin component; c. 5 -15 parts of a liquid polyether polyol; d. optionally up to 25 parts of a hydroxy-functional film-forming polymer; e. 0.01-5 parts cationic photoinitiator, relative to 100 parts a to d; f. optionally multifunctional acrylate and radical photoinitiator wherein the sum of a) to d) is 100 parts by weight.
Polyisocyanate which is based on tolylene 2,4-diisocyanate, tolylene 2,6-diisocyanate or a mixture of tolylene 2,4- and 2,6-diisocyanate and has isocyanurate groups, wherein the polyisocyanate has a) a weight average molecular weight of from ≥ 350 to ≤ 800 g/mol, determined by means of gel permeation chromatography using a polystyrene standard and tetrahydrofuran as eluent in accordance with DIN 55672-1:2016-03, b) a polydispersity D of from > 1 to ≤ 1.5, where the polydispersity D is the ratio of weight average and number average molecular weight of the polyisocyanate and the weight average and number average molecular weight are in each case determined by means of gel permeation chromatography using a polystyrene standard and tetrahydrofuran as eluent in accordance with DIN 55672-1:2016-03, and c) a content of monomeric tolylene diisocyanate of ≤ 1% by weight, based on the total weight of the polyisocyanate. a) a weight average molecular weight of from ≥ 350 to ≤ 800 g/mol, determined by means of gel permeation chromatography using a polystyrene standard and tetrahydrofuran as eluent in accordance with DIN 55672-1:2016-03, b) a polydispersity D of from > 1 to ≤ 1.5, where the polydispersity D is the ratio of weight average and number average molecular weight of the polyisocyanate and the weight average and number average molecular weight are in each case determined by means of gel permeation chromatography using a polystyrene standard and tetrahydrofuran as eluent in accordance with DIN 55672-1:2016-03, and c) a content of monomeric tolylene diisocyanate of ≤ 1% by weight, based on the total weight of the polyisocyanate.
A hybrid power system which comprises a first input shaft to be applied with drive power of an engine through a first friction clutch, a first gear-shift mechanism assembled with the first input shaft to establish a first drive train, a second input shaft to be applied with drive power of the engine through a second friction clutch, a second gear-shift mechanism assembled with the second input shaft to establish a second drive train, a motor-generator in drive connection with the first input shaft or the second input shaft, and a driven mechanism to be driven by the drive power transmitted from an output shaft (14a; 14) of the first gear-shift mechanism or from an output shaft (14b; 14) of the second gear-shift mechanism, characterized in that the hybrid drive power system comprises a rotation speed sensor provided to detect a rotation speed of the engine, and control means provided: - to compare a deceleration in rotation speed of the engine detected by the rotation speed sensor with a preset upper limit when a change-speed stage selected at one of the gear-shift mechanisms is switched over to another change-speed stage of the other gear-shift mechanism, - to activate the motor-generator as an electric motor when the deceleration in rotation speed of the engine exceeds the preset upper limit, thereby generating a load torque canceling or offsetting an input torque applied to the input shaft of the other gear-shift mechanism from the engine, and - to release engagement of the change-speed stage of the other gear-shift mechanism after the occurrence of the load torque. - to compare a deceleration in rotation speed of the engine detected by the rotation speed sensor with a preset upper limit when a change-speed stage selected at one of the gear-shift mechanisms is switched over to another change-speed stage of the other gear-shift mechanism, - to activate the motor-generator as an electric motor when the deceleration in rotation speed of the engine exceeds the preset upper limit, thereby generating a load torque canceling or offsetting an input torque applied to the input shaft of the other gear-shift mechanism from the engine, and - to release engagement of the change-speed stage of the other gear-shift mechanism after the occurrence of the load torque.
A method for producing a structural panel, at least having the method steps: - supplying a panel-shaped core, - applying a prepared material to form at least one coating in liquid and/or pasty state to at least one side of the panel-shaped core, wherein the prepared material for forming the at least one coating contains as constituents nano-additives "nanosilica" and/or carbon nanotubes, - laying reinforcement components on the still liquid and/or pasty material for forming the at least one coating, characterised by the further method steps: - rhythmic pressing of the reinforcement components into the still liquid and/or pasty material for forming the at least one coating, - drying and/or cross-linking of the material for forming the at least one coating with the set-in reinforcement components which is applied to at least one side out of the front side and rear side of the core and in so doing covers the entire surface of the core on this at least one side. - supplying a panel-shaped core, - applying a prepared material to form at least one coating in liquid and/or pasty state to at least one side of the panel-shaped core, wherein the prepared material for forming the at least one coating contains as constituents nano-additives "nanosilica" and/or carbon nanotubes, - laying reinforcement components on the still liquid and/or pasty material for forming the at least one coating, - rhythmic pressing of the reinforcement components into the still liquid and/or pasty material for forming the at least one coating, - drying and/or cross-linking of the material for forming the at least one coating with the set-in reinforcement components which is applied to at least one side out of the front side and rear side of the core and in so doing covers the entire surface of the core on this at least one side.
A water pump comprising: a pump section having impeller blades; a rotational shaft that rotates the impeller blades; and a motor section having: (i) a motor that rotates the rotational shaft; (ii) a motor casing that houses the motor; (iii) first and second bearings (61, 63) provided on both sides of the motor interposed therebetween on the rotational shaft, interposed between an inner surface of the motor casing and the rotational shaft, and rotatably supporting the rotational shaft, (iv) a motor space that houses the motor; and (v) a vent hole that vents air between the motor space and an outside of the motor casing, wherein the vent hole is provided in an upper surface of the motor casing, characterized in that a waterproof sealing and a weep hole are provided between the impeller blades of the pump section and the first bearing on the rotational shaft, a cover is provided that covers an opening of the vent hole, and a member which is waterproof and air-permeable is placed in a venting portion between the vent hole and the cover. a pump section having impeller blades; a rotational shaft that rotates the impeller blades; and a motor section having: (i) a motor that rotates the rotational shaft; (ii) a motor casing that houses the motor; (iii) first and second bearings (61, 63) provided on both sides of the motor interposed therebetween on the rotational shaft, interposed between an inner surface of the motor casing and the rotational shaft, and rotatably supporting the rotational shaft, (iv) a motor space that houses the motor; and (v) a vent hole that vents air between the motor space and an outside of the motor casing, (i) a motor that rotates the rotational shaft; (ii) a motor casing that houses the motor; (iii) first and second bearings (61, 63) provided on both sides of the motor interposed therebetween on the rotational shaft, interposed between an inner surface of the motor casing and the rotational shaft, and rotatably supporting the rotational shaft, (iv) a motor space that houses the motor; and (v) a vent hole that vents air between the motor space and an outside of the motor casing, wherein the vent hole is provided in an upper surface of the motor casing, characterized in that a waterproof sealing and a weep hole are provided between the impeller blades of the pump section and the first bearing on the rotational shaft, a cover is provided that covers an opening of the vent hole, and a member which is waterproof and air-permeable is placed in a venting portion between the vent hole and the cover.
Method for diagnosing an intake manifold pressure sensor of a fuel injection system of an internal combustion engine in which fuel is fed with combustion air via a suction system, wherein the combustion air is under an intake manifold pressure which is measured by means of the intake manifold pressure sensor, and a sensor signal corresponding to the current intake manifold pressure is made available to an engine control unit for taking into account during the setting of operating modes of the internal combustion engine, wherein the sensor signal is cross-correlated with an actuation signal of an actuating means (42, 24, 28) which influences the intake manifold pressure, and a correlation coefficient is evaluated as a diagnosis signal of the intake manifold pressure sensor, an actuation signal of a tank venting valve or an actuation signal of a throttle valve is used as an actuation signal or an actuation signal of an exhaust gas recirculation valve is evaluated and a test pattern is superimposed on the actuation signal.
A sheet for an air flow mat or an air-conditioned article of clothing having a fan-mounting part for mounting a fan which comprises a fan body comprising a cylinder part and a protrusion which is disposed on the cylinder part protruding in a direction substantially perpendicular to a side face of the cylinder part and an engaging member which is fitted on an outer side of the cylinder part and is thus attached to the fan body so as to be opposite the protrusion, comprising: a sheet member which has an open hole for receiving the cylinder part of the fan; and a non-stretchable flat ring-shaped reinforcing section which has an opening with substantially the same shape as an outer edge of the cylinder part of the fan, in which an inner side face of the reinforcing section is exposed, and the reinforcing section is made of a sewable material, wherein the fan is mounted by inserting the cylinder part to the opening of the reinforcing section and attaching the engaging member to the fan body and thereby tucking at least an edge part of the reinforcing section among an edge part around the open hole of the sheet member and the edge part of the reinforcing section between the protrusion and the engaging member, characterized in that one of a front face and a back face of the reinforcing section is fixed on an edge part around the open hole of the sheet member, and the reinforcing section is sewn to the edge part around the open hole of the sheet member so that the reinforcing section is fixed on the sheet member. a sheet member which has an open hole for receiving the cylinder part of the fan; and a non-stretchable flat ring-shaped reinforcing section which has an opening with substantially the same shape as an outer edge of the cylinder part of the fan, in which an inner side face of the reinforcing section is exposed, and the reinforcing section is made of a sewable material, wherein the fan is mounted by inserting the cylinder part to the opening of the reinforcing section and attaching the engaging member to the fan body and thereby tucking at least an edge part of the reinforcing section among an edge part around the open hole of the sheet member and the edge part of the reinforcing section between the protrusion and the engaging member, characterized in that one of a front face and a back face of the reinforcing section is fixed on an edge part around the open hole of the sheet member, and the reinforcing section is sewn to the edge part around the open hole of the sheet member so that the reinforcing section is fixed on the sheet member.
A lightweight wheel, comprising a flange, a plurality of titanium alloy spokes, locking sleeves, steel sleeves and a rim, wherein an end of each titanium alloy spoke is provided with threads, and wherein the flange is positioned at a middle part of the rim, characterized in that the wheel further comprises connecting bolts, in that the rim is made of carbon fiber, and in that another end of each titanium alloy spoke is bent and provided with a flat end, and each flat end is provided with a first assembly hole; a side wall of the flange is provided with two layers of ring grooves with one above the other, each layer of ring grooves is provided with a plurality of threaded holes uniformly distributed; a plurality of bolts are fastened in the threaded holes of each layer of ring grooves and passthrough the first assembly holes to mount the flat ends of the titanium alloy spokes on the ring groove; an inner side of the middle part of the carbon fiber rim is provided with a ring-shaped boss, and a plurality of second assembly holes are uniformly distributed in the ring-shaped boss; the lightweight wheel further comprises a connecting ring, wherein the side wall and the upper end face of the connecting ring are respectively provided with a plurality of first mounting holes and a plurality of second mounting holes which are uniformly distributed, the steel sleeves are mounted in each of the plurality of the first mounting holes, an first inner hole is formed in each of the steel sleeves, and the first inner hole of each of the steel sleeves is provided with a spherical surface; a connecting bolts pass through the second mounting holes and the second assembly holes to fix the carbon fiber rim and the connecting ring; an upper side wall of each of the locking sleeves is provided with a spherical surface, the upper side walls of the locking sleeves are mounted in the first inner hole of each of the steel sleeves and are matched with the spherical surface of the first inner hole of the steel sleeves, and a second inner hole is formed in each of the locking sleeves; and the second inner hole of each of the locking sleeves is a threaded hole, and the second inner holes of the locking sleeves are matched with the thread at an end of each of the titanium alloy spokes to fix the end of each of the titanium alloy spokes to each of the inner holes of the locking sleeves.