mhurhangee/ep-ind-claims huggingface dataset:
A blood oximeter for measuring the oxygenation and at least one other parameter of flowing blood in living tissue, comprising: two light sources (2, 3) emitting light of different wavelengths into the tissue, wherein at least one of the light sources (2, 3) is a laser with a laser cavity emitting a laser beam, the laser being adapted to allow a part of the laser beam which is scattered by the tissue to re-enter into the laser cavity; and a laser beam sensor (7, 8) for measuring the light emitted from the laser, the laser beam sensor (7, 8), thus, obtaining a signal which varies in accordance with a self-mixing interferometric effect between the original laser beam and the scattered laser beam; a light detector for detecting a transmitted and/or reflected part of the light emitted into the tissue; characterised in that the blood oximeter further comprises: a motion detector for detecting a motion of the irradiated tissue on the basis of the signal of the laser beam sensor (7, 8) and the signal of the light detector; and a motion processing unit for rejecting a measurement due to detected motions of the tissue or for correcting a measurement based on detected motions of the tissue. two light sources (2, 3) emitting light of different wavelengths into the tissue, wherein at least one of the light sources (2, 3) is a laser with a laser cavity emitting a laser beam, the laser being adapted to allow a part of the laser beam which is scattered by the tissue to re-enter into the laser cavity; and a laser beam sensor (7, 8) for measuring the light emitted from the laser, the laser beam sensor (7, 8), thus, obtaining a signal which varies in accordance with a self-mixing interferometric effect between the original laser beam and the scattered laser beam; a light detector for detecting a transmitted and/or reflected part of the light emitted into the tissue; characterised in that the blood oximeter further comprises: a motion detector for detecting a motion of the irradiated tissue on the basis of the signal of the laser beam sensor (7, 8) and the signal of the light detector; and a motion processing unit for rejecting a measurement due to detected motions of the tissue or for correcting a measurement based on detected motions of the tissue.
A portable winch assembly (10; 110) comprising a footplate (12; 212), a support frame (14; 214) which is locatable upon the footplate, a magazine (16; 216) which is locatable upon the support frame, and a drive mechanism (22; 222) which is connectable to the magazine to drive the magazine to rotate, the footplate, support frame, magazine and drive mechanism comprising separable components, whereby the footplate comprises a substantially flat bottom plate, and the support frame has two bottom ends (56; 256), characterized in that the footplate further comprises a substantially flat back plate and a pair of side plates, the back plate being substantially perpendicular to the bottom plate, the side plates being rigidly connected to the bottom plate and to the back plate, in that each side plate is shaped to provide a recess (54; 254), which recess is shaped to accommodate one of the bottom ends (56; 256) of the support frame, and in that the recesses (54; 254) and the bottom ends (56; 256) are configured so that the support frame can be mounted upon the footplate in the assembled winch assembly by locating the bottom ends (56; 256) in the recesses (54; 254) without fixing means, the mounting being maintained by gravity in the assembled winch assembly when the assembled winch assembly is not in use.
An internal combustion engine containing a sealing assembly, the internal combustion engine being provided with a body which borders an internal space of the engine from an outside space and where a rotatable shaft is arranged to extend through an opening in the body, wherein the opening in the body of the engine is provided with a non-contact shaft sealing arrangement comprising a labyrinth seal and having a stator part and a rotor part comprising a blower means arranged to the rotor part of the shaft sealing arrangement at a first axial end thereof facing at outside space of the engine, the blower means being configured to induce a counter pressure to the labyrinth seal, and the labyrinth seal being provided with a fluid outlet which comprises a collector chamber extending in axial direction via each one of grooves in the stator part of the labyrinth seal, such that the fluid collected by the labyrinth seal may be discharged back to the engine, and such that, when installed correctly, the fluid outlet is at lowest possible position, the rotor part being arranged radially inside the stator part.
A height adjustable work surface comprising: a platform; a height adjustment assembly moveably connected to the platform; a leg assembly connected to the height adjustment assembly and moveably connected to the platform, wherein the leg assembly is moveable between a raised position, a lowered position, and at least one intermediate position; and a locking assembly moveably connected to the platform, the locking assembly configured to engage the height adjustment assembly to selectively secure the leg assembly in the raised position, the lowered position, and the at least one intermediate position, wherein the leg assembly includes a first leg and a second leg (216, 218) and wherein the height adjustment assembly includes a first slider connected to the first leg and a second slider connected to the second leg (216, 218); and the first slider includes a first set of teeth, characterised in that the second slider includes a second set of teeth configured to align with the first set of teeth, and wherein the locking assembly includes a third set of teeth configured to engage the first set of teeth and the second set of teeth to secure the leg assembly in a selected position. a platform; a height adjustment assembly moveably connected to the platform; a leg assembly connected to the height adjustment assembly and moveably connected to the platform, wherein the leg assembly is moveable between a raised position, a lowered position, and at least one intermediate position; and a locking assembly moveably connected to the platform, the locking assembly configured to engage the height adjustment assembly to selectively secure the leg assembly in the raised position, the lowered position, and the at least one intermediate position, wherein the leg assembly includes a first leg and a second leg (216, 218) and wherein the height adjustment assembly includes a first slider connected to the first leg and a second slider connected to the second leg (216, 218); and the first slider includes a first set of teeth, characterised in that the second slider includes a second set of teeth configured to align with the first set of teeth, and wherein the locking assembly includes a third set of teeth configured to engage the first set of teeth and the second set of teeth to secure the leg assembly in a selected position. the leg assembly includes a first leg and a second leg (216, 218) and wherein the height adjustment assembly includes a first slider connected to the first leg and a second slider connected to the second leg (216, 218); and the first slider includes a first set of teeth, characterised in that the second slider includes a second set of teeth configured to align with the first set of teeth, and wherein the locking assembly includes a third set of teeth configured to engage the first set of teeth and the second set of teeth to secure the leg assembly in a selected position.
A receiver, comprising: an input port for receiving a transport stream compliant with an MPEG digital video broadcast, DVB, transport stream standard; a de-combining module in communication with the input port and configured to de-combine the transport stream; and a router in communication with the de-combining module for supplying a de-combined transport stream to one of a plurality of output ports, wherein the transport stream comprises a combined stream including a repacketized combination of multiple individual original transport streams (TS1, TS2, TS3) each also compliant with the MPEG digital video broadcast, DVB, transport stream standard, the combined stream comprising, for a given one of the original transport streams: a plurality of packets having a single packet identifier, PID, and encapsulating original packets of the original transport stream having multiple original PIDs including their packet headers, such that an original packet of the original transport stream is split among two or more packets of the combined stream; and wherein the de-combining module is adapted to strip away the encapsulation and output the original transport stream with the original packets having the multiple original PIDs. an input port for receiving a transport stream compliant with an MPEG digital video broadcast, DVB, transport stream standard; a de-combining module in communication with the input port and configured to de-combine the transport stream; and a router in communication with the de-combining module for supplying a de-combined transport stream to one of a plurality of output ports, wherein the transport stream comprises a combined stream including a repacketized combination of multiple individual original transport streams (TS1, TS2, TS3) each also compliant with the MPEG digital video broadcast, DVB, transport stream standard, the combined stream comprising, for a given one of the original transport streams: a plurality of packets having a single packet identifier, PID, and encapsulating original packets of the original transport stream having multiple original PIDs including their packet headers, such that an original packet of the original transport stream is split among two or more packets of the combined stream; and a plurality of packets having a single packet identifier, PID, and encapsulating original packets of the original transport stream having multiple original PIDs including their packet headers, such that an original packet of the original transport stream is split among two or more packets of the combined stream; and wherein the de-combining module is adapted to strip away the encapsulation and output the original transport stream with the original packets having the multiple original PIDs.
A method, comprising: at an electronic device with one or more microphones, a speaker, one or more processors, and memory storing one or more programs for execution by the one or more processors, the electronic device configured to be awakened by any of a plurality of affordances, the plurality of affordances including i) a voice-based affordance comprising a spoken hotword and ii) an affordance other than the voice-based affordance: determining a noise profile of an environment around the electronic device, wherein the noise profile includes a frequency profile; determining whether the noise profile would interfere with the voice-based affordance, wherein determining whether the noise profile would interfere with the voice-based affordance comprises determining whether the noise profile would negatively affect recognition of the hotword in voice inputs detected by the electronic device by determining whether the frequency profile would interfere with the hotword; and in accordance with a determination that the noise profile would interfere with the voice-based affordance, presenting a hint to a user to use the affordance of the plurality of affordances other than the voice-based affordance to awaken the electronic device. determining a noise profile of an environment around the electronic device, wherein the noise profile includes a frequency profile; determining whether the noise profile would interfere with the voice-based affordance, wherein determining whether the noise profile would interfere with the voice-based affordance comprises determining whether the noise profile would negatively affect recognition of the hotword in voice inputs detected by the electronic device by determining whether the frequency profile would interfere with the hotword; and in accordance with a determination that the noise profile would interfere with the voice-based affordance, presenting a hint to a user to use the affordance of the plurality of affordances other than the voice-based affordance to awaken the electronic device.
A method of installing an application on a configurable server device, the method comprising the steps of: installing, in the configurable server device, an intermediate communications interface device; initiating and mediating, from the intermediate communications interface device, a tunnelled network connection through a telecommunications network to a remote network operating centre, the connection being independent of the configurable server device, receiving, at the configurable server, configuration data downloaded from a programme provisioning server hosted by the network operating centre, and installing the application by configuring the server device in accordance with the configuration data, characterised in that the intermediate communications interface device is configured, prior to coupling to the configurable server device, such that on coupling to the configurable server device it transmits boot-up instructions to the configurable server device, and modifies responses received from the configurable server device in response to said boot-up instructions, to generate an instruction to be directed to the programme provisioning server to obtain a unique network address specific to the network operating centre. installing, in the configurable server device, an intermediate communications interface device; initiating and mediating, from the intermediate communications interface device, a tunnelled network connection through a telecommunications network to a remote network operating centre, the connection being independent of the configurable server device, receiving, at the configurable server, configuration data downloaded from a programme provisioning server hosted by the network operating centre, and installing the application by configuring the server device in accordance with the configuration data, characterised in that the intermediate communications interface device is configured, prior to coupling to the configurable server device, such that on coupling to the configurable server device it transmits boot-up instructions to the configurable server device, and modifies responses received from the configurable server device in response to said boot-up instructions, to generate an instruction to be directed to the programme provisioning server to obtain a unique network address specific to the network operating centre.
An injection moulding machine for manufacturing fibre-reinforced plastic parts, with a closing unit and an injection unit, wherein the injection unit has a cylinder and a screw which is rotatable in the cylinder and is displaceable in longitudinal direction of the cylinder, wherein in the cylinder a first opening is provided as filling opening for feeding in a plastic material which is to be melted, wherein downstream of the first opening in the cylinder a second opening is provided as filling opening for the feeding in of a fibre material, and wherein the screw has a backflow stop, characterized in that downstream of the backflow stop and/or upstream of the backflow stop a mixing part is provided which is connected with the screw in a rotationally fixed manner and corotating therewith, that the mixing part has cylindrical main body, the outer diameter (D M) of which is smaller than the inner diameter (D Z) of the cylinder, wherein an annular gap is formed between the main body and the cylinder inner wall, that on the surface of the main body facing the cylinder inner wall several drops as drop-shaped mixing elements are arranged distributed over the circumference of the main body, wherein in top view onto a drop a drop longitudinal axis (L T) is present, which runs from the pointed end of the drop to the substantially opposite, rounded end of the drop, and that the height of the drops over the main body is selected to be smaller than the width of the annular gap between the main body and the cylinder inner wall.
A method of spot welding of a stacked plurality of steel sheets (1a, 1b), one or more of the stacked plurality of steel sheets (1a, 1b) having a welding part coated with plating on at least one surface, the method comprising: clamping the stacked plurality of steel sheets (1a, 1b) with welding electrodes (10a, 10b) facing the steel sheets (1a, 1b); and spot welding the stacked plurality of steel sheets (1a, 1b); and characterized in that the step of clamping the stacked plurality of steel sheets (1a, 1b) with welding electrodes is preceded by a step of removing the plating from a range at least having in-circle area, an outer edge of the area being an outer periphery of a weld heat affected zone formed at the surface of the welding electrode side of the stacked plurality of steel sheets (1a, 1b); wherein the outer periphery of the weld heat affected zone is a position where the steel sheet is heated to 700°C during spot welding. clamping the stacked plurality of steel sheets (1a, 1b) with welding electrodes (10a, 10b) facing the steel sheets (1a, 1b); and spot welding the stacked plurality of steel sheets (1a, 1b); and characterized in that the step of clamping the stacked plurality of steel sheets (1a, 1b) with welding electrodes is preceded by a step of removing the plating from a range at least having in-circle area, an outer edge of the area being an outer periphery of a weld heat affected zone formed at the surface of the welding electrode side of the stacked plurality of steel sheets (1a, 1b); wherein the outer periphery of the weld heat affected zone is a position where the steel sheet is heated to 700°C during spot welding.
A controlling method for an electromechanical brake, the electromechanical brake comprising an electric motor and an electromagnetic brake, the electric motor having a shaft and outputting a torque based on a braking demand, and the electromagnetic brake being configured for locking and releasing the shaft, wherein the controlling method comprises: controlling the electric motor and the electromagnetic brake based on the braking demand; controlling a power supply of the electromagnetic brake when the electromagnetic brake needs to release or lock the shaft; the controlling method being characterized by obtaining a real-time temperature value and a real-time current value of the electromagnetic brake; obtaining a target current value corresponding to the real-time temperature value based on preset temperature-current relationship data; and when a difference between the real-time current value and the target current value is greater than a preset range, adjusting a duty cycle of a driving voltage level of the electromagnetic brake to narrow the difference. controlling the electric motor and the electromagnetic brake based on the braking demand; controlling a power supply of the electromagnetic brake when the electromagnetic brake needs to release or lock the shaft; obtaining a real-time temperature value and a real-time current value of the electromagnetic brake; obtaining a target current value corresponding to the real-time temperature value based on preset temperature-current relationship data; and when a difference between the real-time current value and the target current value is greater than a preset range, adjusting a duty cycle of a driving voltage level of the electromagnetic brake to narrow the difference.
A system for handling fuel vapour in a fuel tank of a vehicle, wherein the system comprises: - a fuel tank, - a fuel vapour cooling arrangement connected to the fuel tank, arranged to receive fuel vapour evaporated from fuel in the fuel tank, in which the evaporated fuel is condensed into liquid fuel, wherein - the fuel vapour cooling arrangement is arranged outside of the fuel tank, and - a valve is arranged between the fuel tank and the fuel vapour cooling arrangement to control the opening and closing of a fuel vapour cooling arrangement connection between the fuel tank and the fuel vapour cooling arrangement, wherein the fuel vapour cooling arrangement is connected to a cooling fluid of the vehicle's air conditioning cooling arrangement and/or the vehicle's battery cooling arrangement and the system is configured for performing: - heat exchange of the fuel vapour with a cooling fluid of the vehicle's air conditioning cooling arrangement and/or the vehicle's battery cooling arrangement, characterised by - condensing the evaporated fuel by cooling the fuel vapour and by pressurising the cooling fluid in the fuel vapour cooling arrangement. - a fuel tank, - a fuel vapour cooling arrangement connected to the fuel tank, arranged to receive fuel vapour evaporated from fuel in the fuel tank, in which the evaporated fuel is condensed into liquid fuel, wherein - the fuel vapour cooling arrangement is arranged outside of the fuel tank, and - a valve is arranged between the fuel tank and the fuel vapour cooling arrangement to control the opening and closing of a fuel vapour cooling arrangement connection between the fuel tank and the fuel vapour cooling arrangement, wherein the fuel vapour cooling arrangement is connected to a cooling fluid of the vehicle's air conditioning cooling arrangement and/or the vehicle's battery cooling arrangement and the system is configured for performing: - heat exchange of the fuel vapour with a cooling fluid of the vehicle's air conditioning cooling arrangement and/or the vehicle's battery cooling arrangement, characterised by - condensing the evaporated fuel by cooling the fuel vapour and by pressurising the cooling fluid in the fuel vapour cooling arrangement.
A rainwater gutter comprising at least two channels connected end to end in a first direction of the gutter, each channel having a supporting bottom face by which, in use, to mount the channel on a supporting surface, each channel being bounded internally by a bottom wall defining a rainwater flow bed, and being bounded longitudinally by two opposite end walls substantially parallel to each other and perpendicular to the first direction; and further comprising connecting means for connecting the two adjacent channels in fluidtight manner, the connecting means comprising a first sleeve projecting inside one of the channels from the respective end wall, a second sleeve projecting outwards of the other channel from its respective end wall and inserted inside the first sleeve, and a first annular seal interposed between said first and second sleeve (12, 13); the gutter being characterized in that the connecting means further comprise a second annular seal fitted between the adjacent end walls of the two adjacent channels; and fastening means for fastening the two adjacent end walls of the two channels one to the other with the interposition of the second annular seal.
Method for marking a vehicle tyre, wherein the vehicle tyre is supplied to a marking station, wherein the vehicle tyre is aligned and centred (102, 103) in the marking station, wherein the marking takes place in the marking station according to properties of the vehicle tyre, wherein the marking takes place by means of a marking device from a plurality of different marking devices, and wherein the marking device for marking the vehicle tyre is positioned on the vehicle tyre by means of a robot arm, characterized in that the plurality of different marking devices are stored in a marking device magazine and in that the robot arm selects and picks up (105, 106) a specific marking device from the plurality of different marking devices.