mhurhangee/ep-ind-claims huggingface dataset:
Tricycle comprising a front part holding a front wheel and a rear part holding two rear wheels, wherein the front part is connected to the rear part by a joint, wherein the joint allows a pivoting of the front part relatively to the rear part around a swivel axis, which is aligned substantially in longitudinal direction of the tricycle, wherein the front part is connected to the rear part by a traction mechanism drive which is arranged on the right side in respect of the forward-looking direction of the tricycle, wherein the traction mechanism drive is solely coupled with left rear wheel in respect of the forward-looking direction of the tricycle and the traction mechanism drive comprises a freewheel pinion output-sided which is mounted to an end portion of a drive shaft which is stationary attached to the rear part and wherein at the rear part at least one auxiliary motor is arranged, which acts on the drive shaft by a third traction mechanism drive, wherein the third traction mechanism drive comprises a third freewheel pinion that is arranged to the drive shaft, characterized in that at the other end portion of the drive shaft a second freewheel pinion of a second traction mechanism drive is arranged by which the drive shaft is connected to the left rear wheel.
Premix gas burner comprising - a metal mounting plate for mounting the premix gas burner in a heating appliance; - a metal plate structure and - a burner deck, wherein the burner deck comprises - and preferably consists out of - a woven wire mesh on the outer surface of which premix gas is combusted after the premix gas has flown through the woven wire mesh; wherein the woven wire mesh comprises a circumferential edge; wherein the circumferential edge comprises a plurality of tabs, wherein the mounting plate comprises a central opening; wherein the burner deck is inserted through the central opening; wherein the metal mounting plate or the metal plate structure comprises at least one ridge; wherein the at least one ridge comprises at least one notch; wherein each of the tabs is positioned in a notch wherein the metal mounting plate and the metal plate structure are in contact with each other at the top of the ridge, such that the open side of the at least one notch is covered; and such that the tabs are held in between the metal mounting plate and the metal plate structure with play being present of the tabs relative to the metal mounting plate and relative to the metal plate structure. - a metal mounting plate for mounting the premix gas burner in a heating appliance; - a metal plate structure and - a burner deck, wherein the woven wire mesh comprises a circumferential edge; wherein the circumferential edge comprises a plurality of tabs, wherein the mounting plate comprises a central opening; wherein the burner deck is inserted through the central opening; wherein the metal mounting plate or the metal plate structure comprises at least one ridge; wherein the at least one ridge comprises at least one notch; wherein each of the tabs is positioned in a notch wherein the metal mounting plate and the metal plate structure are in contact with each other at the top of the ridge, such that the open side of the at least one notch is covered; and such that the tabs are held in between the metal mounting plate and the metal plate structure with play being present of the tabs relative to the metal mounting plate and relative to the metal plate structure.
A method of extending the measurement range during the photometric determination of the concentration of a dissolved substance, where the solution of the dissolved substance is metered by means of a micrometering device (3, 4, 5) to a specified amount of precharged reagent into a measuring cell until the coloration which forms as a result of the reaction of the dissolved substance with the reagent, ascertained photometrically, achieves an extinction value X, corresponding to a known concentration of substance, whereupon the amount of consumed dissolved substance is ascertained at the micrometering device (3, 4, 5) and the concentration is calculated as follows: c x = c known * V 1 + V 2 / V 2 where c x is the concentration of the dissolved substance to be determined, c known is a known concentration of the dissolved substance, V 1 is the volume of the measuring cell with the solution of reagent, and V 2 is the volume of the solution of the dissolved substance consumed with the micrometering device (3, 4, 5), and where V 2 < V 1. c x is the concentration of the dissolved substance to be determined, c known is a known concentration of the dissolved substance, V 1 is the volume of the measuring cell with the solution of reagent, and V 2 is the volume of the solution of the dissolved substance consumed with the micrometering device (3, 4, 5), and
A method of providing a user with context-aware information, comprising: at a client device with one or more processors, a microphone, and memory storing one or more programs configured for execution by the one or more processors: receiving audio fingerprints for a plurality of video programs and information that correlates each respective received audio fingerprint to a respective video program, wherein the received audio fingerprints are received from a media server and are preselected by the media server according to a set of relevancy criteria including stored preferences of the user; storing the received audio fingerprints and correlating information in the memory; detecting ambient sound using the microphone, wherein the ambient sound includes sound of media being played on a second device in proximity to the client device; computing one or more sample audio fingerprints from the detected ambient sound; matching one of the sample audio fingerprints to a first stored audio fingerprint and using the correlating information to identify a first video program corresponding to the matched sample audio fingerprint; and providing the user with information related to the first video program, wherein the first video program is being playing on the second device. receiving audio fingerprints for a plurality of video programs and information that correlates each respective received audio fingerprint to a respective video program, wherein the received audio fingerprints are received from a media server and are preselected by the media server according to a set of relevancy criteria including stored preferences of the user; storing the received audio fingerprints and correlating information in the memory; detecting ambient sound using the microphone, wherein the ambient sound includes sound of media being played on a second device in proximity to the client device; computing one or more sample audio fingerprints from the detected ambient sound; matching one of the sample audio fingerprints to a first stored audio fingerprint and using the correlating information to identify a first video program corresponding to the matched sample audio fingerprint; and providing the user with information related to the first video program, wherein the first video program is being playing on the second device.
A method for initiating a roaming communication link with a user equipment, UE in a visited communication network, the method comprising: transmitting a registration request by the UE to a network entity of the visited communication network, wherein the registration request comprises an identity, UE ID, of the user equipment; detecting by the network entity of the visited communication network, based on the UE ID, that the registration request is related to a roaming communication with the UE; determining by the network entity of the visited communication network a home communication network of the UE; establishing by an Access and Mobility Management Function, AMF, entity of the visited communication network a communication link (206, 207) to a network entity (221, 222) of the home communication network via a dedicated roaming interface between a Radio Access Network, RAN entity of the visited communication network and the network entity (221, 222) of the home communication network, wherein the communication link (206, 207) to the home communication network is established with a Session Management Function, SMF, entity of the home communication network via an AMF entity of the home communication network and via an N11 communication link between the AMF entity of the home communication network and the SMF entity of the home communication network; and initiating the roaming communication link with the UE via the communication link to the network entity (221, 222) of the home communication network. transmitting a registration request by the UE to a network entity of the visited communication network, wherein the registration request comprises an identity, UE ID, of the user equipment; detecting by the network entity of the visited communication network, based on the UE ID, that the registration request is related to a roaming communication with the UE; determining by the network entity of the visited communication network a home communication network of the UE; establishing by an Access and Mobility Management Function, AMF, entity of the visited communication network a communication link (206, 207) to a network entity (221, 222) of the home communication network via a dedicated roaming interface between a Radio Access Network, RAN entity of the visited communication network and the network entity (221, 222) of the home communication network, wherein the communication link (206, 207) to the home communication network is established with a Session Management Function, SMF, entity of the home communication network via an AMF entity of the home communication network and via an N11 communication link between the AMF entity of the home communication network and the SMF entity of the home communication network; and initiating the roaming communication link with the UE via the communication link to the network entity (221, 222) of the home communication network.
A DC to DC boost converter (102, 202, 302) for a HVAC system, comprising: a first boost circuit (204, 304) having a first inductor (210, 310) and a first set of switches; and a second boost circuit (205, 305) having a second inductor (240, 340) and a second set of switches, wherein the first inductor (210, 310) is connected to the second inductor (240, 340) in series when the first set of switches is off; wherein when the second set of switches is off, the first boost circuit (204, 304) is configured to boost an input DC voltage to a first boosted voltage; and wherein when the first set of switches is off, the first inductor (210, 310) and the second boost circuit (205, 305) are configured to boost the input DC voltage to a second boosted voltage. a first boost circuit (204, 304) having a first inductor (210, 310) and a first set of switches; and a second boost circuit (205, 305) having a second inductor (240, 340) and a second set of switches, wherein the first inductor (210, 310) is connected to the second inductor (240, 340) in series when the first set of switches is off; wherein when the second set of switches is off, the first boost circuit (204, 304) is configured to boost an input DC voltage to a first boosted voltage; and wherein when the first set of switches is off, the first inductor (210, 310) and the second boost circuit (205, 305) are configured to boost the input DC voltage to a second boosted voltage.
Use of a capacitance-type sensor sheet for measuring an amount of stretch deformation and strain and/or distribution of stretch deformation and strain, the sensor sheet comprising: - a dielectric layer made of an elastomer; - an obverse-side electrode (01A to 16A) laminated on the obverse surface of the dielectric layer; and - a reverse-side electrode layer (01B - 16B) laminated on the reverse surface of the dielectric layer, - wherein the obverse-side electrode layer and the reverse-side electrode layer each contain carbon nanotubes, and the average thickness of each of the obverse-side electrode layer and the reverse-side electrode layer is 0.1 μm or more and 10 μm or less. - a dielectric layer made of an elastomer; - an obverse-side electrode (01A to 16A) laminated on the obverse surface of the dielectric layer; and - a reverse-side electrode layer (01B - 16B) laminated on the reverse surface of the dielectric layer, - wherein the obverse-side electrode layer and the reverse-side electrode layer each contain carbon nanotubes, and
A process for treating water comprising organic micropollutants using an energy source and an additive characterised in that the energy source is UV radiation and the additive comprises performic acid, wherein the water to be treated is subjected to UV radiation during and/or after addition of the additive comprising performic acid to the water, and the performic acid is added to the waters in an amount of 5 to 50 mg/l, wherein the organic micropollutants are selected from pesticides, pharmaceutical residues, hormones, flame-retardants, plasticizers and perfluorinated compounds, or any combination thereof.
An electrical actuator for an electro mechanical brake, comprising: a motor housing; a motor provided inside the motor housing; and a control module for controlling the motor, wherein the control module is inside the motor housing, the control module comprising at least a first printed circuit board provided with a control circuit for controlling the motor, characterized in that the or each printed circuit board (121, 122) has an annular shape with a center through-hole through which a drive shaft of the motor extends. a motor housing; a motor provided inside the motor housing; and a control module for controlling the motor, wherein the control module is inside the motor housing, the control module comprising at least a first printed circuit board provided with a control circuit for controlling the motor, characterized in that the or each printed circuit board (121, 122) has an annular shape with a center through-hole through which a drive shaft of the motor extends.
A prepreg, which is in the form of a sheet and comprises a plurality of carbon fibers and a matrix resin with which said plurality of carbon fibers are impregnated, wherein, said matrix resin comprises a thermosetting resin, a curing agent, conductive particles and thermoplastic resin particles; said conductive particles include conductive particles of 1 μm or smaller in diameter and conductive particles of 5 μm or larger in diameter; said conductive particles of 5 μm or larger in diameter and said thermoplastic resin particles are disproportionately distributed in either or both surface layers of said prepreg in the thickness direction of said prepreg; and said conductive particles of 1 μm or smaller in diameter are disproportionately distributed interior to said carbon fibers that are arranged most closely to the respective principal surfaces of said prepreg in said thickness direction of said prepreg.
Bottom chord connection with a connection device, in particular for connecting cantilever segments of a cantilever of a tower crane, comprising: - at least one connection bolt with a first fastening part (9, 10, 63, 64) for fastening to a first pressure plate (5, 5a, 5b, 5c) of a first cantilever segment and with a second fastening part (61, 62) for fastening to a second pressure plate (5, 5a, 5b, 5c) of a second cantilever segment, wherein the first fastening member (9, 10, 63, 64) is provided with a releasable, twist-proof connecting means for fastening to the first pressure plate (5, 5a, 5b, 5c), wherein the second fastening part (61, 62) is provided with a centering mandrel for fastening to the second pressure plate (5, 5a, 5b, 5c), which has a radial, in particular continuous, securing slot for receiving a plug-in part; characterized in that that the bottom chord connection comprises a centering sleeve for inserting into a corresponding through-opening (54, 56) in the second pressure plate (5, 5a, 5b, 5c), which has an internal cross-section for positively receiving the second fastening part (61, 62). - at least one connection bolt with a first fastening part (9, 10, 63, 64) for fastening to a first pressure plate (5, 5a, 5b, 5c) of a first cantilever segment and with a second fastening part (61, 62) for fastening to a second pressure plate (5, 5a, 5b, 5c) of a second cantilever segment, wherein the first fastening member (9, 10, 63, 64) is provided with a releasable, twist-proof connecting means for fastening to the first pressure plate (5, 5a, 5b, 5c), wherein the second fastening part (61, 62) is provided with a centering mandrel for fastening to the second pressure plate (5, 5a, 5b, 5c), which has a radial, in particular continuous, securing slot for receiving a plug-in part; wherein the first fastening member (9, 10, 63, 64) is provided with a releasable, twist-proof connecting means for fastening to the first pressure plate (5, 5a, 5b, 5c), wherein the second fastening part (61, 62) is provided with a centering mandrel for fastening to the second pressure plate (5, 5a, 5b, 5c), which has a radial, in particular continuous, securing slot for receiving a plug-in part;
Turbocharger, which has a turbine housing with a wastegate duct, wherein the wastegate duct can be opened and closed by means of an operating device, wherein the operating device has a closure element which can be pivoted into the wastegate duct in order to close the latter, characterized in that the closure element, at least in a region in which it bears against a corresponding abutment surface of the wastegate duct, has a spherical segment, and a longitudinal axis of the closure element runs parallel to, and at a predetermined distance from, an axis which runs through the central point of the spherical segment of the closure element.
Method for joining edges and/or surfaces of a profile in a profiling installation for longitudinally forming a virtually endless material strip or profile or a plate into an at least partially closed profile shape, wherein the material strip or profile or the plate is formed in the profiling installation by means of a plurality of roll forming tools into a profile which is closed per se or is partially closed, and said profile is secured in a joining zone of the profiling installation by a joining method, such as, in particular, welding, brazing, adhesive bonding or folding, during a longitudinal pass of the profile, with a longitudinally running joining seam being formed, wherein the profile passes in the joining zone through a joining roller arrangement, which has joining rollers (15, 18), in order to feed the profile in a controlled manner to a joining point and to stabilize said profile in particular at and/or downstream of the joining point, and/or to ensure that the profile is dimensionally stable during and after joining, wherein forces or magnitudes of force components which act on the profile from at least one of the joining rollers (15, 18) are detected in the joining zone, characterized in that the profile, after the joining point, passes through a stabilization zone within the joining zone in order to stabilize the connecting seam by cooling and/or curing, wherein at least a part of the joining roller arrangement serves for stabilizing the profile in the stabilization zone, and wherein forces which act on the profile from at least one of the joining rollers in the stabilization zone are detected. wherein the profile passes in the joining zone through a joining roller arrangement, which has joining rollers (15, 18), in order to feed the profile in a controlled manner to a joining point and to stabilize said profile in particular at and/or downstream of the joining point, and/or to ensure that the profile is dimensionally stable during and after joining, wherein forces or magnitudes of force components which act on the profile from at least one of the joining rollers (15, 18) are detected in the joining zone, characterized in that the profile, after the joining point, passes through a stabilization zone within the joining zone in order to stabilize the connecting seam by cooling and/or curing, wherein at least a part of the joining roller arrangement serves for stabilizing the profile in the stabilization zone, and wherein forces which act on the profile from at least one of the joining rollers in the stabilization zone are detected.
A power machine having an engine, separately controllable left and right side tractive elements (108L, 108R) for affecting travel of the power machine, left and right drive motors (252, 256) configured to provide power to the left and right side tractive elements (108L, 108R), the power machine comprising: a control system coupled to the engine and to the left and right drive motors (252, 256), the control system configured to control application of power from the engine to the left and right drive motors (252, 256) to affect travel of the power machine; first and second user input devices (200L, 200R) manipulable by a user to be moved forward and rearward of a neutral position to respectively control application of power to the left and right drive motors (108L, 108R) and thereby to the left and right side tractive elements (108L, 108R); an electronic tag along engaging input device that activates a tag along mode of operation when actuated; and a controller coupled to the first and second user input devices (200L, 200R) and to the control system, characterised in that the controller is configured such that with both of the first and second user input devices (200L, 200R) manipulated into forward driving positions, the tag along mode is activated using the electronic tag along engaging input device, the controller controls the control system to maintain the power machine moving in the forward direction when one of the first and second user input devices (200L, 200R) is returned to the neutral position. a control system coupled to the engine and to the left and right drive motors (252, 256), the control system configured to control application of power from the engine to the left and right drive motors (252, 256) to affect travel of the power machine; first and second user input devices (200L, 200R) manipulable by a user to be moved forward and rearward of a neutral position to respectively control application of power to the left and right drive motors (108L, 108R) and thereby to the left and right side tractive elements (108L, 108R); an electronic tag along engaging input device that activates a tag along mode of operation when actuated; and a controller coupled to the first and second user input devices (200L, 200R) and to the control system, characterised in that the controller is configured such that with both of the first and second user input devices (200L, 200R) manipulated into forward driving positions, the tag along mode is activated using the electronic tag along engaging input device, the controller controls the control system to maintain the power machine moving in the forward direction when one of the first and second user input devices (200L, 200R) is returned to the neutral position.