mhurhangee/patent-ind-claim-en huggingface dataset:
A power-assisted bicycle comprising: a drive unit including an electric motor for assisting pedal force applied to pedals and a motor controller configured to control the electric motor based on pedal force applied to the pedals ; a battery configured to accumulate electronic power to be supplied to the electric motor ; and a locked portion for coupling to a lock device provided in a parking station; characterized by a device for sensing that the bicycle is placed in the parking station, wherein the electric motor is configured to be restricted from driving when said device senses that the bicycle is placed in the parking station. a drive unit including an electric motor for assisting pedal force applied to pedals and a motor controller configured to control the electric motor based on pedal force applied to the pedals ; a battery configured to accumulate electronic power to be supplied to the electric motor ; and a locked portion for coupling to a lock device provided in a parking station; characterized by a device for sensing that the bicycle is placed in the parking station, wherein the electric motor is configured to be restricted from driving when said device senses that the bicycle is placed in the parking station.
Drive device for driving a capacitive actuator for actuating an optical element of an optical system , comprising a drive unit for applying a drive voltage (U DC ) to the actuator for setting a specific position of the driven actuator , wherein the drive unit and the actuator are coupled via a first node (K1), characterized by a source being configured to be controlled by an excitation signal (s(t)) and coupled to the first node (K1), for feeding a time-dependent AC current signal (I(t)) into the first node (K1) in such a way that a specific AC voltage arises at the actuator as a result of the superposition of the drive voltage (U DC ) and an AC voltage corresponding to a product of the AC current signal (I(t)) and the impedance (Z) of the actuator , a filter unit connected to the output of the actuator and being configured to serve for filtering an output signal (A) of the actuator , and a determining unit coupled to an output of the filter unit and configured to determine an impedance behaviour (IV) of the actuator depending on the filtered output signal (r(t)) and to output at its output the excitation signal (s(t)) for driving the source . a drive unit for applying a drive voltage (U DC ) to the actuator for setting a specific position of the driven actuator , wherein the drive unit and the actuator are coupled via a first node (K1), characterized by a source being configured to be controlled by an excitation signal (s(t)) and coupled to the first node (K1), for feeding a time-dependent AC current signal (I(t)) into the first node (K1) in such a way that a specific AC voltage arises at the actuator as a result of the superposition of the drive voltage (U DC ) and an AC voltage corresponding to a product of the AC current signal (I(t)) and the impedance (Z) of the actuator , a filter unit connected to the output of the actuator and being configured to serve for filtering an output signal (A) of the actuator , and a determining unit coupled to an output of the filter unit and configured to determine an impedance behaviour (IV) of the actuator depending on the filtered output signal (r(t)) and to output at its output the excitation signal (s(t)) for driving the source .
An acoustic panel for a thrust reverser comprising: a base having a surface defining a plurality of cavities configured to attenuate noise from an engine; a cantilevered portion extending from the base and configured to be removably coupled, when in use, with a portion of a transcowl ; a gap defined by the base and the cantilevered portion ; and a support member coupled to the cantilevered portion and coupled to the base , the support member configured to support the cantilevered portion , a first layer of composite material coupled to at least a portion of the base , wherein a portion of the first layer of composite material is coupled to a portion of the cantilevered portion , and wherein the first layer of composite material is positioned between the base and the cantilevered portion ; a second layer of composite material coupled to the cantilevered portion , the support member , and the first layer of composite material ; an adhesive coupling the second layer of composite material to each of the cantilevered portion , the support member , and the first layer of composite material . a base having a surface defining a plurality of cavities configured to attenuate noise from an engine; a cantilevered portion extending from the base and configured to be removably coupled, when in use, with a portion of a transcowl ; a gap defined by the base and the cantilevered portion ; and a support member coupled to the cantilevered portion and coupled to the base , the support member configured to support the cantilevered portion , a first layer of composite material coupled to at least a portion of the base , wherein a portion of the first layer of composite material is coupled to a portion of the cantilevered portion , and wherein the first layer of composite material is positioned between the base and the cantilevered portion ; a second layer of composite material coupled to the cantilevered portion , the support member , and the first layer of composite material ; an adhesive coupling the second layer of composite material to each of the cantilevered portion , the support member , and the first layer of composite material .
Storm spring (1, 1', 1", 1"', 1"") to connect a roof tile to a roof batten , whereby the storm spring (1, 1', 1", 1"', 1"") has a holding device to connect the storm spring (1, 1', 1", 1"', 1"") to the roof tile , a clamping device to connect the storm spring (1, 1', 1", 1"' 1"") to the roof batten and a torsion spring , whereby the holding device is connected to the clamping device by the torsion spring and the storm spring (1, 1', 1", 1"', 1"") can be clamped onto the roof batten by means of the clamping device , whereby a torque can be introduced into the holding device by the torsion spring so that the roof tile can be pressed resiliently against the roof batten via the holding device , whereby the clamping device is U-shaped and designed to be pushed onto a transverse side of a rectangular roof batten , characterised in that the connection between the torsion spring and clamping device is executed resiliently so that the coil of the torsion spring can be pressed against a fourth side of a rectangular roof batten that is not enclosed by the U-shaped clamping device and the storm spring can be connected to four sides of a rectangular roof batten .
System (10; 50) comprising an apparatus (11; 51) for optical measurement of a distance to a target object (53; 71; 81), which is designed as a scattering target object or a reflective target object (71; 81), and an external optical unit (12; 52), which is arranged in the beam path of a laser beam downstream of the apparatus (11; 51), with the apparatus (11; 51) comprising: • a laser beam source , which is designed as a first electro-optical component and emits the laser beam along an optical axis , • a detector , which is designed as a second electro-optical component and receives a reception beam scattered at the target object or a reception beam (76; 89) reflected at the target object, • a first laser-beam-shaping optical unit , which is designed as a collimation optical unit and shapes the laser beam into a collimated laser beam , • an adaptation device (14; 54) comprising a second laser-beam-shaping optical unit and a focus shifting device (16; 55), wherein the second laser-beam-shaping optical unit is arranged in the beam path of the laser beam downstream of the first laser-beam-shaping optical unit and is designed as a focusing optical unit, which shapes the collimated laser beam into a focused laser beam , and • a beam splitting optical unit , which separates the laser beam and the reception beam from each other and which is arranged in the beam path of the laser beam upstream of the first laser-beam-shaping optical unit , characterized in that the focus shifting device (16; 55) comprises N, N ≥ 1, focus shifting elements (33; 82, 83) and is adjustable between N+1 different states, wherein in a first state the N focus shifting elements (33; 82, 83) are arranged outside the beam path of the laser beam and in a second state one focus shifting element (33; 82) is arranged in the beam path of the laser beam. • a laser beam source , which is designed as a first electro-optical component and emits the laser beam along an optical axis , • a detector , which is designed as a second electro-optical component and receives a reception beam scattered at the target object or a reception beam (76; 89) reflected at the target object, • a first laser-beam-shaping optical unit , which is designed as a collimation optical unit and shapes the laser beam into a collimated laser beam , • an adaptation device (14; 54) comprising a second laser-beam-shaping optical unit and a focus shifting device (16; 55), wherein the second laser-beam-shaping optical unit is arranged in the beam path of the laser beam downstream of the first laser-beam-shaping optical unit and is designed as a focusing optical unit, which shapes the collimated laser beam into a focused laser beam , and • a beam splitting optical unit , which separates the laser beam and the reception beam from each other and which is arranged in the beam path of the laser beam upstream of the first laser-beam-shaping optical unit ,
A member for hydrogen production, the member comprising: a ceramic composite in which a plurality of ceramic particles having an average particle diameter of 5 nm to 200 nm are dispersed in a porous insulator having a different composition from the ceramic particles ; and a light absorbing member that is provided on the ceramic composite , wherein the ceramic particles comprise at least one substance selected from the group consisting of AXO 3±δ , wherein 0 ≤ δ ≤ 1, A is at least one of rare earth elements, alkaline earth elements, and alkali metal elements, X is at least one of transition metal elements and metalloid elements, and O is oxygen, cerium oxide, and zirconium oxide as a main component. a ceramic composite in which a plurality of ceramic particles having an average particle diameter of 5 nm to 200 nm are dispersed in a porous insulator having a different composition from the ceramic particles ; and a light absorbing member that is provided on the ceramic composite , wherein the ceramic particles comprise at least one substance selected from the group consisting of AXO 3±δ , wherein 0 ≤ δ ≤ 1, A is at least one of rare earth elements, alkaline earth elements, and alkali metal elements, X is at least one of transition metal elements and metalloid elements, and O is oxygen, cerium oxide, and zirconium oxide as a main component.
Applicator for a cosmetic product, comprising: - a core having a first end, referred to as a proximal end , and a second, free end, referred to as a distal end , and - a plurality of protrusions projecting from the core , wherein said protrusions are moulded with the core and are arranged in a plurality of rows (R1-R12) which extend in the direction of extension of the core , and characterised in that the protrusions of at least one of said rows, referred to as the first row (R1), progressively decrease in length from said distal end towards a central portion of the applicator and then progressively increase in length from said central portion towards said proximal end , while the length of the protrusions varies in the opposite manner in each of the two rows, referred to as second rows (R2, R12), adjacent to said first row(s) (R1). - a core having a first end, referred to as a proximal end , and a second, free end, referred to as a distal end , and - a plurality of protrusions projecting from the core ,
Method for computing a secret value comprising a first secret (S1) and a second secret (S2) using a function including an operation, according to an encryption schema having distributive and/or associative properties, wherein the operation comprises at least one of: multiplication, logical AND, addition, or logical XOR of the first and second secret, wherein the method comprises the steps of: computing, by a host , a first encrypted value (E1) of the first secret (S1) with a first key (K1); sending, by the host , the first encrypted value (E1) to a value holder and the first key (K1) to a key holder , wherein the value holder and the key holder are independently trusted by the host ; computing, by the value holder , a computed encrypted value (En) from the first encrypted value (E1) using the function; and computing, by the key holder , a computed key (Kn) from the first key (E1) using the function. computing, by a host , a first encrypted value (E1) of the first secret (S1) with a first key (K1); sending, by the host , the first encrypted value (E1) to a value holder and the first key (K1) to a key holder , wherein the value holder and the key holder are independently trusted by the host ; computing, by the value holder , a computed encrypted value (En) from the first encrypted value (E1) using the function; and computing, by the key holder , a computed key (Kn) from the first key (E1) using the function.
Assembly of a first busbar and a second busbar for electrically connecting electrical conductors and/or subassemblies, wherein the busbars each have at least one surface which is stretched in a longitudinal direction and a direction of extension , wherein the busbars each comprise - at least one contact tab extending from an edge of the surface and/or - at least one contact receptacle arranged in the surface , wherein at least one contact tab of the one busbar is arranged in at least one contact receptacle of the other busbar , and wherein the contact tab accommodated in the contact receptacle is connected thereto by means of an embossing in a form-fitting manner and preferably also in a force-fitting manner in a mechanically and electrically contacting manner, characterized in that in each case a contact head of the contact receptacle of the busbars is formed longer in a joining direction than a contact head of the contact tab of the busbars . - at least one contact tab extending from an edge of the surface and/or - at least one contact receptacle arranged in the surface , wherein at least one contact tab of the one busbar is arranged in at least one contact receptacle of the other busbar , and wherein the contact tab accommodated in the contact receptacle is connected thereto by means of an embossing in a form-fitting manner and preferably also in a force-fitting manner in a mechanically and electrically contacting manner, characterized in that in each case a contact head of the contact receptacle of the busbars is formed longer in a joining direction than a contact head of the contact tab of the busbars . wherein at least one contact tab of the one busbar is arranged in at least one contact receptacle of the other busbar , and wherein the contact tab accommodated in the contact receptacle is connected thereto by means of an embossing in a form-fitting manner and preferably also in a force-fitting manner in a mechanically and electrically contacting manner, characterized in that in each case a contact head of the contact receptacle of the busbars is formed longer in a joining direction than a contact head of the contact tab of the busbars .
A coupler for connecting to a port , the coupler comprising: a body defining a radially outward facing surface , a radially inward facing surface , a proximal end , and a distal end ; a plunger needle fixed to the body , the plunger needle extending in parallel with the body toward the distal end of the body ; and a threaded portion extending circumferentially around at least a portion of the radially outward facing surface of the body toward the distal end of the body , the threaded portion being configured to receive a threaded portion of the port ; characterised in that the coupler further comprises: a first O-ring on the radially inward facing surface , the first O-ring being configured to create a seal with an outer surface of the port . a body defining a radially outward facing surface , a radially inward facing surface , a proximal end , and a distal end ; a plunger needle fixed to the body , the plunger needle extending in parallel with the body toward the distal end of the body ; and a threaded portion extending circumferentially around at least a portion of the radially outward facing surface of the body toward the distal end of the body , the threaded portion being configured to receive a threaded portion of the port ; characterised in that the coupler further comprises: a first O-ring on the radially inward facing surface , the first O-ring being configured to create a seal with an outer surface of the port .
Timepiece mechanism indicating information relating to the ambient pressure, said mechanism comprising: - an ambient pressure measuring device comprising an element configured to deform mechanically under the effect of a variation of the ambient pressure; - a first wheel assembly kinematically connected to the ambient pressure measuring device , in such a way as to be rotated under the effect of an ambient pressure variation; - a measured pressure indicator mechanism comprising a measured pressure indicator organ kinematically connected to a measured pressure display train ; said timepiece mechanism being characterised in that it comprises: - a second wheel assembly configured to be in uncouplable connection with the first wheel assembly , such that the second wheel assembly is rotated by the rotation of the first wheel assembly under the effect of a pressure variation, when the second wheel assembly is coupled with the first wheel assembly ; said second wheel assembly being kinematically connected to the measured pressure display train of the measured pressure indicator mechanism ; - a zero-reset mechanism to position, on demand, said measured pressure indicator organ in a reference position, said zero-reset mechanism being configured to uncouple the second wheel assembly from the first wheel assembly and to modify the relative position of the second wheel assembly in relation to the first wheel assembly , in such a way as to position said measured pressure indicator organ in said reference position. - an ambient pressure measuring device comprising an element configured to deform mechanically under the effect of a variation of the ambient pressure; - a first wheel assembly kinematically connected to the ambient pressure measuring device , in such a way as to be rotated under the effect of an ambient pressure variation; - a measured pressure indicator mechanism comprising a measured pressure indicator organ kinematically connected to a measured pressure display train ; - a second wheel assembly configured to be in uncouplable connection with the first wheel assembly , such that the second wheel assembly is rotated by the rotation of the first wheel assembly under the effect of a pressure variation, when the second wheel assembly is coupled with the first wheel assembly ; said second wheel assembly being kinematically connected to the measured pressure display train of the measured pressure indicator mechanism ; - a zero-reset mechanism to position, on demand, said measured pressure indicator organ in a reference position, said zero-reset mechanism being configured to uncouple the second wheel assembly from the first wheel assembly and to modify the relative position of the second wheel assembly in relation to the first wheel assembly , in such a way as to position said measured pressure indicator organ in said reference position.
Escalator or moving walkway with two access areas , by which the escalator or the moving walkway can be entered or respectively exited, as well as with components generating thermal losses , arranged in at least one of the access areas in a component compartment below a walkable cover , characterized in that the escalator or the moving walkway comprises at least one walkable access module , which is arranged adjacent to the component compartment and that the walkable access module has a walkable area and a cavity , wherein at least one opening is present between the component compartment and the cavity through which the thermal energy of the components generating thermal losses can be transferred from the component compartment to the cavity .
A system for determining a spatial property of tinnitus as perceived by a person comprising: a sound generation system that is operable to present test sounds to the person from a range of virtual sound source locations in 3D auditory space; and a feedback system that is arranged to: receive person feedback indicative of the virtual sound source location that most closely corresponds to the spatial location in 3D auditory space of the source of the tinnitus as perceived by the person; and output spatial information indicative of the spatial location of the source of the tinnitus based on the person's feedback, wherein the spatial information comprises data indicative of a 3D direction vector representing a direction in 3D auditory space corresponding to the spatial location of the source of the tinnitus as perceived by the person. a sound generation system that is operable to present test sounds to the person from a range of virtual sound source locations in 3D auditory space; and a feedback system that is arranged to: receive person feedback indicative of the virtual sound source location that most closely corresponds to the spatial location in 3D auditory space of the source of the tinnitus as perceived by the person; and output spatial information indicative of the spatial location of the source of the tinnitus based on the person's feedback, wherein the spatial information comprises data indicative of a 3D direction vector representing a direction in 3D auditory space corresponding to the spatial location of the source of the tinnitus as perceived by the person. receive person feedback indicative of the virtual sound source location that most closely corresponds to the spatial location in 3D auditory space of the source of the tinnitus as perceived by the person; and output spatial information indicative of the spatial location of the source of the tinnitus based on the person's feedback, wherein the spatial information comprises data indicative of a 3D direction vector representing a direction in 3D auditory space corresponding to the spatial location of the source of the tinnitus as perceived by the person.
A composition comprising (i) a copolymer of an unsaturated hydrocarbon and an acrylate ester or acid, or of an unsaturated hydrocarbon and a vinyl aliphatic ester or mixtures thereof, and (ii) a polyether carbonate polyol wherein the weight proportion of CO 2 in the polyether carbonate polyol ranges from 0.5 to 37 wt% with respect to the total weight of the polyether carbonate polyol.