mhurhangee/ep-ind-claims huggingface dataset:
A combined heat and power system, comprising: a fuel cell module configured to produce an electric output and a fuel cell heat output, in which the fuel cell module comprises a fuel cell stack configured to produce an electrical output, a heater module configured to produce a heater heat output, and a multi-module system chassis including multiple module receiving locations (14a, 14b) and a system exhaust configured to combine at least some of the fuel cell heat output and at least some of the heater heat output into a system heat output, characterised in that each of the module receiving locations (14a, 14b) is configured to non-simultaneously receive the fuel cell module and the heater module. a fuel cell module configured to produce an electric output and a fuel cell heat output, in which the fuel cell module comprises a fuel cell stack configured to produce an electrical output, a heater module configured to produce a heater heat output, and a multi-module system chassis including multiple module receiving locations (14a, 14b) and a system exhaust configured to combine at least some of the fuel cell heat output and at least some of the heater heat output into a system heat output, characterised in that each of the module receiving locations (14a, 14b) is configured to non-simultaneously receive the fuel cell module and the heater module.
Control device, notably for a motor vehicle, comprising: - a support element, - a stylistic façade which is mounted in front on the support element and comprises an opening, - a rotary encoder comprising a fixed body and a rotary shaft which extends axially forwards in the opening in the stylistic façade, - a rotary knob which is fixed to the free end of the rotary shaft and which extends at least partially as a projection in front of the stylistic façade so that it can be manipulated by a user, the opening in the stylistic façade comprising a peripheral annular gutter facing axially forwards, characterized in that the rotary knob comprises a peripheral axial skirt which extends axially rearwards at least partially into the gutter, the said axial skirt comprising an internal guide surface which collaborates in sliding with the gutter so as to guide the rotary knob in rotation about its axis, and in that the zone of sliding between the axial skirt and the gutter is offset axially towards the rear with respect to the zone of attachment of the rotary knob to the rotary shaft. - a support element, - a stylistic façade which is mounted in front on the support element and comprises an opening, - a rotary encoder comprising a fixed body and a rotary shaft which extends axially forwards in the opening in the stylistic façade, - a rotary knob which is fixed to the free end of the rotary shaft and which extends at least partially as a projection in front of the stylistic façade so that it can be manipulated by a user,
Method for void reduction when soldering a circuit board equipped with, in particular, electrical and/or electronic components, wherein, during or after melting of the solder located between the components and the circuit board, said solder is subjected to a mechanical vibration, the frequency of the vibration being varied between a start frequency and an end frequency, wherein the vibration is introduced in a direction of the plane of the circuit board through direct or indirect coupling of at least one actuator to at least one side edge of the circuit board, characterised in that the side edge of the circuit board opposite the actuator is supported on a fixed stop.
A pre-fabricated conductor arrangement (4; 13; 23) for being embedded in material of a route and for producing an electromagnetic field and thereby transferring energy to vehicles driving on a surface of a route, wherein the pre-fabricated conductor arrangement (4; 13; 23) comprises: - a lower coating layer, - an upper coating layer - at least one electric line (7; 139, 149, 159) which - if arranged as part of the route - extends under the surface of the route in and/or about the travelling direction of the vehicles, wherein the at least one electric line (7; 139, 149, 159) is placed in between the lower and upper coating layer, and wherein the lower and upper coating layer are connected to each other at connection areas on opposite sides of the at least one electric line (7; 139, 149, 159) so that the at least one electric line (7; 139, 149, 159) is enclosed by the lower and upper coating layer and optionally by additional material establishing the connection of the lower and upper coating layer. - a lower coating layer, - an upper coating layer - at least one electric line (7; 139, 149, 159) which - if arranged as part of the route - extends under the surface of the route in and/or about the travelling direction of the vehicles,
A wind turbine blade mounting system for use with variable-pitch wind turbine blades having tapered blade roots, characterized by comprising: a high capacity bearing assembly mounted in a wind turbine nose cone structure for each wind turbine blade, each high capacity bearing assembly configured with an outwardly opening tapered inner sleeve to co-axially engage a tapered shank section of an associated wind turbine blade in a self-locking coupling for rotation about a blade axis X-X perpendicular to a nose cone prop axis of rotation, thereby facilitating assembly and disassembly of the wind turbine blades from the wind turbine nose cone structure. a high capacity bearing assembly mounted in a wind turbine nose cone structure for each wind turbine blade, each high capacity bearing assembly configured with an outwardly opening tapered inner sleeve to co-axially engage a tapered shank section of an associated wind turbine blade in a self-locking coupling for rotation about a blade axis X-X perpendicular to a nose cone prop axis of rotation, thereby facilitating assembly and disassembly of the wind turbine blades from the wind turbine nose cone structure.
A method for manufacturing a package, comprising preparing a lead frame (5, 705) that, in a region where the package is to be formed, has a first electrode (10, 10B) and a second electrode (20, 20B) that is different from the first electrode (10, 10B), and has a through-hole (713, 714) at a position that spans across outer edges of the region where the package is to be formed, in at least one of the first electrode (10, 10B) and the second electrode (20, 20B); clamping the first electrode (10, 10B) and the second electrode (20, 20B) between an upper molding die and a lower molding die; injecting a first resin into the molding dies between which the first electrode (10, 10B) and the second electrode (20, 20B) have been clamped, through an injection opening (555, 555B) formed adjacent to the first electrode (10, 10B) and on the outside of the region where the package is to be formed; curing or solidifying the injected first resin; plating the lead frame (5, 705), and cutting out an injection mark of the injection opening (555, 555B) for the first resin from next to the first electrode (10, 10B) after the first resin has been cured or solidified, wherein the cutting out the injection mark includes simultaneously cutting the lead frame (5, 705) and the first resin.
A sulfate derivative having the general structure: R-CH=CH-(CH 2) 7 -CH 2 O- n -SO 3 X wherein R is H or C 2 alkyl; X is a mono- or divalent cation or an ammonium or substituted ammonium cation; AO is an oxyalkylene group; and n, which is the average number of oxyalkylene groups, has a value within the range of 0 to 200, wherein when R is C 2 alkyl, the sulfate derivative has at least 1 mole % of trans -Δ 9 unsaturation.
A filter cartridge comprising: a core element having an inner diameter, two ends, and apertures formed therein; a diamond patterned tubular pleated filter element consisting of pleats that consist of folded diamond-shapes, the filter element having an inner and an outer diameter positioned about the core element, wherein the ratio of the outer diameter to the inner diameter of the diamond patterned tubular pleated filter element is about 1.5 to about 2.5. a core element having an inner diameter, two ends, and apertures formed therein; a diamond patterned tubular pleated filter element consisting of pleats that consist of folded diamond-shapes, the filter element having an inner and an outer diameter positioned about the core element, wherein the ratio of the outer diameter to the inner diameter of the diamond patterned tubular pleated filter element is about 1.5 to about 2.5.
A method comprising: operating a media playback appliance in a primary mode associated with a first account; responsive to receiving a guest mode signal, creating an audio recording using a sound sensing device of the media playback appliance, wherein the audio recording contains audio associated with a media content item played by a device associated with a second account of a media-delivery system; providing the audio recording from the media playback appliance to the media-delivery system for identification of the media content item and of the second account, wherein an identifier of the media content item is identified based on the audio recording and the second account is identified based on the identified identifier of the media content item; providing credentials associated with the identified second account from the media-delivery system to the media playback appliance; and operating the media playback appliance in a guest mode associated with the second account based on the provided credentials. operating a media playback appliance in a primary mode associated with a first account; responsive to receiving a guest mode signal, creating an audio recording using a sound sensing device of the media playback appliance, wherein the audio recording contains audio associated with a media content item played by a device associated with a second account of a media-delivery system; providing the audio recording from the media playback appliance to the media-delivery system for identification of the media content item and of the second account, wherein an identifier of the media content item is identified based on the audio recording and the second account is identified based on the identified identifier of the media content item; providing credentials associated with the identified second account from the media-delivery system to the media playback appliance; and operating the media playback appliance in a guest mode associated with the second account based on the provided credentials.
A computer method for processing at least one command concerning at least one component of a cluster, the cluster comprising a plurality of components, the at least one component having a dependency link according to the at least one command with at least one other component of the plurality of components, the method being characterized in that it comprises the following steps: - identifying the at least one component of the plurality of components; - identifying at least one dependency rule on the basis of the at least one command; - generating a dependency chart on the basis of the at least one identified component, through application of the at least one dependency rule identified, the dependency chart comprising vertices representing at least the component and the at least one other component, an action linked to the at least one command being associated with the vertices of the dependency chart; and - generating a sequence of instructions on the basis of the dependency chart. - identifying the at least one component of the plurality of components; - identifying at least one dependency rule on the basis of the at least one command; - generating a dependency chart on the basis of the at least one identified component, through application of the at least one dependency rule identified, the dependency chart comprising vertices representing at least the component and the at least one other component, an action linked to the at least one command being associated with the vertices of the dependency chart; and - generating a sequence of instructions on the basis of the dependency chart.
A header for a medical implant device, wherein the header is configured for providing an electrical connection to a circuit of the medical implant device, wherein the circuit resides in a housing of the medical implant device, wherein the header comprises: - at least one circuit board, - a header housing which encloses said at least one circuit board and is configured to be connected to said housing of the medical implant device, and the at least one circuit board is embedded in the housing of the header in a casted material, characterized in that a sensor system is arranged on the at least one circuit board. - at least one circuit board, - a header housing which encloses said at least one circuit board and is configured to be connected to said housing of the medical implant device, and the at least one circuit board is embedded in the housing of the header in a casted material,
A surgical instrument, comprising: a handle portion; a proximal frame portion coupled to said handle portion and having a plurality of first planetary gear teeth formed on at least a portion of the circumference of the distal end of the proximal frame portion; an end effector for performing a surgical operation, said end effector having a plurality of second planetary gear teeth formed on at least a portion of the circumference of a proximal end of a distal frame member of the end effector; and at least one pivot bar pivotally coupled to said proximal frame portion and said distal frame member to retain said first gear teeth in permanent meshing orientation with said second gear teeth to facilitate pivotal travel of said end effector relative to said proximal frame portion, wherein said proximal frame portion extends through an elongate shaft assembly coupling said end effector to said handle portion and configured to transfer opening and closing motions and firing and retraction motions to said end effector, and wherein said elongate shaft assembly comprises: a proximal closure tube segment operably coupled to said handle portion; and a distal closure tube segment pivotally coupled to said proximal closure tube segment and constructed to apply closing and opening motions to said end effector. a handle portion; a proximal frame portion coupled to said handle portion and having a plurality of first planetary gear teeth formed on at least a portion of the circumference of the distal end of the proximal frame portion; an end effector for performing a surgical operation, said end effector having a plurality of second planetary gear teeth formed on at least a portion of the circumference of a proximal end of a distal frame member of the end effector; and at least one pivot bar pivotally coupled to said proximal frame portion and said distal frame member to retain said first gear teeth in permanent meshing orientation with said second gear teeth to facilitate pivotal travel of said end effector relative to said proximal frame portion, wherein said proximal frame portion extends through an elongate shaft assembly coupling said end effector to said handle portion and configured to transfer opening and closing motions and firing and retraction motions to said end effector, and wherein said elongate shaft assembly comprises: a proximal closure tube segment operably coupled to said handle portion; and a distal closure tube segment pivotally coupled to said proximal closure tube segment and constructed to apply closing and opening motions to said end effector. a proximal closure tube segment operably coupled to said handle portion; and a distal closure tube segment pivotally coupled to said proximal closure tube segment and constructed to apply closing and opening motions to said end effector.
Method for classifying plants, in which the plants or plant parts thereof are detected by way of an optical and/or infrared capture unit within an evaluation region at a first evaluation time and the captured image data from the capture unit are evaluated by way of an algorithm of a controller, wherein the evaluation makes it possible to distinguish at least one first plant type (PA 1) from at least one second plant type (PA 2), and wherein the second plant type (PA 2) is treated in particular with a medium, preferably with a liquid spray, characterized in that plants or plant parts thereof are assigned to the first plant type (PA 1) at the first evaluation time if, within the evaluation region, they are not linked to a row of plants formed by the first plant type (PA 1) and additionally protrude into the evaluation region by up to a maximum first distance (a 1) from an upper boundary or a lower boundary of the evaluation region.
An elevator system comprising an elevator car, at least one elevator drive and suspension means, wherein the elevator car is arranged so as to be movable in an elevator shaft via the suspension means by means of the elevator drive, further comprising a car braking unit which is assigned to the elevator car and a drive braking unit which is assigned to the elevator drive, and a brake control device, characterised in that the brake control device, with each application of the brakes, jointly controls the car braking unit and the drive braking unit, so that the two braking units (6, 7) are jointly actuated and together form a redundantly working braking system.
Arrangement comprising a blocking device for preventing the sliding of a ring-threaded shank for combining a headrest with a backrest of a motor vehicle seat, as well as a shank, said device comprising a sheath for receiving said sliding shank and a blocking part mounted such that it can move in radial translation in relation to said sheath, said part comprising a blocking edge arranged such that it can engage in said shank, under the effect of a spring means, so as to prevent it from sliding, said device further comprising a releasing means enabling said part to be radially distanced from said shank to allow for its release, said device being characterised in that said edge is in the form of a rack comprising a plurality of adjacent teeth extending vertically, said shank being equipped with an inverse rack comprising a plurality of adjacent notches, the space between successive notches being similar to the space between successive teeth such that said notches can receive said teeth to block said shank, said inverse rack having a height that is greater than that of said rack so as to enable said shank to be blocked in a plurality of height positions.
An apparatus for generating a mist and/or foam, the apparatus comprising: at least one first fluid supply passage having an inlet in fluid communication with a first fluid supply and a first fluid outlet; at least one second fluid supply passage having an inlet in fluid communication with a second fluid supply and a second fluid outlet; and a nozzle in fluid communication with the first and second fluid outlets, the nozzle having a nozzle inlet, a nozzle outlet, and a nozzle throat intermediate the nozzle inlet and nozzle outlet, the nozzle throat having a cross sectional area which is less than that of both the nozzle inlet and nozzle outlet; wherein the second fluid outlet includes a porous member through which the second fluid must flow; and wherein the apparatus further comprises a plurality of the first fluid supply passages, each first fluid supply passage having a respective first fluid outlet, and wherein the first fluid outlets are circumferentially spaced about the second fluid outlet; wherein the nozzle is downstream of the first and second fluid outlets, wherein the first and second fluid outlets are in fluid communication with the nozzle inlet; and wherein the apparatus further comprises a mixing chamber intermediate the first and second fluid outlets and the nozzle inlet, and characterised in that the porous member is hollow and surrounds the second fluid outlet so as to define an inner chamber at least partially located within the mixing chamber. at least one first fluid supply passage having an inlet in fluid communication with a first fluid supply and a first fluid outlet; at least one second fluid supply passage having an inlet in fluid communication with a second fluid supply and a second fluid outlet; and a nozzle in fluid communication with the first and second fluid outlets, the nozzle having a nozzle inlet, a nozzle outlet, and a nozzle throat intermediate the nozzle inlet and nozzle outlet, the nozzle throat having a cross sectional area which is less than that of both the nozzle inlet and nozzle outlet; wherein the second fluid outlet includes a porous member through which the second fluid must flow; and wherein the apparatus further comprises a plurality of the first fluid supply passages, each first fluid supply passage having a respective first fluid outlet, and wherein the first fluid outlets are circumferentially spaced about the second fluid outlet; wherein the nozzle is downstream of the first and second fluid outlets, wherein the first and second fluid outlets are in fluid communication with the nozzle inlet; and wherein the apparatus further comprises a mixing chamber intermediate the first and second fluid outlets and the nozzle inlet, and characterised in that the porous member is hollow and surrounds the second fluid outlet so as to define an inner chamber at least partially located within the mixing chamber.
An injection lance for injecting a liquid reducing reagent into a flue gas comprising - at least two separate oblong injectors having a different length, each injector comprising an internal pipe, an external pipe, and a spraying nozzle; surrounding pipe disposed around the at least two injectors and comprising at least one opening per injector for allowing passage of sprayed reducing agent into the flue gas; and, wherein the internal pipe and the external pipe of every injector are arranged for providing a first cooling means; and the surrounding pipe and external pipes of every injector are arranged for providing a second cooling means. - at least two separate oblong injectors having a different length, each injector comprising an internal pipe, an external pipe, and a spraying nozzle; surrounding pipe disposed around the at least two injectors and comprising at least one opening per injector for allowing passage of sprayed reducing agent into the flue gas; and,