mhurhangee/ep-ind-claims huggingface dataset:
A flexible stimulation device, comprising: a first device end; a base portion having a first base end adjacent to the first device end and a second base end; a second device end; a distal portion extending from the second device end toward the second base end; and at least one flexible elastic connection portion between the second base end and the distal portion, - the at least one flexible elastic connection portion allows the distal portion to comprise an angular range of motion or from 5 to 60 degrees in any direction from a longitudinal axis of the flexible stimulation device; and - the at least one flexible elastic connection portion is designed to allow the distal portion to elastically return to its original shape, characterised in that the at least one flexible elastic connection portion comprises a first radial channel recessed in a body of the at least one flexible elastic connection portion adjacent to a first end and a second radial channel recessed in the body adjacent to the second end, and wherein the first radial channel is structured and arranged to engage with a flexible connection engagement protrusion of the base portion and the second radial channel is structured and arranged to engage with a flexible connection engagement protrusion of the distal portion. a base portion having a first base end adjacent to the first device end and a second base end; a second device end; a distal portion extending from the second device end toward the second base end; and at least one flexible elastic connection portion between the second base end and the distal portion, - the at least one flexible elastic connection portion allows the distal portion to comprise an angular range of motion or from 5 to 60 degrees in any direction from a longitudinal axis of the flexible stimulation device; and - the at least one flexible elastic connection portion is designed to allow the distal portion to elastically return to its original shape, characterised in that - the at least one flexible elastic connection portion allows the distal portion to comprise an angular range of motion or from 5 to 60 degrees in any direction from a longitudinal axis of the flexible stimulation device; and - the at least one flexible elastic connection portion is designed to allow the distal portion to elastically return to its original shape, characterised in that the at least one flexible elastic connection portion comprises a first radial channel recessed in a body of the at least one flexible elastic connection portion adjacent to a first end and a second radial channel recessed in the body adjacent to the second end, and wherein the first radial channel is structured and arranged to engage with a flexible connection engagement protrusion of the base portion and the second radial channel is structured and arranged to engage with a flexible connection engagement protrusion of the distal portion.
Method for depositing a bead of a viscous fluid on a laying support implemented by a depositing device comprising: - a poly-articulated robot, - a system for depositing the bead by means of an extrusion nozzle, - a metering pump supplying the depositing system with viscous fluid, - a circuit for supplying the extrusion nozzle from the metering pump, - a control system controlling the poly-articulated robot, the depositing system and the metering pump so as to deposit the bead on the support along a defined trajectory which can comprise straight lengths and curves in a predetermined time, the support being carried by the poly-articulated robot and moving relative to the depositing system, characterized in that the method comprises the following steps: - determining the relationship between the flow rate necessary for the metering pump and a movement speed of the support to obtain the desired section of the bead, - determining a response time of the circuit for supplying the extrusion nozzle, - carrying out an initial learning cycle, without depositing a bead, according to trajectory setpoints and movement speeds of the support during which an actual movement speed (Vr) of the support at the nozzle is determined on a number of points of the trajectory, - carrying out a production cycle, with the depositing of a bead having, at each of the points of the trajectory, a corrected flow rate setpoint for the metering pump taking into account the response time and the actual movement speed (Vr) of the support, weighted by the relationship. - a poly-articulated robot, - a system for depositing the bead by means of an extrusion nozzle, - a metering pump supplying the depositing system with viscous fluid, - a circuit for supplying the extrusion nozzle from the metering pump, - a control system controlling the poly-articulated robot, the depositing system and the metering pump so as to deposit the bead on the support along a defined trajectory which can comprise straight lengths and curves in a predetermined time, the support being carried by the poly-articulated robot and moving relative to the depositing system, characterized in that the method comprises the following steps: - determining the relationship between the flow rate necessary for the metering pump and a movement speed of the support to obtain the desired section of the bead, - determining a response time of the circuit for supplying the extrusion nozzle, - carrying out an initial learning cycle, without depositing a bead, according to trajectory setpoints and movement speeds of the support during which an actual movement speed (Vr) of the support at the nozzle is determined on a number of points of the trajectory, - carrying out a production cycle, with the depositing of a bead having, at each of the points of the trajectory, a corrected flow rate setpoint for the metering pump taking into account the response time and the actual movement speed (Vr) of the support, weighted by the relationship.
Method for supplying the electric power of a wind park comprising several wind turbines into an electric power supply grid, whereby - each of the wind turbines provides an electric turbine output (P A) and - the sum of the provided turbine outputs (P A) is supplied to the electric power supply grid as wind park output (P P), and - one and the same turbine target value (P Aset) is specified for each of the wind turbines as a specification of the turbine output (P A) that is to be provided, and - the turbine target value (P Aset) is controlled via a controller (R 1, R 2) based on a control deviation (ΔP), as a comparison of the supplied wind park output (P Pactual) and a target value (P Pset) of the wind park output (P P) that is to be supplied. - each of the wind turbines provides an electric turbine output (P A) and - the sum of the provided turbine outputs (P A) is supplied to the electric power supply grid as wind park output (P P), and - one and the same turbine target value (P Aset) is specified for each of the wind turbines as a specification of the turbine output (P A) that is to be provided, and - the turbine target value (P Aset) is controlled via a controller (R 1, R 2) based on a control deviation (ΔP), as a comparison of the supplied wind park output (P Pactual) and a target value (P Pset) of the wind park output (P P) that is to be supplied.
A heat exchanger comprising a first heat exchange row and a second heat exchange row overlapping with each other, wherein each heat exchange row (10, 20) comprises a first distributor (11, 21) and a second distributor (12, 22) and a plurality of parallel, coplanar tubes (13, 23) interconnecting the first distributor (11,21) and the second distributor (12, 22), wherein each of said distributors (11, 21, 12, 22) has a tubular body, on a lateral wall (11a, 21a, 12a, 22a) of which a plurality of slots is formed, in each of which slots one end of a relevant tube (13, 23) is inserted, wherein one of said first distributor and second distributor of the first heat exchange row has an inlet of the heat exchanger and one of said first distributor and second distributor of the second heat exchange row has an outlet of the heat exchanger, wherein the heat exchanger further comprises a fluid connection element connecting one of said first distributor and second distributor of the first heat exchange row, hereinafter referred to as the first row distributor, to one of said first distributor and second distributor of the second heat exchange row, hereinafter referred to as the second row distributor, wherein said fluid connection element is an element which is fixedly connected at the top to ends (11e, 21e) of the first row distributor and of the second row distributor and in which a conduit is formed that fluidically connects the first row distributor to the second row distributor, wherein the fluid connection element is formed as a hollow block in which two openings (42', 43') are formed, characterised in that in the said openings (42',43') the ends (11e, 21e) of the first row distributor and of the second row distributor are inserted, respectively. wherein each of said distributors (11, 21, 12, 22) has a tubular body, on a lateral wall (11a, 21a, 12a, 22a) of which a plurality of slots is formed, in each of which slots one end of a relevant tube (13, 23) is inserted, wherein one of said first distributor and second distributor of the first heat exchange row has an inlet of the heat exchanger and one of said first distributor and second distributor of the second heat exchange row has an outlet of the heat exchanger, wherein the heat exchanger further comprises a fluid connection element connecting one of said first distributor and second distributor of the first heat exchange row, hereinafter referred to as the first row distributor, to one of said first distributor and second distributor of the second heat exchange row, hereinafter referred to as the second row distributor, wherein said fluid connection element is an element which is fixedly connected at the top to ends (11e, 21e) of the first row distributor and of the second row distributor and in which a conduit is formed that fluidically connects the first row distributor to the second row distributor, wherein the fluid connection element is formed as a hollow block in which two openings (42', 43') are formed, characterised in that in the said openings (42',43') the ends (11e, 21e) of the first row distributor and of the second row distributor are inserted, respectively.
Method for starting up a gas heater with a pneumatic gas/air assembly, wherein the heater is operated with a start profile during start-up and the start profile is adapted to the dynamic behaviour of the mixture composition and to the formation of a gas peak during an ignition procedure, and comprises at least one output curve (23, 24, 25) of a conveying apparatus of the heater and an opening time (13, 20) of a gas valve, wherein the output curve (23, 24, 25) of a conveying device of a start profile comprises at least the following processes: a) increasing the output of the conveying apparatus up to an output L1 with an increase A1 b) opening the gas valve after reaching the output L1 and initiating an ignition procedure, c) keeping the output L1 constant for a period D1, d) controlling an output L2 of the conveying apparatus with an increase A2. a) increasing the output of the conveying apparatus up to an output L1 with an increase A1 b) opening the gas valve after reaching the output L1 and initiating an ignition procedure, c) keeping the output L1 constant for a period D1, d) controlling an output L2 of the conveying apparatus with an increase A2.
A vehicle test apparatus comprising: a test article installation vehicle body to which four axles (21S, 22S, 23S, 24s) corresponding to four wheels that are a left front wheel, a right front wheel, a left rear wheel and a right rear wheel are attached, and on which a test article is installed; a first motion base and four second motion bases (4, 5, 6,7), whereas the first motion base supports the test article installation vehicle body and each of the four second motion bases (4, 5, 6, 7) support a corresponding one of the axles (21 S, 22S, 23S, 24S), characterized in that the first motion base allows the test article installation vehicle body to make motions of six degrees of freedom; and each of the four second motion bases (4, 5, 6, 7) allows a corresponding one of the axles (21S, 22S, 23S, 24S) to make motions of six degrees of freedom. a test article installation vehicle body to which four axles (21S, 22S, 23S, 24s) corresponding to four wheels that are a left front wheel, a right front wheel, a left rear wheel and a right rear wheel are attached, and on which a test article is installed; a first motion base and four second motion bases (4, 5, 6,7), whereas the first motion base supports the test article installation vehicle body and each of the four second motion bases (4, 5, 6, 7) support a corresponding one of the axles (21 S, 22S, 23S, 24S), characterized in that the first motion base allows the test article installation vehicle body to make motions of six degrees of freedom; and each of the four second motion bases (4, 5, 6, 7) allows a corresponding one of the axles (21S, 22S, 23S, 24S) to make motions of six degrees of freedom.
A saddle device including a saddle unit that has a top surface unit, whereby said saddle device further includes: a first seat unit having a track portion that extends in a front-rear direction; a second seat unit mounted to said first seat unit, and movable on said first seat unit in the front-rear direction, said saddle unit being mounted to said second seat unit; a supporting member connected to said first seat unit, having a rear mounting end portion that is distal from said first seat unit and that is disposed behind said second seat unit, and transformable between a lifted position and a lowered position such that, when said supporting member is at the lifted position, said rear mounting end portion is located above said top surface unit of said saddle unit, and when said supporting member is at the lowered position, said rear mounting end portion is located below said top surface unit of said saddle unit; and a backrest mountable to said rear mounting end portion when said supporting member is at the lifted position, such that said backrest is disposed behind said saddle unit, characterized in that said second seat unit is disposed behind said first seat unit. a first seat unit having a track portion that extends in a front-rear direction; a second seat unit mounted to said first seat unit, and movable on said first seat unit in the front-rear direction, said saddle unit being mounted to said second seat unit; a supporting member connected to said first seat unit, having a rear mounting end portion that is distal from said first seat unit and that is disposed behind said second seat unit, and transformable between a lifted position and a lowered position such that, when said supporting member is at the lifted position, said rear mounting end portion is located above said top surface unit of said saddle unit, and when said supporting member is at the lowered position, said rear mounting end portion is located below said top surface unit of said saddle unit; and a backrest mountable to said rear mounting end portion when said supporting member is at the lifted position, such that said backrest is disposed behind said saddle unit, characterized in that said second seat unit is disposed behind said first seat unit.
A downhole tool comprising a rubber member for downhole tools, which is a degradable rubber member and of which a decrease rate of a 50% strain compressive stress measured in accordance with JIS K7181 (conforming to ISO604) after immersion for 24 hours in 150°C water relative to a 50% strain compressive stress measured in accordance with JIS K7181 (conforming to ISO604)) before immersion is not less than 5%, the degradable rubber member containing a polyester-type urethane rubber having an ester-bond in the main chain thereof.
Method for selecting via a speech input a list element from a list of elements, the selection by speech input being in a language different to the language of the list elements, the method comprising the following steps: - recognizing a string of subword units for the speech input, - comparing the recognized string of subword units to the list of elements and generating a candidate list of best matching elements based on the comparison result, wherein for generating the candidate list of best matching elements a confusion matrix is used which contains matrix elements comprising information about the confusion probability of subword units of different languages, wherein each matrix element of the confusion matrix represents the probability of confusion for a specific subword unit pair, the subword unit pair containing a subword unit of a first language and a subword unit of a second language, wherein the language pair and the corresponding confusion matrix is determined by determining the language of the user and by determining the language of the list of elements. - recognizing a string of subword units for the speech input, - comparing the recognized string of subword units to the list of elements and generating a candidate list of best matching elements based on the comparison result, wherein
A pressure-sensitive adhesive film comprising a resin film as a substrate and a pressure-sensitive adhesive layer provided at least on a face of the resin film, wherein: the resin film has a multi-layer constitution consisting of at least two layers, wherein the resin film comprises a first layer placed on a front face side of the resin film and a second layer placed on a back face side of the resin film, the thickness of the first layer accounting for 70% or less of the thickness of the entire resin film and the thickness of the second layer accounting for 90% or less of the entire resin film, the front face side of the resin film is the pressure-sensitive adhesive layer side, the resin film has a laser beam reflectance of 5 % or higher, but 40 % or lower in a wavelength range of 1000 nm to 1100 nm, and has a laser beam transmittance of 5 % or lower in the said wavelength range, the pressure-sensitive adhesive film has a laser beam reflectance of 5 % or higher, but 40 % or lower in a wavelength range of 1000 nm to 1100 nm, and has a laser beam transmittance of 5 % or lower in the said wavelength range, and the front face and the back face of the resin film have different lightness L* values, with the lightness L* being defined by the L*a*b* color space, the laser beam reflectance, the laser beam transmittance and the lightness L* being measured as described in the example part of the description. the resin film has a multi-layer constitution consisting of at least two layers, wherein the resin film comprises a first layer placed on a front face side of the resin film and a second layer placed on a back face side of the resin film, the thickness of the first layer accounting for 70% or less of the thickness of the entire resin film and the thickness of the second layer accounting for 90% or less of the entire resin film, the front face side of the resin film is the pressure-sensitive adhesive layer side, the resin film has a laser beam reflectance of 5 % or higher, but 40 % or lower in a wavelength range of 1000 nm to 1100 nm, and has a laser beam transmittance of 5 % or lower in the said wavelength range, the pressure-sensitive adhesive film has a laser beam reflectance of 5 % or higher, but 40 % or lower in a wavelength range of 1000 nm to 1100 nm, and has a laser beam transmittance of 5 % or lower in the said wavelength range, and the front face and the back face of the resin film have different lightness L* values, with the lightness L* being defined by the L*a*b* color space, the laser beam reflectance, the laser beam transmittance and the lightness L* being measured as described in the example part of the description.
A method of controlling a wind turbine, the wind turbine comprising a wind direction sensor, a yawing system, wind turbine blades attached to a rotor hub, and a control system for pitching the blades relative to the rotor hub and for turning the wind turbine rotor relative to the wind, the method comprising: - obtaining at time intervals a data set comprising a direction of the wind relative to the wind turbine as measured by the wind direction sensor and a pitch angle parameter representing a pitch angle of at least one of the wind turbine blades; - determining over time a statistical representation of the pitch angle parameter as a function of the relative wind direction based on the obtained data sets; - estimating from the statistical representation a wind direction offset corresponding to the relative wind direction where the pitch angle parameter is a maximum; - adjusting the relative wind direction as a function of the wind direction offset; - determining a control parameter of the wind turbine as a function of the adjusted relative wind direction; and - controlling the wind turbine according to the control parameter. - obtaining at time intervals a data set comprising a direction of the wind relative to the wind turbine as measured by the wind direction sensor and a pitch angle parameter representing a pitch angle of at least one of the wind turbine blades; - determining over time a statistical representation of the pitch angle parameter as a function of the relative wind direction based on the obtained data sets; - estimating from the statistical representation a wind direction offset corresponding to the relative wind direction where the pitch angle parameter is a maximum; - adjusting the relative wind direction as a function of the wind direction offset; - determining a control parameter of the wind turbine as a function of the adjusted relative wind direction; and - controlling the wind turbine according to the control parameter.
A device for skin improvement or repair comprising: a plurality of microneedles attached to or integral with a supporting base member and arranged in at least one circular pattern on same wherein said microneedles are hollow and have a bore size of between 60-150 μm and are between 250 μm and 1000 μm in length.
Power supply device for a material to be treated in an apparatus for electrochemical treatment thereof, with at least one current lead (2, 3; 14) of an at least partially bare electrically conductive material, wherein at one end of the at least one current lead (2, 3;, 14) contact means (12; 14) are provided for electrically contacting the material to be treated, characterized in that the power supply device comprises at least one electrically insulating removable shell (7, 8), which is spaced between 0.1 and 4 mm from the at least one current lead (2; 14; 3) and encloses the at least one current lead (2, 3; 14) starting from the contact means (12; 14) for a certain length, such that when immersing the current lead (2, 3; 14) into a liquid up to that certain length, no metal deposit of more than 0.04 mm at the bare parts of the electrically conductive material is formed during the electrochemical treatment of the material to be treated, and fastening means (9, 10) for fastening the at least one shell are provided at the at least one current lead (2, 3; 14).