mhurhangee/patent-ind-claim-en huggingface dataset:
An induction cooking hob including at least one induction coil , wherein: - the induction cooking hob comprises a housing with at least one vertical wall and a bottom panel , - a top panel is provided for covering the top side of the housing , - a supporting structure for supporting the induction coil is connected to the at least one vertical wall by at least two fixing elements , and - a rigid conjunction is provided between the vertical wall and the at least two fixing elements , characterized in, that the supporting structure is provided for each induction coil for supporting the corresponding induction coil , wherein the at least two fixing elements are rigidly connected to the supporting structure , so that the induction coil is supported by the vertical wall , wherein the supporting structure and the at least two fixing elements are formed as a single-piece part, wherein each one of the fixing elements includes a vertical part and a horizontal part , wherein the horizontal part is aligned with and extends outwards from the supporting structure , and wherein the outer surfaces of the vertical parts of the at least two fixing elements of one induction coil - are spaced apart; - either are in the same plane or are arranged perpendicular to each other; and - are arranged at a vertical surface of the at least one vertical wall . - the induction cooking hob comprises a housing with at least one vertical wall and a bottom panel , - a top panel is provided for covering the top side of the housing , - a supporting structure for supporting the induction coil is connected to the at least one vertical wall by at least two fixing elements , and - a rigid conjunction is provided between the vertical wall and the at least two fixing elements , - are spaced apart; - either are in the same plane or are arranged perpendicular to each other; and - are arranged at a vertical surface of the at least one vertical wall .
Device for monitoring the state of a disposable nappy having an outer casing comprising absorbent material for receiving urine or feces, comprising - a dampness sensor , - a signal processing unit at least for processing a measured variable of the dampness sensor , - an energy supply, - a transmission module that is connected to the signal processing unit, - a casing which is made of a flexible, liquid-impermeable material and comprises a contact surface , wherein the signal processing unit, the energy supply, and the transmission module are accommodated in the casing , - a test probe which extends outwards from the contact surface of the casing and is configured in such a way as to penetrate the outer casing of the disposable nappy, wherein the dampness sensor is arranged on the test probe , which sensor is located in the absorbent material following the puncturing, - adhesive means on the contact surface of the casing , which are configured for detachably fastening the flexible material to the disposable nappy, such that the casing rests on the disposable nappy on the outside, wherein on the one hand the test probe seals the breach of the outer casing of the disposable nappy, and on the other hand the flexible material of the casing seals the region around the breach of the outer casing of the disposable nappy, and the adhesive means ensure the required adhesion and flush contact on the outer casing of the disposable nappy. - a dampness sensor , - a signal processing unit at least for processing a measured variable of the dampness sensor , - an energy supply, - a transmission module that is connected to the signal processing unit, - a casing which is made of a flexible, liquid-impermeable material and comprises a contact surface , wherein the signal processing unit, the energy supply, and the transmission module are accommodated in the casing , - a test probe which extends outwards from the contact surface of the casing and is configured in such a way as to penetrate the outer casing of the disposable nappy, wherein the dampness sensor is arranged on the test probe , which sensor is located in the absorbent material following the puncturing, - adhesive means on the contact surface of the casing , which are configured for detachably fastening the flexible material to the disposable nappy, such that the casing rests on the disposable nappy on the outside, wherein on the one hand the test probe seals the breach of the outer casing of the disposable nappy, and on the other hand the flexible material of the casing seals the region around the breach of the outer casing of the disposable nappy, and the adhesive means ensure the required adhesion and flush contact on the outer casing of the disposable nappy.
A system, comprising: an electric field generator ; and an implantable device in electrical communication with the field generator and configured for positioning proximate to or within a target site of a patient, wherein the electric field generator is configured to use the implantable device to generate electric fields at a frequency of from about 50 kHz to about 500 kHz; wherein the electric field generator is configured to periodically change a direction of the electric fields , characterised in that the electric field generator is configured to change the direction at a frequency of between 0.03 seconds and 0.5 seconds. an electric field generator ; and an implantable device in electrical communication with the field generator and configured for positioning proximate to or within a target site of a patient, wherein the electric field generator is configured to use the implantable device to generate electric fields at a frequency of from about 50 kHz to about 500 kHz; wherein the electric field generator is configured to periodically change a direction of the electric fields , characterised in that the electric field generator is configured to change the direction at a frequency of between 0.03 seconds and 0.5 seconds.
Engineering system for planning an automation entity, wherein the engineering system is designed - to store and display first objects for at least one automation device and second objects for at least one operator system in a structured manner in accordance with a technological hierarchy , and - to generate from the first objects first runtime data for loading into the automation device and from the second objects second runtime data for loading into the operator system, wherein components of the first runtime data are operatively connected to components of the second runtime data, characterised in that the engineering system is designed - to generate, from the objects that are displayed in the technological hierarchy and selected by a user, a table or overview display containing the selected objects and showing the user which components of the first runtime data are operatively connected to which components of the second runtime data, and - of the components selected by the user in the table or the overview display , to load - components of the first runtime data into the automation device and/or - components of the second runtime data into the operator system. - to store and display first objects for at least one automation device and second objects for at least one operator system in a structured manner in accordance with a technological hierarchy , and - to generate from the first objects first runtime data for loading into the automation device and from the second objects second runtime data for loading into the operator system, wherein components of the first runtime data are operatively connected to components of the second runtime data, - to generate, from the objects that are displayed in the technological hierarchy and selected by a user, a table or overview display containing the selected objects and showing the user which components of the first runtime data are operatively connected to which components of the second runtime data, and - of the components selected by the user in the table or the overview display , to load - components of the first runtime data into the automation device and/or - components of the second runtime data into the operator system. - components of the first runtime data into the automation device and/or - components of the second runtime data into the operator system.
Method for operating an electric circuit , wherein the circuit has a converter with a plurality of switching devices, and wherein in the method a fault in the circuit is identified, wherein inside the circuit signals are measured and wherein in the case of a fault as a function of the measured signals a target state of the circuit is determined, into which the circuit is transferred for the purpose of correcting the fault, wherein as a function of the measured signals a sequence is determined, by which the switching devices of the converter are transferred into a target state of the switching devices corresponding to the target state of the circuit , and wherein as a function of the measured signals time intervals are determined, by means of which the switching devices of the converter are transferred successively into the target switching states corresponding to the target state of the circuit .
Application device for producing an annular apex from a cut-to-length web of rubber compound and for applying the apex to an annular bead core positioned under the device, with a central axis of rotation (a) running in the vertical direction and with a cylindrical bearing surface with respect to this axis of rotation (a), comprising a multiplicity of application segments , wherein the application segments are component parts of coupler mechanisms , which are arranged rotationally symmetrical around the axis of rotation (a) of the application device and can all be actuated simultaneously in such a way that the application segments for applying the wound-on and spliced apex can be tilted by up to 90° in the direction of the bead core positioned under the device, characterized in that the application segments can also be actuated simultaneously in such a way that the diameter of the bearing surface formed by the application segments can be changed within a diameter range, wherein two, first and second hollow shafts , an inner first hollow shaft and an outer second hollow shaft , which are displaceable independently of one another on or with respect to the central axis of rotation (a) and are connected in an articulated manner to the coupler mechanisms, are provided for actuating the coupler mechanisms .
A system for generating a three-dimensional object, the system comprising: First and second agent distributors adapted to respectively selectively deliver a binder agent and a coalescing agent onto portions of a layer of build material; a controller adapted to control the first and second agent distributors to respectively selectively deliver the binder agent and the coalescing agent onto respective first and second portions of the layer in patterns derived from data representing a slice of the three-dimensional object to be generated, wherein the first portion having the binder agent is to bind and solidify into a binder matrix, and wherein when energy is applied to the layer the second portion having the coalescing agent is to coalesce and solidify; wherein the coalescing agent is a material that, when a suitable amount of energy is applied to a combination of build material and coalescing agent, causes the build material to coalesce and solidify; and wherein the binder agent binds and solidifies build material into a binder matrix, which is a mixture of generally separate particles or masses of build material that are adhesively bound together by the binder agent. First and second agent distributors adapted to respectively selectively deliver a binder agent and a coalescing agent onto portions of a layer of build material; a controller adapted to control the first and second agent distributors to respectively selectively deliver the binder agent and the coalescing agent onto respective first and second portions of the layer in patterns derived from data representing a slice of the three-dimensional object to be generated, wherein the first portion having the binder agent is to bind and solidify into a binder matrix, and wherein when energy is applied to the layer the second portion having the coalescing agent is to coalesce and solidify; wherein the coalescing agent is a material that, when a suitable amount of energy is applied to a combination of build material and coalescing agent, causes the build material to coalesce and solidify; and wherein the binder agent binds and solidifies build material into a binder matrix, which is a mixture of generally separate particles or masses of build material that are adhesively bound together by the binder agent.
A resin composition, which contains: 2% by mass or more but less than 9% by mass of an aliphatic polyester compound; and a polycarbonate resin, wherein the resin composition has laser markability, the resin composition further contains a laser color former comprising at least carbon black, and the content of the carbon black is 1 to 100 mass ppm (0.0001 to 0.01% by mass) based on the mass of the whole resin composition. wherein the resin composition has laser markability, the resin composition further contains a laser color former comprising at least carbon black, and the content of the carbon black is 1 to 100 mass ppm (0.0001 to 0.01% by mass) based on the mass of the whole resin composition.
Apparatus for determining the mechanical bone axis of a femoral bone, having a shaft , which at one end has a securing device which is connected to the shaft in a lockable manner and so as to be able to vary its angle for locking the shaft at a stable angle onto the knee joint of a femoral bone and at its other end has a gripping element , wherein a force-torque measuring device is arranged between the gripping element and shaft by means of which force components of a force (Fz) exerted on a knee joint by means of the gripping element via the shaft can be measured, characterised in that by means of the force-torque measuring device longitudinal and/or transverse force components of the exerted force (Fz) and/or moments produced thereby can be measured and the force-torque measuring device is designed as a first annular element which is connected by at least three crosspieces to a second annular element arranged coaxially therein, wherein each cross-piece has at least one force sensor, in particular strain gauges.
An imaging instrument comprising: - a primary mirror (M1), a secondary mirror (M2) and a tertiary mirror (M3 1 ) which together form a Korsch-type telescope, the primary mirror further forming an entrance pupil of the telescope; - an image capture assembly (5 1 ), which is located in a focal plane (PF 1 ) of the telescope so as to capture an image formed by light reflected successively by the primary mirror (M1), the secondary mirror (M2) and then the tertiary mirror (M3 1 ), - a deformable mirror (M4 1 ), which is placed in a pupil of the telescope other than the entrance pupil; and - a controller (C4), which is adapted to adjust a shape of the deformable mirror (M4 1 ), in a variable manner between different zones of said deformable mirror, so as to compensate for at least one shape defect of the primary mirror (M1), characterised in that the deformable mirror (M4 1 ) has a base shape which is curved, in addition to adjustments to the shape of said deformable mirror produced by the controller (C4), said curved base shape being adapted to reduce distortions of the image formed in the focal plane (PF 1 ) relative to a planar mirror which would be disposed in place of the deformable mirror. - a primary mirror (M1), a secondary mirror (M2) and a tertiary mirror (M3 1 ) which together form a Korsch-type telescope, the primary mirror further forming an entrance pupil of the telescope; - an image capture assembly (5 1 ), which is located in a focal plane (PF 1 ) of the telescope so as to capture an image formed by light reflected successively by the primary mirror (M1), the secondary mirror (M2) and then the tertiary mirror (M3 1 ), - a deformable mirror (M4 1 ), which is placed in a pupil of the telescope other than the entrance pupil; and - a controller (C4), which is adapted to adjust a shape of the deformable mirror (M4 1 ), in a variable manner between different zones of said deformable mirror, so as to compensate for at least one shape defect of the primary mirror (M1),
A finger-mounted device configured to be worn on a finger of a user, the finger-mounted device comprising: a body having a U-shaped cross section and configured to be coupled to the finger , covering a fingernail of the finger and leaving a finger pad of the finger exposed, the body comprising first and second sidewall portions that contact sides of the finger and that are coupled by an upper portion , the first and second sidewall portions having force sensors , wherein the force sensors is configured to detect shear forces generated by lateral finger movement; a haptic output device coupled to the body ; and control circuitry configured to: gather finger input using the force sensors , wherein the finger input includes the lateral finger movement; provide haptic output to the user's finger using the haptic output device ; and wirelessly transmit control signals to an external electronic device based on the finger input. a body having a U-shaped cross section and configured to be coupled to the finger , covering a fingernail of the finger and leaving a finger pad of the finger exposed, the body comprising first and second sidewall portions that contact sides of the finger and that are coupled by an upper portion , the first and second sidewall portions having force sensors , wherein the force sensors is configured to detect shear forces generated by lateral finger movement; a haptic output device coupled to the body ; and control circuitry configured to: gather finger input using the force sensors , wherein the finger input includes the lateral finger movement; provide haptic output to the user's finger using the haptic output device ; and gather finger input using the force sensors , wherein the finger input includes the lateral finger movement; provide haptic output to the user's finger using the haptic output device ; and wirelessly transmit control signals to an external electronic device based on the finger input.
Cosmetic composition comprising: - (i) one or more linear α-olefin sulfonates, - (ii) one or more anionic surfactants other than the compounds (i), present in the composition in an amount ranging from 1% to 20% by weight relative to the total weight of the composition; the composition comprising at least one anionic surfactant other than the compounds (i) chosen from acylsarcosinates; and also the salts of these compounds; the acyl groups of these compounds including from 6 to 30 carbon atoms; these compounds possibly being polyoxyalkylenated; and - (iii) one or more additional surfactants chosen from amphoteric surfactants and nonionic surfactants, present in the composition in a total amount ranging from 1% to 15% by weight, relative to the total weight of the composition; the composition comprising one or more additional amphoteric and/or nonionic surfactants chosen from: - (C6-C24 alkyl)polyglycosides, ethoxylated C8-C30 fatty acid esters of sorbitan, polyethoxylated C8-C30 fatty alcohols, polyoxyethylenated C8-C30 fatty acid esters, C8-C30 fatty acid alkanolamides, - (C8-C20)alkyl betaines, (C8-C20)alkylamido(C1-C6)alkyl betaines, (C8-C20)alkylamphoacetates and (C8-C20)alkylamphodiacetates, and - mixtures thereof; the weight ratio of the amount of linear α-olefin sulfonates (i) to the amount of anionic surfactants (ii) other than the compounds (i) being between 2 and 7; and said composition not comprising any anionic surfactant comprising a sulfate group. - (i) one or more linear α-olefin sulfonates, - (ii) one or more anionic surfactants other than the compounds (i), present in the composition in an amount ranging from 1% to 20% by weight relative to the total weight of the composition; the composition comprising at least one anionic surfactant other than the compounds (i) chosen from acylsarcosinates; and also the salts of these compounds; the acyl groups of these compounds including from 6 to 30 carbon atoms; these compounds possibly being polyoxyalkylenated; and - (iii) one or more additional surfactants chosen from amphoteric surfactants and nonionic surfactants, present in the composition in a total amount ranging from 1% to 15% by weight, relative to the total weight of the composition; the composition comprising one or more additional amphoteric and/or nonionic surfactants chosen from: - (C6-C24 alkyl)polyglycosides, ethoxylated C8-C30 fatty acid esters of sorbitan, polyethoxylated C8-C30 fatty alcohols, polyoxyethylenated C8-C30 fatty acid esters, C8-C30 fatty acid alkanolamides, - (C8-C20)alkyl betaines, (C8-C20)alkylamido(C1-C6)alkyl betaines, (C8-C20)alkylamphoacetates and (C8-C20)alkylamphodiacetates, and - mixtures thereof;
A multilayer film having thickness of 50-200 microns, where the film comprises a polyolefin polymer, an outer layer comprising polyamide and an inner layer comprising a blend of ethylene alpha olefin copolymers and polyether copolymers, where the outer layer comprises a blend of two or more polyamides and the outer layer further comprises polyamide based slip and/or polyamide based antiblock additives.
A solid oxide fuel cell comprising: a metal support which is formed from a porous metal substrate and which supports a power generation cell , wherein the metal support includes a power generating area (GA) in which the power generation cell is disposed, and a buffer area (BA) which is formed on an outer side of the power generating area (GA) in an in-plane direction, pores in the metal support in the buffer area (BA) are filled with a material with a thermal conductivity lower than that of a formation material of the metal support , and the metal support in the buffer area (BA) is formed into a dense layer which does not allow permeation of gas in a thickness direction. a metal support which is formed from a porous metal substrate and which supports a power generation cell , wherein the metal support includes a power generating area (GA) in which the power generation cell is disposed, and a buffer area (BA) which is formed on an outer side of the power generating area (GA) in an in-plane direction, pores in the metal support in the buffer area (BA) are filled with a material with a thermal conductivity lower than that of a formation material of the metal support , and the metal support in the buffer area (BA) is formed into a dense layer which does not allow permeation of gas in a thickness direction.
Electric machine comprising a rotor and a stator having a multiplicity of radial passages disposed circumferentially along said stator , said radial passages being delimited by radial teeth , magnetic flux generators housed in said radial passages , said radial passages having fluid circulation galleries facing said magnetic flux generators, the electric machine having at least one aerodynamic appendage , said aerodynamic appendage being coaxial with said electric machine , and arranged at one longitudinal end of said electric machine , said aerodynamic appendage comprising at least one first part for guiding fluid passing through said circulation galleries and at least one second part, said second part extending radially along at least one of said radial teeth and having, in the axial direction of said electric machine , an aerodynamic profile for guiding the fluid, characterized in that said aerodynamic appendage comprises, in addition to the aerodynamic profile , a cylindrical wall for guiding the flow inside this wall .