mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a one-piece seat shell from a fibre composite mat for use in a seat, comprising: heating the fibre composite mat to a shaping temperature, pressing the heated fibre composite mat, in a single working pass of a shaping tool, into a planar shaped part curved in accordance with a formation of the seat shell, and joining a mounting element to the shaped part to mount the seat shell on the seat, the shaped part being contour-die-cut from the fibre composite mat and pressed into shape in the working pass, the fibre composite mat being formed as a one-piece, flexible, planar textile formation comprising a plastics material component having a melting point below the shaping temperature, and characterised in that, following the pressing, the mounting element is joined to the shaped part in a material connection by ultrasound welding. heating the fibre composite mat to a shaping temperature, pressing the heated fibre composite mat, in a single working pass of a shaping tool, into a planar shaped part curved in accordance with a formation of the seat shell, and joining a mounting element to the shaped part to mount the seat shell on the seat, the shaped part being contour-die-cut from the fibre composite mat and pressed into shape in the working pass, the fibre composite mat being formed as a one-piece, flexible, planar textile formation comprising a plastics material component having a melting point below the shaping temperature, and characterised in that, following the pressing, the mounting element is joined to the shaped part in a material connection by ultrasound welding.
A charging station monitoring system comprising: a radar, a digital camera and a communication device which are arranged at and in association with a charging apparatus of a charging station, the radar and the digital camera each having a sensing range covering a parking lot associated with the charging apparatus and an area around the parking lot, the digital camera being normally closed, and the charging apparatus being normally deactivated; a cloud server in communication with an intelligent portable device of a user, the communication device being configured to communicate with the cloud server; the charging station monitoring system being characterized by a controller configured to: activate the digital camera when the radar senses there is a vehicle entering the parking lot, determine whether the vehicle is an electric vehicle or not, wake up the charging apparatus for preparation for charging if the controller determines that the vehicle is an electric vehicle, and send the occupation state of the charging apparatus to the cloud server after the charging apparatus starts to charge the vehicle; wherein, when the controller determines that the vehicle entered the parking lot is a non-electric vehicle, the controller sends corresponding information of the vehicle to the cloud server so that the cloud server is able to send the received information to the user's intelligent portable device. a radar, a digital camera and a communication device which are arranged at and in association with a charging apparatus of a charging station, the radar and the digital camera each having a sensing range covering a parking lot associated with the charging apparatus and an area around the parking lot, the digital camera being normally closed, and the charging apparatus being normally deactivated; a cloud server in communication with an intelligent portable device of a user, the communication device being configured to communicate with the cloud server; the charging station monitoring system being characterized by a controller configured to: activate the digital camera when the radar senses there is a vehicle entering the parking lot, determine whether the vehicle is an electric vehicle or not, wake up the charging apparatus for preparation for charging if the controller determines that the vehicle is an electric vehicle, and send the occupation state of the charging apparatus to the cloud server after the charging apparatus starts to charge the vehicle; wherein, when the controller determines that the vehicle entered the parking lot is a non-electric vehicle, the controller sends corresponding information of the vehicle to the cloud server so that the cloud server is able to send the received information to the user's intelligent portable device.
A cardio-pulmonary resuscitation device, comprising: a chest compression mechanism structured to administer chest compressions to a chest of a patient, the chest of the patient having a resting chest height; a processor configured to: determine a maximum zero-position of the CPR device; determine a first zero-position of the CPR device for at least one of the chest compressions to be administered to the chest of the patient; determine a first chest compression depth of the chest compression mechanism; detect a change in the resting chest height; in response to the detected change in resting chest height while administering chest compressions to the chest of the patient, automatically adjust the zero-position of the CPR device up to a maximum zero-position for the CPR device and administer chest compressions to the chest of the patient based on the adjusted zero-position; and in response to the detected change in resting chest height while administering chest compressions to the chest of the patient, automatically adjust the compression depth of the CPR device up to a maximum compression depth. a chest compression mechanism structured to administer chest compressions to a chest of a patient, the chest of the patient having a resting chest height; a processor configured to: determine a maximum zero-position of the CPR device; determine a first zero-position of the CPR device for at least one of the chest compressions to be administered to the chest of the patient; determine a first chest compression depth of the chest compression mechanism; detect a change in the resting chest height; in response to the detected change in resting chest height while administering chest compressions to the chest of the patient, automatically adjust the zero-position of the CPR device up to a maximum zero-position for the CPR device and administer chest compressions to the chest of the patient based on the adjusted zero-position; and in response to the detected change in resting chest height while administering chest compressions to the chest of the patient, automatically adjust the compression depth of the CPR device up to a maximum compression depth. determine a maximum zero-position of the CPR device; determine a first zero-position of the CPR device for at least one of the chest compressions to be administered to the chest of the patient; determine a first chest compression depth of the chest compression mechanism; detect a change in the resting chest height; in response to the detected change in resting chest height while administering chest compressions to the chest of the patient, automatically adjust the zero-position of the CPR device up to a maximum zero-position for the CPR device and administer chest compressions to the chest of the patient based on the adjusted zero-position; and in response to the detected change in resting chest height while administering chest compressions to the chest of the patient, automatically adjust the compression depth of the CPR device up to a maximum compression depth.
An optical system for generating a pattern which changes over time for a confocal microscope comprising a light source arrangement (1, 12a, 12b, 12c) from which light beams travel to an object which reflects the light beams, a beam splitter for allowing passage of the light beams proceeding from the light source arrangement (1, 12a, 12b, 12c) in the direction toward the object and for deflecting the light beams reflected by the object in a focal plane in the direction toward a detector comprising a detector pattern for detecting an image of the object, a structured retarder for generating a changing projector pattern, and a lens arrangement (4a, 4b) between the beam splitter and the object, wherein the light source arrangement (1, 12a, 12b, 12c) has at least one light source and an arrangement (12a, 12b, 12c), which switches over the light beams emitted from the at least one light source with respect to their direction of polarization to generate the changing projector pattern without moving a mask with the projector pattern, wherein the light source arrangement has two light sources (1a, 1b) and a switch-over device as the arrangement for switching over the direction of polarization of the light sources (1a, 1b), wherein the light paths (13a, 13b) of the two light sources (1a, 1b) are combined into a single light path, wherein the two light sources (1a, 1b) emit polarized light and the respective directions of polarization of the two light sources (1a, 1b) are rotated by 90°, and wherein the switch-over device shifts only one of the light sources (1a or 1b) at a time into a switched-on state, and thus respectively alternates the direction of polarization of the combined light, a lamda/4-retarder is provided downstream of the light source arrangement (1, 12a, 12b, 12c) and converts the directions of polarization into two circular directions of polarization, of which one is clockwise and the other is counter-clockwise, the structured retarder is arranged downstream of the lambda/4-retarder, and a linear polarizer is provided between the structured retarder and the lens arrangement (4a, 4b) and blocks the light from points at which the polarization is rotated by 90°, and allows the light to pass through from points at which the direction of polarization is present, so that the projector pattern is transparent at these points.
A powered, hand held, electromechanical surgical device, comprising: a handle assembly including: a handle housing defining a longitudinal axis, the handle housing including a first connecting feature and a second connecting feature; a circuit board disposed within the handle housing; at least one electrical contact associated with the first connecting feature of the handle housing and being in electrical communication with the circuit board; at least one electrical contact associated with the second connecting feature of the handle housing and being in electrical communication with the circuit board; and at least one first firing button configured for actuation by a finger of a user, each first firing button being in electrical communication with the circuit board; characterised by a drive unit assembly removably and selectively connectable to a selected one of the first connecting feature or the second connecting feature of the handle assembly. a handle assembly including: a handle housing defining a longitudinal axis, the handle housing including a first connecting feature and a second connecting feature; a circuit board disposed within the handle housing; at least one electrical contact associated with the first connecting feature of the handle housing and being in electrical communication with the circuit board; at least one electrical contact associated with the second connecting feature of the handle housing and being in electrical communication with the circuit board; and at least one first firing button configured for actuation by a finger of a user, each first firing button being in electrical communication with the circuit board; a handle housing defining a longitudinal axis, the handle housing including a first connecting feature and a second connecting feature; a circuit board disposed within the handle housing; at least one electrical contact associated with the first connecting feature of the handle housing and being in electrical communication with the circuit board; at least one electrical contact associated with the second connecting feature of the handle housing and being in electrical communication with the circuit board; and at least one first firing button configured for actuation by a finger of a user, each first firing button being in electrical communication with the circuit board; characterised by a drive unit assembly removably and selectively connectable to a selected one of the first connecting feature or the second connecting feature of the handle assembly.
An apparatus for receiving energy wirelessly by resonant inductive coupling from a feeding device comprising a supply source, the apparatus comprising: monitoring circuitry configured to detect and monitor a resonant frequency of the supply source, the monitoring circuitry comprising a measurement coil; a receiving component adapted to receive energy wirelessly from the supply source by resonant inductive coupling, the receiving component comprising at least one inductor; and a phase locked loop circuit configured to output a control signal based upon signals induced at the at least one inductor and the measurement coil; a control unit configured to vary a resonant frequency of said receiving component, in dependence upon the control signal; and wherein the control unit is configured to match the resonant frequency of said receiving component with the resonant frequency of the supply source. monitoring circuitry configured to detect and monitor a resonant frequency of the supply source, the monitoring circuitry comprising a measurement coil; a receiving component adapted to receive energy wirelessly from the supply source by resonant inductive coupling, the receiving component comprising at least one inductor; and a phase locked loop circuit configured to output a control signal based upon signals induced at the at least one inductor and the measurement coil; a control unit configured to vary a resonant frequency of said receiving component, in dependence upon the control signal; and wherein the control unit is configured to match the resonant frequency of said receiving component with the resonant frequency of the supply source.
An automatic analysis apparatus, comprising: a photomultiplier tube which is configured to detect light from a reaction vessel, wherein a sensitivity of the photomultiplier tube decreases as the total light irradiation time increases; and a determination unit which is configured to determine an output signal of the photomultiplier tube in a case where the photomultiplier tube is irradiated with first light; characterized by further including a control unit which is configured to calculate a target irradiation amount of the photomultiplier tube with second light to lower a sensitivity of the photomultiplier tube in accordance with a determination result by the determination unit and to continuously irradiate the photomultiplier tube with the second light until the target irradiation amount is reached and the sensitivity of the photomultiplier tube reaches a target value. a photomultiplier tube which is configured to detect light from a reaction vessel, wherein a sensitivity of the photomultiplier tube decreases as the total light irradiation time increases; and a determination unit which is configured to determine an output signal of the photomultiplier tube in a case where the photomultiplier tube is irradiated with first light;
Cosmetic or dermatological composition comprising, in a physiologically acceptable medium, an association comprising at least ascorbic acid and a metal salt of phosphorylated ascorbic acid, the composition comprising from 0.0001 to 15 % by weight of ascorbic acid and from 0.001 to 10 % by weight of metal salt of phosphorylated ascorbic acid relative to the total weight of the composition.
An arrangement including a gas turbine and maintenance apparatus for the turbine, the turbine having a shaft, a bearing for the shaft, a bearing housing and a turbine bellmouth adjacent the bearing housing, the apparatus (2, 12), for performing in-situ maintenance on a bearing area of the turbine, the arrangement being characterised by: a set of rails sized to couple with the gas turbine and rest coaxially with a bearing (13, 15) in the bearing area adjacent the gas turbine, the set of rails for supporting a portion of a housing of the bearing (13, 15); a first platform spanning between the set of rails; a lifting device coupled to the first platform for engaging an inlet bellmouth of the gas turbine, and a second platform suspended from the set of rails sized to accommodate an operator. a set of rails sized to couple with the gas turbine and rest coaxially with a bearing (13, 15) in the bearing area adjacent the gas turbine, the set of rails for supporting a portion of a housing of the bearing (13, 15); a first platform spanning between the set of rails; a lifting device coupled to the first platform for engaging an inlet bellmouth of the gas turbine, and a second platform suspended from the set of rails sized to accommodate an operator.
A device for conveying coating powder from a powder container (12, 24), wherein the device comprises the following: - a powder conveying tube having a powder inlet through which coating powder can be fed from a powder container (12, 24) to the powder conveying tube, in particular by means of suction; and - a powder conveying tube retainer for holding the powder conveying tube; wherein the powder conveying tube is selectively displaceable relative to the powder conveying tube retainer in the longitudinal direction of the powder conveying tube, and wherein for the purpose of cleaning the powder conveying tube, the powder inlet of the powder conveying pipe can be closed and a compressed air line can be connected to the powder conveying tube, wherein the powder conveying tube retainer comprises a guide region having a connecting passage arranged coaxially and concentrically to the longitudinal axis of the powder conveying tube through which at least part of the powder conveying tube extends, characterized in that a slider/closure assembly having a slider/closure element is provided which is displaceable relative to the powder conveying tube retainer and relative to the powder conveying tube extending at least partially through the connecting passage of the powder conveying tube retainer from a first position, in which at least part of the slider/closure element covers a passage opening of the connecting passage formed in the guide region, into a second position in which the slider/closure element exposes the passage opening of the connecting passage formed in the guide region such that the powder conveying tube can be displaced relative to the guide region through the connecting passage of said guide region in the longitudinal direction of the powder conveying tube, and a compressed air outlet of the compressed air line is connected to the slider/closure element such that the compressed air outlet discharges into the passage opening of the connecting passage formed in the guide region in the first position of the slider/closure element. - a powder conveying tube having a powder inlet through which coating powder can be fed from a powder container (12, 24) to the powder conveying tube, in particular by means of suction; and - a powder conveying tube retainer for holding the powder conveying tube;
Method of detecting a point of contact between a tip of an instrument and a writing support, the instrument being chosen in the group composed of a pen and of an eraser, this method comprising the determination, with the aid of a magnetic object fixed without any degree of freedom on the instrument, of the height of a point of the instrument with respect to a bearing face of a tablet, this bearing face constituting the writing support or supporting the writing support, this method comprising: - the comparison of the height determined with a preconfigured contact threshold, and - the detection of a point of contact between the tip of the instrument and the writing support if the height determined is less than the contact threshold and, in the converse case, the absence of detection of a point of contact between the tip of the instrument and the writing support, characterized in that the method also comprises: a phase of automatic configuration of the contact threshold, this configuration phase comprising: - the recording of all the measurements of the height of the point of the instrument carried out over a time interval during which the instrument is used to write on the writing support, and - the choosing of the value of the contact threshold as a function of the height measurements recorded. - the comparison of the height determined with a preconfigured contact threshold, and - the detection of a point of contact between the tip of the instrument and the writing support if the height determined is less than the contact threshold and, in the converse case, the absence of detection of a point of contact between the tip of the instrument and the writing support, a phase of automatic configuration of the contact threshold, this configuration phase comprising: - the recording of all the measurements of the height of the point of the instrument carried out over a time interval during which the instrument is used to write on the writing support, and - the choosing of the value of the contact threshold as a function of the height measurements recorded. - the recording of all the measurements of the height of the point of the instrument carried out over a time interval during which the instrument is used to write on the writing support, and - the choosing of the value of the contact threshold as a function of the height measurements recorded.
Torque-limiting device for the secure transmission of a rotation between an inlet baseplate and an outlet baseplate, both being part of the said torque-limiting device, which also comprises at least one drive bolt that forms a breaking element by shearing in case of a torque exceeding a predetermined threshold, and where the said bolt comprises a nut and a screw and has locking parts, characterized in that the torque-limiting device further has an intermediate baseplate that is driven by the inlet baseplate and that drives the outlet baseplate, the at least one bolt ensures the driving of the intermediate baseplate by the inlet baseplate or the driving of the outlet baseplate by the intermediate baseplate, the intermediate baseplate has at least one locking element by shape cooperation with a locking part of the bolt, i.e., essentially the nut or the head of the screw of the bolt, to allow it to be mounted with a single screwing tool, and the torque-limiting device has a larger number of locking elements than of bolts.