mhurhangee/ep-ind-claims huggingface dataset:
A robot system comprising a sticking mechanism configured to clamp and stick at least one adhesive member on an object and a supply mechanism capable of supplying the adhesive member, wherein: the sticking mechanism comprises a robot hand configured to clamp and release the adhesive member and a robot arm configured to move the robot hand, the robot hand comprising at least one clamping unit configured to clamp and release the adhesive member; the supply mechanism is separate from the sticking mechanism, characterized in that the supply mechanism supplies the adhesive member in a state that the adhesive member is stuck to a cover material, and separates the cover material from the adhesive member by bending the cover material in a direction away from the adhesive member in order to enable the robot hand to clamp the adhesive member in a state that the cover material is separated from the adhesive member, the robot hand comprises a first cylinder mechanism; the first cylinder mechanism comprises a first cylinder base and a first rod, a projection length of the first rod from the first cylinder base is variable; and the clamping unit is provided on the first rod. the sticking mechanism comprises a robot hand configured to clamp and release the adhesive member and a robot arm configured to move the robot hand, the robot hand comprising at least one clamping unit configured to clamp and release the adhesive member; the supply mechanism is separate from the sticking mechanism, characterized in that the supply mechanism supplies the adhesive member in a state that the adhesive member is stuck to a cover material, and separates the cover material from the adhesive member by bending the cover material in a direction away from the adhesive member in order to enable the robot hand to clamp the adhesive member in a state that the cover material is separated from the adhesive member, the robot hand comprises a first cylinder mechanism; the first cylinder mechanism comprises a first cylinder base and a first rod, a projection length of the first rod from the first cylinder base is variable; and the clamping unit is provided on the first rod.
Method for bonding a transparent first part in the form of a covering pane of a switch insert for a dashboard of a motor vehicle to a second part in the form of a front frame of the switch insert, an adhesive being applied to one of the parts (1; 2) in a region (1b; 2b) by means of which, after the two parts (1, 2) have been joined, the part (1; 2) provided with adhesive is supported on the other part (2; 1) or is brought into the vicinity of the other part (2; 1), characterised in that the part (1; 2) to be provided with adhesive comprises a separation element (1c; 2c) which isolates the region (1b; 2b) for applying the adhesive from the remaining region of the part (1; 2) to be provided with adhesive and prevents adhesive from spurting out of the region (1b; 2b) for applying the adhesive into a field of view of a driver of the motor vehicle when the two parts (1, 2) are joined.
A latch for capturing a striker, the latch comprising: a latch cam mounted to rotate between a closed position and an open position, the latch cam being biased to rotate toward the open position and configured to capture the striker when in the closed position; a trigger mounted to rotate between a locked position and an unlocked position, the trigger being biased to rotate toward the locked position and positioned to contact the latch cam when the trigger is in the locked position, thereby retaining the latch cam in the closed position; a drive cam having at least one cam surface (143a, 143b) positionable to contact the trigger; a motor coupled to the drive cam; and a switch coupled to the motor, the switch being positioned to detect at least one of the cam surface (143a, 143b) of the drive cam and the trigger; wherein a closed circuit for delivering a current to the motor is maintained when the switch is in a closed state; wherein in the closed state of the switch and upon actuation of the motor, the motor rotates the drive cam, thereby urging the trigger from the locked position toward the unlocked position, disengaging the trigger from both the latch cam and the switch while the drive cam is engaged with the switch, and allowing the latch cam to rotate from the closed position toward the open position. a latch cam mounted to rotate between a closed position and an open position, the latch cam being biased to rotate toward the open position and configured to capture the striker when in the closed position; a trigger mounted to rotate between a locked position and an unlocked position, the trigger being biased to rotate toward the locked position and positioned to contact the latch cam when the trigger is in the locked position, thereby retaining the latch cam in the closed position; a drive cam having at least one cam surface (143a, 143b) positionable to contact the trigger; a motor coupled to the drive cam; and a switch coupled to the motor, the switch being positioned to detect at least one of the cam surface (143a, 143b) of the drive cam and the trigger; wherein a closed circuit for delivering a current to the motor is maintained when the switch is in a closed state; wherein in the closed state of the switch and upon actuation of the motor, the motor rotates the drive cam, thereby urging the trigger from the locked position toward the unlocked position, disengaging the trigger from both the latch cam and the switch while the drive cam is engaged with the switch, and allowing the latch cam to rotate from the closed position toward the open position.
Device for assembling a fan for a refrigeration unit, comprising: • a cover which supports the fan, • an exchanger which comprises a wall, the cover and the wall forming two elements of the device, the first element being in abutment against a first face of the second element, • a plurality of clips which belong to the first element and which are in abutment against a second face of the second element, the second face being opposite the first face, each clip producing a localised pressure of one element against the other, characterised in that the wall is planar and in that the clips have a shape which enables the fan to be assembled by means of a translation movement of the cover relative to the exchanger along the plane of the wall. • a cover which supports the fan, • an exchanger which comprises a wall, the cover and the wall forming two elements of the device, the first element being in abutment against a first face of the second element, • a plurality of clips which belong to the first element and which are in abutment against a second face of the second element, the second face being opposite the first face, each clip producing a localised pressure of one element against the other,
Method for detecting useful signals in an overall signal, said useful signals being emitted by different terminals in a multiplexing frequency band, each of which useful signals can be affected by a frequency drift, the overall signal corresponding to the radio-frequency signals received in the multiplexing frequency band, characterized in that it comprises a detection phase comprising: - for a plurality of positions of a detection time window relative to the overall signal: calculating a detection frequency spectrum of the overall signal for each detection time window being considered, - detecting useful signals in the overall signal as a function of the detection frequency spectra, and an estimation phase comprising, for each useful signal detected: - for a plurality of frequency drift values: readjusting the frequency of the overall signal as a function of the frequency drift value being considered, - calculating an estimation frequency spectrum of the overall signal for each frequency drift value over an estimation time window comprising at least part of said useful signal detected, and of a duration that is longer than that of the detection time window, - estimating the frequency drift affecting said useful signal detected as a function of the estimation frequency spectra. - for a plurality of positions of a detection time window relative to the overall signal: calculating a detection frequency spectrum of the overall signal for each detection time window being considered, - detecting useful signals in the overall signal as a function of the detection frequency spectra, - for a plurality of frequency drift values: readjusting the frequency of the overall signal as a function of the frequency drift value being considered, - calculating an estimation frequency spectrum of the overall signal for each frequency drift value over an estimation time window comprising at least part of said useful signal detected, and of a duration that is longer than that of the detection time window, - estimating the frequency drift affecting said useful signal detected as a function of the estimation frequency spectra.
An electronic vapour provision device comprising a power cell, a vaporiser and a liquid store, where the vaporiser comprises a heating element and a heating element support, wherein the liquid store comprises a porous ceramic material, wherein the heating element is a heating coil coiled so as to be supported along its length by the heating element support, and wherein the heating element is supported from its inside by the heating element support, and wherein the liquid store is configured, in use, to wick liquid onto the heating element..
The use of VEGF for the manufacture of a medicament to alleviate a symptom of a disease or disorder of the nervous system in a patient suffering from the disease or disorder of the nervous system; wherein the disease or disorder of the nervous system is selected from the group consisting of neurodegenerative disorders, neural stem cell disorders, neural progenitor disorders, ischemic disorders, neurological traumas, affective disorders, neuropsychiatric disorders, learning and memory disorders, Parkinson's disease and Parkinsonian disorders, Huntington's disease, Alzheimer's disease, Amyotrophic Lateral Sclerosis, spinal ischemia, ischemic stroke, spinal cord injury, cancer-related brain/spinal cord injury, schizophrenia and other psychoses, depression, bipolar depression/disorder, anxiety syndromes/disorders, phobias, stress and related syndromes, cognitive function disorders, aggression, drug and alcohol abuse, obsessive compulsive behaviour syndromes, seasonal mood disorder, borderline personality disorder, cerebral palsy, life style drug, multi-infarct dementia, Lewy body dementia, age related/geriatric dementia, epilepsy and injury related to epilepsy, spinal cord injury, brain injury, trauma related brain/spinal cord injury, anti-cancer treatment related brain/spinal cord tissue injury, infection and inflammation related brain/spinal cord injury, environmental toxin related brain/spinal cord injury, multiple sclerosis, autism, attention deficit disorders, narcolepsy and sleep disorders; and wherein upon administration the VEGF induces in situ proliferation or differentiation of a neural stem cell or a neural progenitor cell located in a neural tissue of said patient.
Steering system for a vehicle, with a steering handle for the manual application of a steering angle, with a steering angle sensor for the detection of the steering angle (δ L) and with a steering gear for the conversion of the steering angle (δ L) into a wheel steering angle (δ V) at one or more steerable wheels of the vehicle, the steering system being provided with a planetary gear mechanism which is coupled to the steering handle, by a steering shaft which is connected to the steering handle being connected to the sun gear of the planetary gear mechanism, the steering system being configured as a steer-by-wire steering system without mechanical or hydraulic coupling between the steering shaft of the steering handle and a steering gear, at least two planetary gears of the planetary gear mechanism being connected to steering angle sensors, and the outer gear of the planetary gear mechanism being connected to an actuator for the application of a torque to the steering handle.
A system for the production of a food item having a filling thereon, the system comprising: a) a first filling station having a first rotating stencil with two spaced apart rows of filling discharge ports, each row comprising a plurality of discharge ports disposed on the circumference of the first rotating stencil; b) a second filling station having a second rotating stencil with a third row of filling discharge ports, the third row comprising a plurality of discharge ports disposed on the circumference of the second rotating stencil; and c) a conveyor configured to pass a food item in alignment with the first filling station and the second filling station; wherein the first rotating stencil is configured and dimensioned to evenly deposit two substantially parallel rows of filling (104a, 104c) on the food item, and wherein the second rotating stencil further comprises two channels circumferentially disposed on an outer surface of the second rotating stencil, characterised in that the third row of filling discharge ports is disposed between the two channels, the two channels being aligned with the two spaced apart rows of the first rotating stencil such that in operation the two filling segments (104a, 104c) discharged through the two rows of filling discharge ports of the first rotating stencil align with the two channels as the food item passes the second filling station. a) a first filling station having a first rotating stencil with two spaced apart rows of filling discharge ports, each row comprising a plurality of discharge ports disposed on the circumference of the first rotating stencil; b) a second filling station having a second rotating stencil with a third row of filling discharge ports, the third row comprising a plurality of discharge ports disposed on the circumference of the second rotating stencil; and c) a conveyor configured to pass a food item in alignment with the first filling station and the second filling station;
An electrophotographic photosensitive drum unit for an electrophotographic image forming apparatus, said unit comprising: a cylinder having a photosensitive layer at an outer periphery thereof; and a drum flange provided at one end of said cylinder, said drum flange including a plurality of resin regulating portions (151i; 151S, 151k) provided inside said drum flange to surround a space and projected radially inwardly of the drum flange, wherein free end portions (151S, 151k) of said regulating portions (151i; 151S, 151k) with respect to a longitudinal direction of said cylinder project inwardly to provide a narrowed opening of the space, with a gap between said regulating portions (151i; 151S, 151k) along a circumferential direction of said drum flange; characterised by a recess provided in said drum flange at a position radially outside of said regulating portions (151i, 151S, 151k), for facilitating deformation of said regulating portions (151i, 151S, 151k) in a radially outward direction of said drum flange. a cylinder having a photosensitive layer at an outer periphery thereof; and a drum flange provided at one end of said cylinder, said drum flange including a plurality of resin regulating portions (151i; 151S, 151k) provided inside said drum flange to surround a space and projected radially inwardly of the drum flange, wherein free end portions (151S, 151k) of said regulating portions (151i; 151S, 151k) with respect to a longitudinal direction of said cylinder project inwardly to provide a narrowed opening of the space, with a gap between said regulating portions (151i; 151S, 151k) along a circumferential direction of said drum flange; characterised by a recess provided in said drum flange at a position radially outside of said regulating portions (151i, 151S, 151k), for facilitating deformation of said regulating portions (151i, 151S, 151k) in a radially outward direction of said drum flange.
Method for driving a microelectromechanical element, comprising the following steps: providing a digital drive signal having a signal frequency that is below a limiting frequency (ω g) of the microelectromechanical element; oversampling the digital drive signal with a sampling frequency that is greater than double the limiting frequency (ω g); noise shaping of the oversampled digital drive signal by shifting noise that arises during the oversampling into a frequency range above the limiting frequency (ω g); and driving the microelectromechanical element with the oversampled digital drive signal. providing a digital drive signal having a signal frequency that is below a limiting frequency (ω g) of the microelectromechanical element; oversampling the digital drive signal with a sampling frequency that is greater than double the limiting frequency (ω g); noise shaping of the oversampled digital drive signal by shifting noise that arises during the oversampling into a frequency range above the limiting frequency (ω g); and driving the microelectromechanical element with the oversampled digital drive signal.
A cleaning device for removing debris from a conduit, the cleaning device comprising: an elongate body comprising a distal end and a proximal end; a cleaning member positioned along the elongate body, wherein the cleaning member comprises a scaffold and a removal member positioned along an outer surface of the scaffold, wherein the cleaning member is selectively movable between a radially-collapsed configuration and a radially-expanded configuration, wherein the removal member is configured to contact an interior surface of a medical tube when the cleaning member is in the expanded configuration, wherein the removal member comprises one or more rounded portions or sections, wherein the removal member comprises a smooth outer periphery or surface, and wherein the removal member, when the cleaning member is in the expanded configuration, is configured to engage and remove debris from the conduit as the cleaning device is withdrawn from the conduit. an elongate body comprising a distal end and a proximal end; a cleaning member positioned along the elongate body, wherein the cleaning member comprises a scaffold and a removal member positioned along an outer surface of the scaffold, wherein the cleaning member is selectively movable between a radially-collapsed configuration and a radially-expanded configuration, wherein the removal member is configured to contact an interior surface of a medical tube when the cleaning member is in the expanded configuration, wherein the removal member comprises one or more rounded portions or sections, wherein the removal member comprises a smooth outer periphery or surface, and wherein the removal member, when the cleaning member is in the expanded configuration, is configured to engage and remove debris from the conduit as the cleaning device is withdrawn from the conduit.
A composite profile (100, 100a, 200) for a window or a door and functional element, in particular a hinge element, having a fastening means, having at least the following features of the composite profile (100, 100a, 200): a. a first metallic outer profile (101, 101a, 201), b. at least one insulating web plane (I, II, III, IV), which is formed from one or more insulating webs (106, 107, 112, 113, 206, 207), c. a second metallic outer profile (102, 102a, 202), d. wherein one or both of the metallic outer profile(s) (101, 101a, 201) each comprise first load dissipation units (118, 218) for the fastening means (29, 32) of the functional element, characterized in that e. the first metallic outer profile (101, 101a, 201) and/or the second metallic outer profile each comprise one second or multiple load dissipation unit(s) (130, 230) for the fastening means (29, 32) of the functional element, f. the load dissipation units (118, 130, 218, 230) each comprise at least one inclined flank, which each enclose an angle α, which is less than 90°, with an associated profile web of the respective metallic outer profile (101, 102a, 201, 202), and g. the fastening means comprises notches (30, 31), which each correspond to an undercut for accommodating the load dissipation unit(s) (130, 230). a. a first metallic outer profile (101, 101a, 201), b. at least one insulating web plane (I, II, III, IV), which is formed from one or more insulating webs (106, 107, 112, 113, 206, 207), c. a second metallic outer profile (102, 102a, 202), d. wherein one or both of the metallic outer profile(s) (101, 101a, 201) each comprise first load dissipation units (118, 218) for the fastening means (29, 32) of the functional element, characterized in that e. the first metallic outer profile (101, 101a, 201) and/or the second metallic outer profile each comprise one second or multiple load dissipation unit(s) (130, 230) for the fastening means (29, 32) of the functional element, f. the load dissipation units (118, 130, 218, 230) each comprise at least one inclined flank, which each enclose an angle α, which is less than 90°, with an associated profile web of the respective metallic outer profile (101, 102a, 201, 202), and g. the fastening means comprises notches (30, 31), which each correspond to an undercut for accommodating the load dissipation unit(s) (130, 230).
A work machine comprising: a motor; an output shaft rotated by the motor, to which a tip tool is attachable; a housing, configured to comprise an inner case comprising an accommodation part that accommodates the motor and an outer case located outside the accommodation part; and a base, attachable to and detachable from a mounting surface formed on a side surface of the outer case and having a contact surface able to contact a workpiece, characterized in that the inner case is provided with a fixing part, the outer case is fixed to the inner case by a fixing member attached to the fixing part, and the fixing part is arranged inside the mounting surface in a radial direction of the motor as viewed in an axial direction of the motor. a motor; an output shaft rotated by the motor, to which a tip tool is attachable; a housing, configured to comprise an inner case comprising an accommodation part that accommodates the motor and an outer case located outside the accommodation part; and a base, attachable to and detachable from a mounting surface formed on a side surface of the outer case and having a contact surface able to contact a workpiece, characterized in that the inner case is provided with a fixing part, the outer case is fixed to the inner case by a fixing member attached to the fixing part, and the fixing part is arranged inside the mounting surface in a radial direction of the motor as viewed in an axial direction of the motor.
Connection device for connecting at least one electrical conductor with at least one spring-type terminal (42-i) which is provided in a housing of the connection device and which comprises a mechanical drive (8-i), wherein the mechanical drive ( 8- i) is installed in the housing and comprises a blade (41-i) which has a broad face and a narrow face for actuating the spring-type terminal (42-i), wherein using its broad face (53-i) the blade (41-i) moves the spring-type terminal (42-i) into an open position in which the electrical conductor may be inserted into an insertion opening of the spring-type terminal (42-i), wherein at least one projection is formed on the mechanical drive (8-i) and protrudes through a housing opening of the housing to actuate the mechanical drive (8-i), wherein the projection is formed on the periphery of the mechanical drive (8-i) and wherein the mechanical drive (8-i) is rotated by means of pressing the projection and the spring-type terminal (42-i) may be rotated from the closed position into the open position or conversely from the open position into the closed position.