mhurhangee/ep-ind-claims huggingface dataset:
Lid adapter for fastening to a lid opening of a lid formed of plastic, which lid is designed to close an opening of a container, formed of plastic, in the form of a bucket, comprising: a spout having a pouring opening which can be closed with a closure, preferably with a screw cap, wherein the lid adapter has at least one detent element (14a, b) for the releasable fastening of the lid adapter to the lid opening, wherein the detent element (14a, b) is movable between a detent position and a release position, characterised in that the detent element (14a, b) in the detent position, in order to grip over an edge of the lid opening, protrudes beyond the spout further to the outside than in the release position, in order to prevent the lid adapter being pushed out on the rear side of the lid, and that the detent element (14a, b) is elastically movable in the direction towards a middle axis of the spout into the release position in order to push the lid adapter through the lid opening from the rear side of the lid. a spout having a pouring opening which can be closed with a closure, preferably with a screw cap, wherein the lid adapter has at least one detent element (14a, b) for the releasable fastening of the lid adapter to the lid opening, wherein the detent element (14a, b) is movable between a detent position and a release position, characterised in that the detent element (14a, b) in the detent position, in order to grip over an edge of the lid opening, protrudes beyond the spout further to the outside than in the release position, in order to prevent the lid adapter being pushed out on the rear side of the lid, and that the detent element (14a, b) is elastically movable in the direction towards a middle axis of the spout into the release position in order to push the lid adapter through the lid opening from the rear side of the lid.
Weighing module comprising a load receiver and a weighing cell (111 A) that are connected to each other by a force-transmitting rod, wherein the weighing module is arranged inside a design space whose dimensions in a plane extending orthogonal to the load direction are limited by the design spaces occupied by neighboring weighing cells (111 B) or represent the largest dimension of the weighing cell in said plane, and wherein said weighing cell comprises a parallel-guiding mechanism (130A, 140A) which has at least one movable parallel leg (132A, 142A) connected to the force-transmitting rod and at least one stationary parallel leg (133A, 143A), and wherein said parallel legs (132A, 142A, 133A, 143A) are arranged relative to each other at a predefined guiding distance and are connected to each other by at least one upper parallel-guiding member and at least one lower parallel-guiding member (141 A), characterized in that as a means to reduce the minimally required displacing force on the movable parallel leg (132A, 142A) while the dimensions of the weighing module (111A, 111 B) are kept as small as possible in the direction orthogonal to the load, • the actual stretched-out length or length of the bending-stress-neutral core fibers of the parallel-guiding members (131 A, 141A) inclusive of the connecting areas to the parallel legs and, if applicable, inclusive of the thin flexure joints belonging to the parallel-guiding members (131A, 141A) is larger than said guiding distance, and • the movable parallel leg (132A, 142A) does not protrude out of the design space. • the actual stretched-out length or length of the bending-stress-neutral core fibers of the parallel-guiding members (131 A, 141A) inclusive of the connecting areas to the parallel legs and, if applicable, inclusive of the thin flexure joints belonging to the parallel-guiding members (131A, 141A) is larger than said guiding distance, and • the movable parallel leg (132A, 142A) does not protrude out of the design space.
Diving computer with a touch-sensitive display with an indicator and a transparent resistive touch-sensitive input unit, which is installed in front of the indicator, wherein a cavity in the resistive touch-sensitive input unit is filled with an electrically insulating incompressible medium such that the touch insensitivity is also given under water and under elevated ambient pressure, wherein the cavity is formed between a first conductive layer of a flexible side and a second conductive layer of a rigid side, wherein the diving computer has an electronics system, and wherein the electronics system including the indicator of the display is encapsulated with an electrically insulating incompressible medium, so that a homogeneous ambient pressure acts on the resistive touch-sensitive input unit from all sides.
A vacuum cleaner, comprising; a body; a dust collecting unit disposed at one side of the body and provided with a dust collecting container for storing the dust; a pressurization member (310, 320) for compressing the dust stored in the dust collecting container; a driving device for operating the pressurization member; and a dust emptying notification unit arranged to notify of a dust emptying time by visualizing a storage condition of the dust within the dust collecting container, characterized in that the dust emptying notification unit includes: a pair of sliders arranged to slide along with an inside of the dust collecting container, and a fixing plate fixed at the inside of the dust collecting container to be positioned in parallel with a moving course of the pair of sliders at the rear side of the pair of sliders and changing area exposed to an outside according to a moving position of the slider, wherein the pressurization member (310, 320) is provided with an interference protrusion to enable the pair of sliders to slide by transmitting driving force of the driving device to the pair of sliders, and wherein each of the sliders (622, 624) is provided with a hanger protrusion (621, 623) for interfering with the interference protrusion. a pair of sliders arranged to slide along with an inside of the dust collecting container, and a fixing plate fixed at the inside of the dust collecting container to be positioned in parallel with a moving course of the pair of sliders at the rear side of the pair of sliders and changing area exposed to an outside according to a moving position of the slider, wherein the pressurization member (310, 320) is provided with an interference protrusion to enable the pair of sliders to slide by transmitting driving force of the driving device to the pair of sliders, and wherein each of the sliders (622, 624) is provided with a hanger protrusion (621, 623) for interfering with the interference protrusion.
A vehicle driving force control apparatus of a vehicle having an electric motor which is supplied with electrical energy by a generator, the electric motor transmitting a drive torque to a first drive wheel (3L or 3R), and a clutch installed between the electric motor and the first drive wheel (3L or 3R), the vehicle driving force control apparatus comprising: a clutch control section configured to control engagement and release of the clutch; and a motor control section configured to control a motor response characteristic by an armature current detection section configured to detect the armature current of the electric motor; an armature current target value computation section (8G - step S26) configured to compute an armature current target value of the electric motor; and a generator output control section (8G - steps S30 and S31) configured to multiply a control gain by a deviation between the armature current target value and the armature current to create a field control signal that is outputted to the generator; and the motor control section (8C - steps S22 to S26, S30 and S31) is further configured to change the control gain from a normal value for a clutch engaged mode to a high response value larger than normal responsive value, when the clutch engaged mode is switched to a clutch disengaged mode. a clutch control section configured to control engagement and release of the clutch; and a motor control section configured to control a motor response characteristic by an armature current detection section configured to detect the armature current of the electric motor; an armature current target value computation section (8G - step S26) configured to compute an armature current target value of the electric motor; and a generator output control section (8G - steps S30 and S31) configured to multiply a control gain by a deviation between the armature current target value and the armature current to create a field control signal that is outputted to the generator; and
Brush with a carrier comprising multiple cleaning elements and a casing (2, 6) supporting a drive shaft for said carrier, characterized in that said brush comprises a plurality of carriers with multiple cleaning elements which are each connected to a shaft, that said casing (2, 6) pivotably mounts said shafts, and that a common drive shaft is provided for said carriers and is drive-coupled to said shafts.
An arc-extinguishing composition comprising an effective amount of an arc-extinguishing compound; a polymeric binder for the arc-extinguishing compound; and a coupling agent that binds the arc-extinguishing compound to the polymeric binder; characterized in that the coupling agent is selected from the group consisting of a monomer or polymer that has an anhydride functionality; organosilianes; organofunctional silylating agents having an amino, epoxy, acrylate, n-mercapto, and/or vinyl functionality; a monomer or polymer that includes glycidylmethacrylate and/or maleic anhydride functional groups; terpolymers of a polyolefin with ethylacrylate and maleic anhydride; terpolymers of a polyolefin with ethylacrylate and glycidylmethacrylate; terpolymers of a polyolefin with maleic anhydride and n-butyl acrylate; copolymers of maleic anhydride grafted to ethylene/butane; titanate quaternary ammonium compounds; neoalkoxy zirconates; quaternary ammonium zirconates; cycloheteroatom zirconates; aluminates; styrene/maleic anhydride copolymers; epoxy modified polyolefins; terpolymers of ethylene/methylacrylate/glycidylmethacrylate; copolymers of ethylene and glycidylmethacrylate; copolymers of ethylene with partially neutralized methacrylic acid; copolymers of propylene with partially neutralized methacrylic acid; maleic anhydride grafted polyolefins; styrene/acrylonitrite grafted polyolefins; and polypropylene/polymethylmethacrylate graft copolymers.
A container carrier for securing together and carrying one or more containers comprising an integrally molded body with a top surface, a bottom surface, and one or more oval structures, each oval structure having a circumferential rib with a plurality of flanges coupled to the circumferential rib, each flange including an inwardly projecting portion, an inner perimeter of each flange being formed to have an arcuate shape, and the flanges of each oval structure being configured to flex independently during ingress or egress of one of the containers into or out of a void, thereby permitting insertion or removal of one of the containers from the carrier, characterised in that: each flange is arranged proximate to two adjacent flanges around an inner perimeter of the circumferential rib such that the flanges are positioned around an entirety of the inner perimeter of the circumferential rib, the inner perimeters of the flanges are collectively configured to define the void with a circular perimeter. each flange is arranged proximate to two adjacent flanges around an inner perimeter of the circumferential rib such that the flanges are positioned around an entirety of the inner perimeter of the circumferential rib, the inner perimeters of the flanges are collectively configured to define the void with a circular perimeter.
Device for access to a wireless network comprising: - means of connection to a host device; - means of connection to an access point of a wireless network; - means for opening a connection with the access point of the wireless network on receipt of a connection activation request so as to allow the host machine to which it is connected to access the wireless network; characterized in that it furthermore comprises: - means for managing rights of access to the wireless network so as to verify the access rights before opening the connection. - means of connection to a host device; - means of connection to an access point of a wireless network; - means for opening a connection with the access point of the wireless network on receipt of a connection activation request so as to allow the host machine to which it is connected to access the wireless network; - means for managing rights of access to the wireless network so as to verify the access rights before opening the connection.
Adaptive flight control system for an aircraft which is intended to modify a gain applied to a copy value of the flight control, the adaptive flight control system comprising - a control means which provides a flight control instruction via a first movement of the control means, - a control member which is intended to control a flight member of the aircraft, - a control means which comprises a control rod and which applies a control gain in order to convert the flight control instruction into a mandatory flight control instruction and which transmits the mandatory flight control instruction to an action means via a second movement of the control rod, - the action means converting the mandatory flight control instruction into a flight control action and applying the flight control action to the control member, and - an information return means providing the control means with a copy value of the flight control, the copy value being the current value of the flight control which is actually applied by the flight member, the information return means applying a variable copy gain to the copy value of the flight control, the copy gain being variable in accordance with the copy value of the flight control, characterised in that the information return means comprises a transfer means and a transfer rod which applies the copy gain to the copy value of the flight control, the transfer means being connected to the control member via a first mechanical connection which has at least one degree of freedom, the control member bringing about a third movement of the transfer means which may bring about a fourth movement of the transfer rod. - a control means which provides a flight control instruction via a first movement of the control means, - a control member which is intended to control a flight member of the aircraft, - a control means which comprises a control rod and which applies a control gain in order to convert the flight control instruction into a mandatory flight control instruction and which transmits the mandatory flight control instruction to an action means via a second movement of the control rod, - the action means converting the mandatory flight control instruction into a flight control action and applying the flight control action to the control member, and - an information return means providing the control means with a copy value of the flight control, the copy value being the current value of the flight control which is actually applied by the flight member, the information return means applying a variable copy gain to the copy value of the flight control, the copy gain being variable in accordance with the copy value of the flight control, characterised in that the information return means comprises a transfer means and a transfer rod which applies the copy gain to the copy value of the flight control, the transfer means being connected to the control member via a first mechanical connection which has at least one degree of freedom, the control member bringing about a third movement of the transfer means which may bring about a fourth movement of the transfer rod.
A resource acquiring method, wherein the method is used by a consumer application to acquire a producer data resource generated by a producer application, and comprises: receiving a request message that is used to acquire the producer data resource and that is sent by the consumer application, wherein the request message carries indication information that is used to instruct to update the producer data resource and return an updated producer data resource; based on the indication information, acquiring current moment data from the producer application, and updating the producer data resource by using the current moment data; and returning the updated producer data resource to the consumer application receiving a request message that is used to acquire the producer data resource and that is sent by the consumer application, wherein the request message carries indication information that is used to instruct to update the producer data resource and return an updated producer data resource; based on the indication information, acquiring current moment data from the producer application, and updating the producer data resource by using the current moment data; and returning the updated producer data resource to the consumer application
A noise suppression apparatus for suppressing pulse noise mixed in an input voice or sound signal, the noise suppression apparatus comprising: a processor; and a memory storing thereon a computer program, which when executed by the processor, causes the processor to perform operations including: deriving linear prediction coefficients by linear prediction analysis on the input signal; calculating a prediction residual signal indicating a difference from a result of the linear prediction, from the input signal using the linear prediction coefficients; calculating a threshold value based on a signal level of the input signal; comparing a signal level of the prediction residual signal with the threshold value; performing a limit control on the prediction residual signal depending on a result of the comparison; and generating an output signal using the linear prediction coefficients based on the prediction residual signal having been subjected to the limit control. a processor; and a memory storing thereon a computer program, which when executed by the processor, causes the processor to perform operations including: deriving linear prediction coefficients by linear prediction analysis on the input signal; calculating a prediction residual signal indicating a difference from a result of the linear prediction, from the input signal using the linear prediction coefficients; calculating a threshold value based on a signal level of the input signal; comparing a signal level of the prediction residual signal with the threshold value; performing a limit control on the prediction residual signal depending on a result of the comparison; and generating an output signal using the linear prediction coefficients based on the prediction residual signal having been subjected to the limit control. deriving linear prediction coefficients by linear prediction analysis on the input signal; calculating a prediction residual signal indicating a difference from a result of the linear prediction, from the input signal using the linear prediction coefficients; calculating a threshold value based on a signal level of the input signal; comparing a signal level of the prediction residual signal with the threshold value; performing a limit control on the prediction residual signal depending on a result of the comparison; and generating an output signal using the linear prediction coefficients based on the prediction residual signal having been subjected to the limit control.
Method for carrying out a dynamic test run for a test setup on a test bench, the test setup comprising at least one torque generator, which is mechanically coupled on the test bench with at least one torque sink by means of at least one coupling element, and wherein the torque generator, the coupling element, and the torque sink are described with system parameters characterizing the dynamic response, and the test setup is dynamically excited on the test bench by virtue of a dynamic input signal (u(t)) being applied to the test setup and, in the process, measured values of the input signal (u(t)) of the test setup and of a resultant output signal (y(t)) of the test setup are recorded, wherein a frequency response (G(Ω k)) of the dynamic response of the test setup between the output signal (y(t)) and the input signal (u(t)) is determined from the recorded input signal (u(t)) and output signal (y(t)) using a nonparametric identification method, characterized in that a model structure, which corresponds to the order of a numerator and denominator polynomial of the frequency response (G(Ω k)), of a parametric model that maps the input signal (u(t)) onto the output signal (y(t)) is derived from the frequency response (G(Ω k)), that the model structure and a parametric identification method are used to determine at least one system parameter of the test setup, and that the at least one identified system parameter is used to perform the test run.
A thermal imaging member comprising: a substrate having first and second opposed surfaces; first and second color-forming layers carried by said first surface of said substrate, said first color-forming layer being closer to said first surface of said substrate than said second color-forming layer; and a thermally-insulating layer between said first and second color-forming layers, said thermally-insulating layer comprising at least 50% by weight of a polymeric latex material and at least 5% by weight of an organic phenolic material that has a glass transition temperature of at least 80°C. a substrate having first and second opposed surfaces; first and second color-forming layers carried by said first surface of said substrate, said first color-forming layer being closer to said first surface of said substrate than said second color-forming layer; and a thermally-insulating layer between said first and second color-forming layers, said thermally-insulating layer comprising at least 50% by weight of a polymeric latex material and at least 5% by weight of an organic phenolic material that has a glass transition temperature of at least 80°C.