mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for absorbing electrical noise on cables, comprising - a housing which contains two partial shells (1, 2) for receiving in each case one element which is composed of a material which decreases or absorbs noise, which housing, - in the closed state, has in each case one opening for a cable, which is to be routed through, in the two end sides (5, 6), and also comprising - two fixing means for securing the housing to the cable, wherein - a respective fixing means is arranged on a respective end side (5, 6) of the housing in the region of the opening, and - characterized in that each fixing means has two clips, each clip is of U-shaped design and has an inner limb, an outer limb and a bow which connects the two limbs (22, 23), the outer limb runs parallel to the inner limb, the inner limbs, which face one another, likewise run parallel to one another, and the inner limbs, like a bar, can be deformed transverse to the longitudinal direction of the housing, wherein the ability to deform is also assisted by deformation of the bow, wherein the inner limbs of the clips, which face one another and can be deformed transverse to the cable, form a slot for receiving the cable in a clamping manner between them, wherein the limbs, which face one another, of the two clips run in parallel to one another. - a housing which contains two partial shells (1, 2) for receiving in each case one element which is composed of a material which decreases or absorbs noise, which housing, - in the closed state, has in each case one opening for a cable, which is to be routed through, in the two end sides (5, 6), and also comprising - two fixing means for securing the housing to the cable, wherein - a respective fixing means is arranged on a respective end side (5, 6) of the housing in the region of the opening, and - characterized in that each fixing means has two clips, each clip is of U-shaped design and has an inner limb, an outer limb and a bow which connects the two limbs (22, 23), the outer limb runs parallel to the inner limb, the inner limbs, which face one another, likewise run parallel to one another, and the inner limbs, like a bar, can be deformed transverse to the longitudinal direction of the housing, wherein the ability to deform is also assisted by deformation of the bow, wherein the inner limbs of the clips, which face one another and can be deformed transverse to the cable, form a slot for receiving the cable in a clamping manner between them, wherein the limbs, which face one another, of the two clips run in parallel to one another.
A method for improving partial load efficiency in a gas turbine engine comprising a compressor, burners, an high pressure turbine and a low pressure turbine, wherein the method comprises the step of operating the gas turbine engine by regulating at least: - an air mass flow rate, and - a flame temperature, by means of controlling at least: a. at a lower load range, less than a first separating load value L1, the air mass flow rate supplied to the combustion chamber from the compressor, and b. at an intermediate load range, more than the first separating load value L1 and less than a second separating load value L2 the number of operating burners, and c. at an upper load range, more than the second separating load value L2 and less than a full operating load value L3, the change in enthalpy drop between the high and low pressure turbine (4,5) to control the air mass flow rate. - an air mass flow rate, and - a flame temperature, a. at a lower load range, less than a first separating load value L1, the air mass flow rate supplied to the combustion chamber from the compressor, and b. at an intermediate load range, more than the first separating load value L1 and less than a second separating load value L2 the number of operating burners, and c. at an upper load range, more than the second separating load value L2 and less than a full operating load value L3, the change in enthalpy drop between the high and low pressure turbine (4,5) to control the air mass flow rate.
A hybrid material for light emitting diodes, comprising a) an organopolysilazane material, comprising repeating units of formulae and [-SiR 1 R 2 - NR 3 -] x [-SiHR 4 - NR 5 -] y wherein the symbols and indices have the following meanings: R 1 is C 2 -C 6 -alkenyl or C 4 -C 6 -alkadienyl; R 2 is H or an organic group; R 3 is H or an organic group; R 4 is H or an organic group; R 5 is H or an organic group; x is 0.001 to 0.2; and y is 2x to (1-x), with the proviso that x+y≤1 and that y can be 0 if R 2 is H, and b) inorganic nanoparticles having a mean diameter as measured by dynamic light scattering according to the description in the range of from 1 to 30 nm, which are surface modified with a capping agent comprising a C 1 -C 18 -alkyl and/or C 1 -C 18 -alkenyl group. a) an organopolysilazane material, comprising repeating units of formulae and [-SiR 1 R 2 - NR 3 -] x [-SiHR 4 - NR 5 -] y wherein the symbols and indices have the following meanings: R 1 is C 2 -C 6 -alkenyl or C 4 -C 6 -alkadienyl; R 2 is H or an organic group; R 3 is H or an organic group; R 4 is H or an organic group; R 5 is H or an organic group; x is 0.001 to 0.2; and y is 2x to (1-x), with the proviso that x+y≤1 and that y can be 0 if R 2 is H, and wherein the symbols and indices have the following meanings: R 1 is C 2 -C 6 -alkenyl or C 4 -C 6 -alkadienyl; R 2 is H or an organic group; R 3 is H or an organic group; R 4 is H or an organic group; R 5 is H or an organic group; x is 0.001 to 0.2; and y is 2x to (1-x), R 1 is C 2 -C 6 -alkenyl or C 4 -C 6 -alkadienyl; R 2 is H or an organic group; R 3 is H or an organic group; R 4 is H or an organic group; R 5 is H or an organic group; x is 0.001 to 0.2; and y is 2x to (1-x), with the proviso that x+y≤1 and that y can be 0 if R 2 is H, and b) inorganic nanoparticles having a mean diameter as measured by dynamic light scattering according to the description in the range of from 1 to 30 nm, which are surface modified with a capping agent comprising a C 1 -C 18 -alkyl and/or C 1 -C 18 -alkenyl group.
Tool for trimming worn wiper blades for windscreen wipers, wherein starting from the edge on their windscreen side the wiper blades exhibit an increasing cross-section with at least one longitudinal groove provided on both sides therein and these longitudinal grooves corresponding with at least one guide bar of a guide slit of the tool in such a way that the wiper blade can be longitudinally pulled though the guide slit of the tool at a defined height, wherein arranged within the guide slit is a blade which trims off the worn edge of the wiper blade as it is pulled though the tool characterised in that the tool has at least two guide slits in the case of which the distance between their guide bars on the one hand and the assigned blade(s) on the other hand is different, and in that the different distance between the guide bars and the assigned blade(s) is present without adjustment work on the tool.
Structural wall (10, 20) for a railway vehicle, which wall is to form a roof or a lower floor, comprising a first part comprising at least one hollow profile forming a closed section, the profile comprising a first shell and a second shell which are superposed, the structural wall (10, 20) having a second part comprising: - an outside covering layer which has an inner face and is delimited by longitudinal edges and transverse edges, - a plurality of cross-members, preferably made of composite material, each connected to the outside layer, extending between the transverse edges on the inner face, protruding from that inner face so as to delimit a useful volume between two adjacent cross-members, characterised in that it comprises at least one interface piece fixed on the one hand to the first shell and the second shell of the first part and on the other hand to one of the longitudinal edges of the outside layer of the second part, thus connecting the first part and the second part together. - an outside covering layer which has an inner face and is delimited by longitudinal edges and transverse edges, - a plurality of cross-members, preferably made of composite material, each connected to the outside layer, extending between the transverse edges on the inner face, protruding from that inner face so as to delimit a useful volume between two adjacent cross-members, characterised in that it comprises at least one interface piece fixed on the one hand to the first shell and the second shell of the first part and on the other hand to one of the longitudinal edges of the outside layer of the second part, thus connecting the first part and the second part together.
A method for controlling power supply, comprising: receiving an idle communication indicative instruction sent by a field energy supply device through a communication path, the idle communication indicative instruction being used to indicate that the current communication is in an idle state; sending a waiting time extension instruction to the field energy supply device through the communication path, to instruct the field energy supply device to supply field energy continuously, the waiting time extension instruction being used to indicate a waiting time during which the field energy supply device turns on the field energy additionally; and receiving a response to the waiting time extension instruction sent by the field energy supply device through the communication path, closing the communication path, and supplying with power by utilizing the field energy through a power supply path; wherein a single coil is present for the communication path and the power supply path. receiving an idle communication indicative instruction sent by a field energy supply device through a communication path, the idle communication indicative instruction being used to indicate that the current communication is in an idle state; sending a waiting time extension instruction to the field energy supply device through the communication path, to instruct the field energy supply device to supply field energy continuously, the waiting time extension instruction being used to indicate a waiting time during which the field energy supply device turns on the field energy additionally; and receiving a response to the waiting time extension instruction sent by the field energy supply device through the communication path, closing the communication path, and supplying with power by utilizing the field energy through a power supply path; wherein a single coil is present for the communication path and the power supply path.
Unipolar heterojunction depletion-layer transistor, having - a base, an emitter and a collector, - the emitter containing a tunnel diode which, when an emitter base voltage is applied in the direction of flow above a first threshold voltage, allows a tunnel flow of charge carriers from the emitter towards the collector, and characterised in that - the base contains a graphene layer. - a base, an emitter and a collector, - the emitter containing a tunnel diode which, when an emitter base voltage is applied in the direction of flow above a first threshold voltage, allows a tunnel flow of charge carriers from the emitter towards the collector, and - the base contains a graphene layer.
A fluororubber composition comprising: 100 parts by weight of a peroxide-crosslinkable tetrafluoroethylene-vinylidene fluoride-hexafluoropropene ternary type copolymer rubber having a fluorine content of 64 wt.% or more; 5 to 90 parts by weight of carbon black having a specific surface area of 5 to 20 m 2 /g; 5 to 40 parts by weight of a fine bituminous powder; 1 to 30 parts by weight of hydrophilicity-imparted talc and/or 1 to 20 parts by weight of hydrophilicity-imparted clay, wherein the talc is imparted with hydrophilicity by surface treatment at a high temperature of 1,100°C or more and wherein the clay is imparted with hydrophilicity by surface treatment with a silane coupling agent; and 0.5 to 6 parts by weight of an organic peroxide; the fluororubber composition being used as a molding material for fuel oil sealing materials to be in contact with fuel oil. 100 parts by weight of a peroxide-crosslinkable tetrafluoroethylene-vinylidene fluoride-hexafluoropropene ternary type copolymer rubber having a fluorine content of 64 wt.% or more; 5 to 90 parts by weight of carbon black having a specific surface area of 5 to 20 m 2 /g; 5 to 40 parts by weight of a fine bituminous powder; 1 to 30 parts by weight of hydrophilicity-imparted talc and/or 1 to 20 parts by weight of hydrophilicity-imparted clay, wherein the talc is imparted with hydrophilicity by surface treatment at a high temperature of 1,100°C or more and wherein the clay is imparted with hydrophilicity by surface treatment with a silane coupling agent; and 0.5 to 6 parts by weight of an organic peroxide; the fluororubber composition being used as a molding material for fuel oil sealing materials to be in contact with fuel oil. 5 to 90 parts by weight of carbon black having a specific surface area of 5 to 20 m 2 /g; 5 to 40 parts by weight of a fine bituminous powder; 1 to 30 parts by weight of hydrophilicity-imparted talc and/or 1 to 20 parts by weight of hydrophilicity-imparted clay, wherein the talc is imparted with hydrophilicity by surface treatment at a high temperature of 1,100°C or more and wherein the clay is imparted with hydrophilicity by surface treatment with a silane coupling agent; and 0.5 to 6 parts by weight of an organic peroxide; the fluororubber composition being used as a molding material for fuel oil sealing materials to be in contact with fuel oil.
Hair care device having a handle, a function head that may be connected with the handle, which function head has a hair treatment device, in particular a bristle field and/or tooth field, as well as an ion output device to output ions to the hair, said ion output device having at least one ion outlet, and wherein the function head and/or a housing part surrounding the ion outlet has at least one grounding area (21, 22) to dissipate/limit electrical charges, characterized in that the at least one ion outlet takes place exclusively on the back panel of the device, which faces away from the hair treatment device, and in that the function head is free of air outlets.
A method comprising: performing an operation using a system, comprising a downhole system for deployment in a borehole in a geological environment, wherein the operation comprises a nuclear magnetic resonance, NMR, measurement operation that measures the nuclear magnetic resonance signals of an in situ sample in the geological environment, wherein the operation depends on traversal of a regression tree stored in memory of the downhole system; transmitting, utilizing a downhole telemetry technique, a request to a surface system to construct a zoom-out regression-tree or a request to construct a zoom-in regression-tree, wherein the request to construct the zoom-out regression-tree is transmitted responsive to not reaching a decision leaf of the regression-tree, and wherein the request to construct the zoom-in regression-tree is transmitted responsive to reaching a decision leaf of the regression-tree; responsive to the transmitted request, receiving utilizing the downhole telemetry technique, the constructed zoom-out regression-tree or the constructed zoom-in regression tree from the surface system, wherein the constructed zoom-out regression-tree or the constructed zoom-in regression tree comprises at least one new decision leaf that improves performance of the operation of the system; storing the constructed zoom-out regression-tree or the constructed zoom-in regression tree in the memory of the downhole system; and performing the nuclear magnetic resonance measurement operation utilizing at least one of the at least one new decision leaf. performing an operation using a system, comprising a downhole system for deployment in a borehole in a geological environment, wherein the operation comprises a nuclear magnetic resonance, NMR, measurement operation that measures the nuclear magnetic resonance signals of an in situ sample in the geological environment, wherein the operation depends on traversal of a regression tree stored in memory of the downhole system; transmitting, utilizing a downhole telemetry technique, a request to a surface system to construct a zoom-out regression-tree or a request to construct a zoom-in regression-tree, wherein the request to construct the zoom-out regression-tree is transmitted responsive to not reaching a decision leaf of the regression-tree, and wherein the request to construct the zoom-in regression-tree is transmitted responsive to reaching a decision leaf of the regression-tree; responsive to the transmitted request, receiving utilizing the downhole telemetry technique, the constructed zoom-out regression-tree or the constructed zoom-in regression tree from the surface system, wherein the constructed zoom-out regression-tree or the constructed zoom-in regression tree comprises at least one new decision leaf that improves performance of the operation of the system; storing the constructed zoom-out regression-tree or the constructed zoom-in regression tree in the memory of the downhole system; and performing the nuclear magnetic resonance measurement operation utilizing at least one of the at least one new decision leaf.
A permanent magnet brushless direct current electric motor having a stator assembly and a rotor pivotably arranged inside the stator assembly, the stator assembly comprising: a lamination stack defining a plurality poles extending radially towards a center of the lamination stack, a plurality of pole teeth extending laterally with respect to ends of the poles, and a plurality of stator slots formed between adjacent poles; a plurality of field windings wound around the poles; and a plurality of electrically non-conductive tooth inserts longitudinally arranged inside the stator slots between adjacent field windings, each tooth insert including a radial inner end arranged at an open end of the slot and engaging lateral edges of two opposing teeth within the slot; wherein the radial inner end comprises two radial notches arranged to engage inner surfaces of the two opposing teeth of the slot; characterised in that the plurality of electrically non-conductive tooth inserts are electrically non-conductive tooth damper inserts; wherein each tooth damper insert includes a radial outer end in contact with an outer wall of the slot; wherein the radial outer end of the tooth damper insert is arcuate-shaped to follow a profile of the outer wall of the slot; wherein the radial outer ends of the tooth damper inserts provide support against radial movement and vibration of lamination of the lamination stack, and the radial inner ends of the tooth damper inserts provide support for the poles and the pole teeth against rotational or radial movement and vibration. a lamination stack defining a plurality poles extending radially towards a center of the lamination stack, a plurality of pole teeth extending laterally with respect to ends of the poles, and a plurality of stator slots formed between adjacent poles; a plurality of field windings wound around the poles; and a plurality of electrically non-conductive tooth inserts longitudinally arranged inside the stator slots between adjacent field windings, each tooth insert including a radial inner end arranged at an open end of the slot and engaging lateral edges of two opposing teeth within the slot; wherein the radial inner end comprises two radial notches arranged to engage inner surfaces of the two opposing teeth of the slot; characterised in that the plurality of electrically non-conductive tooth inserts are electrically non-conductive tooth damper inserts; wherein each tooth damper insert includes a radial outer end in contact with an outer wall of the slot; wherein the radial outer end of the tooth damper insert is arcuate-shaped to follow a profile of the outer wall of the slot; wherein the radial outer ends of the tooth damper inserts provide support against radial movement and vibration of lamination of the lamination stack, and the radial inner ends of the tooth damper inserts provide support for the poles and the pole teeth against rotational or radial movement and vibration.
A computer-controlled system that determines attributes of an area of human skin and applies a reflectance modifying agent at the pixel level, wherein the computer-controlled system is an application system that comprises: a computing environment (100, 200); a scanner; and a means of application; and wherein the computer-controlled system is configured to: scan the skin to provide reflective data and/or surface profile data about the skin, identify from the scanned data attributes of the area of skin which may be enhanced or camouflaged, and apply the reflectance modifying agent in response to the reflective properties and/or local surface profile data of the skin, and wherein the computing environment (100, 200) comprises an application algorithm, characterized in that the application algorithm puts the data into spatial frequency bands and uses pattern recognition to analyze them to determine the landscape of the area of skin and the dimensions that require application of the reflectance modifying agents. a computing environment (100, 200); a scanner; and a means of application; and wherein the computer-controlled system is configured to: scan the skin to provide reflective data and/or surface profile data about the skin, identify from the scanned data attributes of the area of skin which may be enhanced or camouflaged, and apply the reflectance modifying agent in response to the reflective properties and/or local surface profile data of the skin, and wherein the computing environment (100, 200) comprises an application algorithm, characterized in that the application algorithm puts the data into spatial frequency bands and uses pattern recognition to analyze them to determine the landscape of the area of skin and the dimensions that require application of the reflectance modifying agents. scan the skin to provide reflective data and/or surface profile data about the skin, identify from the scanned data attributes of the area of skin which may be enhanced or camouflaged, and apply the reflectance modifying agent in response to the reflective properties and/or local surface profile data of the skin, and wherein the computing environment (100, 200) comprises an application algorithm, characterized in that the application algorithm puts the data into spatial frequency bands and uses pattern recognition to analyze them to determine the landscape of the area of skin and the dimensions that require application of the reflectance modifying agents.
A wiping device for a motor vehicle glass, comprising a windscreen wiper frame and a piezoelectric film, the device being characterized in that the piezoelectric film is mounted on the windscreen wiper frame such as to produce an electric current.