mhurhangee/ep-ind-claims huggingface dataset:
A saddle-ride type vehicle comprising a USB terminal unit structure, wherein the USB terminal unit structure comprises: a USB terminal unit which has at least one of a power supply function and a communication function and into and from which a connection terminal of an external device is inserted and detached in a predetermined insertion-detachment direction, wherein the USB terminal unit comprises a terminal connection port through which the connection terminal is inserted and detached, wherein the terminal connection port is disposed to face downward, wherein the USB terminal unit is disposed to be inclined so that an end surface on the terminal connection port side is lower than an end surface on a side opposite to the terminal connection port, wherein a casing of the USB terminal unit comprises an attachment portion with respect to a vehicle body side, characterized in that a circuit board is sealed with potting resin inside the casing of the USB terminal unit, wherein a potting surface of the casing where the potting resin is exposed is disposed to face downward, wherein a water blocking portion that guides water moving along the casing of the USB terminal unit to an outside of the terminal connection port is provided on the terminal connection port side of the casing, and wherein the water blocking portion comprises a water blocking wall that is continuous with the attachment portion. a USB terminal unit which has at least one of a power supply function and a communication function and into and from which a connection terminal of an external device is inserted and detached in a predetermined insertion-detachment direction, wherein the USB terminal unit comprises a terminal connection port through which the connection terminal is inserted and detached, wherein the terminal connection port is disposed to face downward, wherein the USB terminal unit is disposed to be inclined so that an end surface on the terminal connection port side is lower than an end surface on a side opposite to the terminal connection port, wherein a casing of the USB terminal unit comprises an attachment portion with respect to a vehicle body side, characterized in that a circuit board is sealed with potting resin inside the casing of the USB terminal unit, wherein a potting surface of the casing where the potting resin is exposed is disposed to face downward, wherein a water blocking portion that guides water moving along the casing of the USB terminal unit to an outside of the terminal connection port is provided on the terminal connection port side of the casing, and wherein the water blocking portion comprises a water blocking wall that is continuous with the attachment portion.
A method for controlling an access to at least one resource of an electronic device by a plurality of clients of the electronic device, said method comprising: selecting at least one set of rules from a plurality of available sets of rules upon occurrence of an event relating to an access to said at least one resource by at least one of said plurality of clients, said selection depending at least on one of a type of said event, a state of at least one of said clients and a system state; applying said selected at least one set of rules, resulting in a decision; and controlling an access to said at least one resource according to said decision, wherein said event is a received request from one of said clients relating to said access to at least one resource and wherein said selected at least one set of rules is applied to said request, resulting in a decision to what extent said request is granted. selecting at least one set of rules from a plurality of available sets of rules upon occurrence of an event relating to an access to said at least one resource by at least one of said plurality of clients, said selection depending at least on one of a type of said event, a state of at least one of said clients and a system state; applying said selected at least one set of rules, resulting in a decision; and controlling an access to said at least one resource according to said decision, wherein said event is a received request from one of said clients relating to said access to at least one resource and wherein said selected at least one set of rules is applied to said request, resulting in a decision to what extent said request is granted.
A system comprising a hermetic centrifugal separator, where the separator comprises a rotor including a separation chamber, an inlet channel for a mixture of components to be separated, a first outlet channel for receiving at least one separated light component, a second outlet channel for receiving at least one separated heavy component, a recirculation means for recirculating from said second outlet channel to said separation chamber part of the separated heavy component, a first monitoring means monitoring density of the heavy component flowing in said second outlet channel, a first control means (11, 18) controlling recirculation flow rate in response to a control signal from said first monitoring means, characterized in a second monitoring means monitoring flow rate of the heavy component flowing in said second outlet channel, a second control means controlling the pressure by controlling a first back pressure valve in said first outlet channel in response to a control signal from said second monitoring means and that said second outlet channel is connected to heavy component outlet pipes inside the separation chamber where said pipes have inlet openings close to the interior wall of the separator bowl.
A device for activating at least one belt tightener in a safety belt system in a vehicle, such that said vehicle comprises at least one sensor element to monitor, and transmit data containing information about, the drivability of a region in front of the vehicle, as viewed in its direction of travel, to a calculation unit situated in the vehicle, the vehicle comprises at least one tilt sensor to receive and send data containing information about the vehicle's lateral tilt to the calculation unit, and the calculation unit is adapted to send a signal to the safety belt system to activate the belt tightener when the vehicle's angle of lateral tilt exceeds a predetermined value, wherein - said predetermined value is represented by a first value (a) if said data indicate no increased rollover risk to the vehicle, - said predetermined value is represented by a second value (b) if said data indicate an increased rollover risk to the vehicle, - the second value (b) is smaller than the first value (a), - the sensor element is in the form of a forward-looking camera fixed to the vehicle, and the calculation unit is adapted to detect an increased rollover risk to the vehicle through image processing of said data from the camera, wherein said image processing of said data involves colour and reflection comparisons, and wherein the calculation unit is adapted to detect an increased rollover risk to the vehicle when travelling on an uneven road and/or when the region adjoining the road is uneven, where uneven is defined as any ground with a distance of 10 meters from the vehicle differing in altitude by more than 1 metre from that of the vehicle, where altitude means vertical distance from sea level. - said predetermined value is represented by a first value (a) if said data indicate no increased rollover risk to the vehicle, - said predetermined value is represented by a second value (b) if said data indicate an increased rollover risk to the vehicle, - the second value (b) is smaller than the first value (a), - the sensor element is in the form of a forward-looking camera fixed to the vehicle, and the calculation unit is adapted to detect an increased rollover risk to the vehicle through image processing of said data from the camera, wherein said image processing of said data involves colour and reflection comparisons, and wherein the calculation unit is adapted to detect an increased rollover risk to the vehicle when travelling on an uneven road and/or when the region adjoining the road is uneven, where uneven is defined as any ground with a distance of 10 meters from the vehicle differing in altitude by more than 1 metre from that of the vehicle, where altitude means vertical distance from sea level.
A foldable wheelchair frame comprising two side frame components (11a, 11b), respectively a left and a right side frame components, each mounting front and rear wheels (12a, 13a; 12b, 13b), said side frame components (11a, 11b) being connected together for relative folding movement between an erected position and a folded position by foldable link means extending between said two side frame components (11a, 11b), wherein the foldable link means comprises at least one central strut disposed between said two side frame components (11a, 11b) and connected to each side frame component (11a, 11b) by at least two connecting arms, respectively a first left and a second left connecting arms (22a, 23a; 22'a, 23'a) connected to the left side frame component and a first right and a second right connecting arms (22b, 23b; 22'b, 23'b) connected to the right side frame component, each of said connecting arms being pivotally connected at one end to one of said side frames (11a, 11b) and at one other end to said central strut such that said side frame components (11a, 11b) move closer to each other and said central strut moves along a longitudinal direction when the wheelchair frame moves from its erected position to its folded position, and wherein said central strut comprises at least one locking element (24, 25), said locking element defining a first left and a second left abutments (26a, 26'a), respectively a first right and a second right abutments (26b, 26'b), against which abuts a left locking pin, respectively a right locking pin, protruding from the lower or upper face (28, 28') of one of said first left and said second left, respectively said first right and said second right, connecting arms in a vertical direction, said first left abutment, respectively said first right abutment, corresponding to the erected position of the wheelchair frame and said second left abutment (26'a), respectively said second right abutment (26'b), corresponding to the folded position of the wheelchair frame.
A sole structure for an article of footwear, the sole structure comprising: a bladder having a first side formed from a first polymeric sheet and a second side formed from a second polymeric sheet; wherein the first polymeric sheet and the second polymeric sheet define a closed volume between the first side and the second side; and wherein the second polymeric sheet at least partially defines an outsole at the second side of the bladder, the outsole including a ground-contacting surface and a plurality of lugs; characterized in that wherein the first polymeric sheet includes a portion that extends from the first side of the bladder and is fused to the second polymeric sheet opposite the ground-contacting surface at the one of the plurality of lugs, the portion of the first polymeric sheet and the second polymeric sheet defining the one of the plurality of lugs. a bladder having a first side formed from a first polymeric sheet and a second side formed from a second polymeric sheet; wherein the first polymeric sheet and the second polymeric sheet define a closed volume between the first side and the second side; and wherein the second polymeric sheet at least partially defines an outsole at the second side of the bladder, the outsole including a ground-contacting surface and a plurality of lugs; characterized in that wherein the first polymeric sheet includes a portion that extends from the first side of the bladder and is fused to the second polymeric sheet opposite the ground-contacting surface at the one of the plurality of lugs, the portion of the first polymeric sheet and the second polymeric sheet defining the one of the plurality of lugs.
An integrated structure of a return device and a pressure diffuser, comprising a pressure diffuser portion and a return device portion integrally molded with the pressure diffuser portion; wherein, the pressure diffuser portion is configured to form a pressure diffusion flow channel; the return device portion has a return channel; the return channel is in communication with the pressure diffusion flow channel, and is configured to guide gas from the pressure diffusion flow channel; and wherein the return channel has an inlet and an outlet; characterized in that a width a of the inlet is four-fifths of a width b of the outlet. and wherein the return channel has an inlet and an outlet; characterized in that a width a of the inlet is four-fifths of a width b of the outlet.
Beverage preparation machine comprising a thermal conditioning device, such as a heater or cooler, said thermal conditioning device comprising: - a control unit for controlling a start-up phase of said thermal conditioning device from a temperature of inactivity to an operative temperature, said control unit comprising: - a controller with a start-up profile for starting-up said thermal conditioning device, wherein said start-up profile has at least one parameter and said controller has a self-learning mode for adjusting said at least one parameter; and - a temperature sensor connected to said controller for measuring a temperature of said thermal conditioning device, wherein said self-learning mode causes said controller during a start-up phase to: - calculate a ramp value representative of a rate of change in temperature during said start-up phase of said thermal conditioning device; - adjust said at least one parameter as a function of said calculated ramp value; - use the adjusted at least one parameter for a remainder of said start-up phase. - a control unit for controlling a start-up phase of said thermal conditioning device from a temperature of inactivity to an operative temperature, said control unit comprising: - a controller with a start-up profile for starting-up said thermal conditioning device, wherein said start-up profile has at least one parameter and said controller has a self-learning mode for adjusting said at least one parameter; and - a temperature sensor connected to said controller for measuring a temperature of said thermal conditioning device, - calculate a ramp value representative of a rate of change in temperature during said start-up phase of said thermal conditioning device; - adjust said at least one parameter as a function of said calculated ramp value; - use the adjusted at least one parameter for a remainder of said start-up phase.
A device for longitudinal guiding of mutually spring-loaded parts of a rail vehicle, i.e. bogie frame and bogie bolster or coach bottom wherein the mutually spring-loaded parts of the vehicle are part of the device characterized in that the bogie frame and the bogie bolster or the coach bottom are mutually connected by at least one longitudinal draw rod by means of cross-pin joints, first brackets and second brackets, while the first brackets are arranged on the bogie frame and the second brackets are arranged on the bolster or on the coach bottom.
A simulator system, comprising: a maternal simulator having a torso and a birthing device disposed within the torso; and a fetal simulator disposed within the torso of the maternal simulator; wherein the birthing device has a ram having a rotatable projection adapted to co-operate with a receiver of the fetal simulator and configured to produce both translational and rotational movement of the fetal simulator relative to the maternal simulator to cause a nose down position of crowning and a further turn after crowning to allow shoulders of the fetal simulator to pass through a birth canal of the maternal simulator to simulate a realistic child birthing scenario. a maternal simulator having a torso and a birthing device disposed within the torso; and a fetal simulator disposed within the torso of the maternal simulator; wherein the birthing device has a ram having a rotatable projection adapted to co-operate with a receiver of the fetal simulator and configured to produce both translational and rotational movement of the fetal simulator relative to the maternal simulator to cause a nose down position of crowning and a further turn after crowning to allow shoulders of the fetal simulator to pass through a birth canal of the maternal simulator to simulate a realistic child birthing scenario.
Thermal battery comprising a wall forming an enclosure comprising within it a phase-change material, said enclosure comprising a fluid inlet and a fluid outlet, said fluid inlet and outlet being linked to one another by a bundle of hollow fibres intended for the circulation of the fluid, said phase-change material being present between said hollow fibres, characterized in that the hollow fibres are distributed throughout the volume of said enclosure in a disorderly fashion.
A radiator assembly comprising: a radiator having an upper portion and a lower portion when mounted in its intended use position, a lower mounting bracket to be fixed relative to a wall and defining a pivotal axis for the radiator, the lower mounting bracket being configured to be pivotably attached to the lower portion of the radiator, an upper mounting bracket to be fixed relative to said wall, the upper mounting bracket being configured to be releasably attached to the upper portion of the radiator, but can be released to permit the radiator to pivot relative to the pivot axis, said upper mounting bracket comprising a release and locking mechanism and a retention member for releasably engaging a cooperating upper mounting member placed at the upper portion of the radiator, said retention member being configured for releasing and locking the radiator by a push on a push button, said release and locking mechanism being enclosed inside a housing, characterized in that the upper mounting bracket and the lower mounting bracket are fixed to a rail, wherein the rail is equipped with means (42, 44, 46) for adjusting the distance with which the radiator is to be mounted relative to said wall. a radiator having an upper portion and a lower portion when mounted in its intended use position, a lower mounting bracket to be fixed relative to a wall and defining a pivotal axis for the radiator, the lower mounting bracket being configured to be pivotably attached to the lower portion of the radiator, an upper mounting bracket to be fixed relative to said wall, the upper mounting bracket being configured to be releasably attached to the upper portion of the radiator, but can be released to permit the radiator to pivot relative to the pivot axis, said upper mounting bracket comprising a release and locking mechanism and a retention member for releasably engaging a cooperating upper mounting member placed at the upper portion of the radiator, said retention member being configured for releasing and locking the radiator by a push on a push button, said release and locking mechanism being enclosed inside a housing, said upper mounting bracket comprising a release and locking mechanism and a retention member for releasably engaging a cooperating upper mounting member placed at the upper portion of the radiator, said retention member being configured for releasing and locking the radiator by a push on a push button, said release and locking mechanism being enclosed inside a housing,
A roofing arrangement for a ridged roof comprising a roof apex reinforcing means, the roof apex reinforcing means comprising sloping planar reinforcing means tapering to or proximal to the apex of the ridged roof, the sloping planar reinforcing means being substantially parallel to a main plane of a sloping portion of the ridged roof, the planar reinforcing means extending along all or a substantial part of the length of the apex of the roof and extending along an upper region of at least one sloping portion of the ridged roof, wherein the roof apex reinforcing means is provided by a reinforced apex beam, said beam being a reinforced triangular prism having two sloping planar reinforcing members defining said planar reinforcing means and tapering to the apex of the reinforced apex beam, each sloping planar reinforcing member being substantially parallel to the main plane of the respective sloping portion of the ridged roof, the planar reinforcing members extending along all or a substantial part of the length of the reinforced apex beam, wherein the roofing arrangement further comprises a plurality of bridging components situated below and along said apex beam, where they extend transversally to said apex beam from the base of the reinforced apex beam to a support structure on which the bridging components are mountable, wherein the planar reinforcing members comprise panel members, characterised in that the outside main planar surface of the panel member of each planar reinforcing member is in alignment with the outside main planar surface of the bridging components.
Functional laminate, comprising at least one electrically conductive component (2.1, 2.1', 2.2), particularly an antenna coil or a track, arranged on a porous non-woven substrate characterised in that the porous non-woven substrate has a grammage of less than 10g/m 2.
A method of encoding an audio signal, the method comprising: processing the audio signal in a first encoder mode; switching from the first encoder mode to a second encoder mode at a first time; processing the audio signal in the second encoder mode, wherein an algorithmic delay of the second mode creates a gap in the processed audio signal having a time span that begins at or after the first time and ends at a second time; copying a portion of the processed audio signal, wherein the copied portion occurs at or after the second time; inserting a signal into the gap of the processed audio signal, wherein the inserted signal is based on the copied portion; and encoding the processed audio signal in the second encoder mode, the method being characterized in that: the copied portion comprises a time-reversed sine window portion and a cosine window portion, and inserting the copied portion comprises combining the time-reversed sine window portion with the cosine window portion and inserting at least part of the combined window portions into the gap portion. processing the audio signal in a first encoder mode; switching from the first encoder mode to a second encoder mode at a first time; processing the audio signal in the second encoder mode, wherein an algorithmic delay of the second mode creates a gap in the processed audio signal having a time span that begins at or after the first time and ends at a second time; copying a portion of the processed audio signal, wherein the copied portion occurs at or after the second time; inserting a signal into the gap of the processed audio signal, wherein the inserted signal is based on the copied portion; and encoding the processed audio signal in the second encoder mode, the method being characterized in that: the copied portion comprises a time-reversed sine window portion and a cosine window portion, and inserting the copied portion comprises combining the time-reversed sine window portion with the cosine window portion and inserting at least part of the combined window portions into the gap portion. the copied portion comprises a time-reversed sine window portion and a cosine window portion, and inserting the copied portion comprises combining the time-reversed sine window portion with the cosine window portion and inserting at least part of the combined window portions into the gap portion.