mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical device for carrying out an electrosurgical intervention on a patient, having an apparatus that comprises a generator for creation of treatment voltage and a control device for controlling the generator , having an instrument that comprises at least one electrode and that is connected to generator , having a sensor that is configured for attachment on the patient and for detection of a movement of the patient and that is connected to the control device , wherein the sensor is configured to emit a signal corresponding to a movement speed or an acceleration, wherein the control device has a signal evaluation device which is arranged to monitor the signal (S) supplied by the sensor at least with regard to two threshold values (sa, sw) in order to generate a warning signal when a first threshold value (sw) is exceeded and a switch-off signal for the generator when a second threshold value (sa) is exceeded, the first threshold value being smaller than the second threshold value. having an apparatus that comprises a generator for creation of treatment voltage and a control device for controlling the generator , having an instrument that comprises at least one electrode and that is connected to generator , having a sensor that is configured for attachment on the patient and for detection of a movement of the patient and that is connected to the control device , wherein the sensor is configured to emit a signal corresponding to a movement speed or an acceleration, wherein the control device has a signal evaluation device which is arranged to monitor the signal (S) supplied by the sensor at least with regard to two threshold values (sa, sw) in order to generate a warning signal when a first threshold value (sw) is exceeded and a switch-off signal for the generator when a second threshold value (sa) is exceeded, the first threshold value being smaller than the second threshold value.
A polyurethane which is capable of intrinsic self-healing and which is the reaction product of reactants comprising: (A) a polyol having a number average molecular weight in the range from 1000 to 6000, wherein the polyol comprises: (i) at least one dimer fatty residue; (ii) at least one urethane or amide group; and (iii) at least two hydroxyl end groups, and wherein the polyol (A) includes more urethane, and/or amide groups in total than ester groups and comprises at least two internal groups which are capable of hydrogen bonding within the polyurethane; (B) a polyisocyanate; and (C) optionally, a chain extender. (A) a polyol having a number average molecular weight in the range from 1000 to 6000, wherein the polyol comprises: (i) at least one dimer fatty residue; (ii) at least one urethane or amide group; and (iii) at least two hydroxyl end groups, and wherein the polyol (A) includes more urethane, and/or amide groups in total than ester groups and comprises at least two internal groups which are capable of hydrogen bonding within the polyurethane; (i) at least one dimer fatty residue; (ii) at least one urethane or amide group; and (iii) at least two hydroxyl end groups, (B) a polyisocyanate; and (C) optionally, a chain extender.
An apparatus for treating horticultural products, such as blueberries and the like, comprising in series at least one station for loading the horticultural products (A), at least one preliminary checking station , at least one alignment station , for their subsequent advancement aligned on at least one row, at least one viewing station , for acquiring information related to at least one parameter of interest of each horticultural product (A), such as the color, size, shape, sugar content, defectiveness, and the like, at least one distribution station , for sorting the products (A) into uniform subgroups, as a function of the information acquired by said viewing station , and at least one recirculation apparatus, for returning, at least to said viewing station , any horticultural products (A) that have not been sorted by said distribution station , characterized in that it comprises at least one sensor for detecting any presence of horticultural products (A), which is arranged downstream of said distribution station along a transit line of said products (A), which leads to said recirculation apparatus, said at least one detection sensor being associated with at least one electronic control and management unit, which is provided with at least one module for counting the number of detected horticultural products (A).
Dual-polarized radiating element , comprising a feeding arrangement having a planar shape comprising four feedable slots , which extend from a periphery towards a center of the planar shape of the feeding arrangement and are arranged at regular angular intervals of the planar shape forming a first angular arrangement, and four dipole arms , which extend from the feeding arrangement outwards with respect to the center of the planar shape and are arranged at regular angular intervals of the planar shape forming a second angular arrangement, characterised in that the second angular arrangement of the four dipole arms is rotated with respect to the first angular arrangement of the four slots , wherein the feeding arrangement comprises four transmission lines , each transmission line crossing one of the four slots . a feeding arrangement having a planar shape comprising four feedable slots , which extend from a periphery towards a center of the planar shape of the feeding arrangement and are arranged at regular angular intervals of the planar shape forming a first angular arrangement, and four dipole arms , which extend from the feeding arrangement outwards with respect to the center of the planar shape and are arranged at regular angular intervals of the planar shape forming a second angular arrangement, characterised in that the second angular arrangement of the four dipole arms is rotated with respect to the first angular arrangement of the four slots , wherein the feeding arrangement comprises four transmission lines , each transmission line crossing one of the four slots .
Ultrasonic transducer for mounting in an ultrasonic flowmeter for measuring the flow of a flowing medium, comprising an electromechanical transducer element for generating ultrasonic signals, a carrier and a housing , wherein the electromechanical transducer element is arranged in the carrier , wherein the housing consists at least in part of an electroconductive material, wherein the carrier has a carrier material with an acoustic impedance, wherein the acoustic impedance value of the carrier material lies between the acoustic impedance value of the electromechanical transducer element and the acoustic impedance value of the flowing medium to be measured, wherein the carrier is at least partially electroconductive, wherein the carrier and the housing are electroconductively connected to one another and wherein the electromechanical transducer element and the carrier are electroconductively connected to one another, characterized in that the carrier material consists in least in part of a conductive polymer or that the carrier material consists of a conductive ceramic materal.
Luggage-type baggage article, comprising at least two half-shells as well as a extendable and retractable handle mechanism which is at least partly housed in one of the half-shells and which is configured to lock/unlock a handle of the article in a position selected from a plurality of extension positions of the handle relative to the half-shells, by rotation of a grip portion of the handle; the extendable and retractable handle mechanism comprising a handle axle to which is mechanically connected the grip portion which is able to rotate, at least one sheath mounted to be fixed in one of the half-shells, at least one elongate member of specific cross-section mounted to be movable in translation relative to the sheath, at least one locking/unlocking system mechanically connected to said at least one elongate member of specific cross-section and housed at least partly in said at least one sheath , at least one interface system configured to be actuated by the handle axle and to actuate the locking/unlocking system, and at least one support member forming a housing for a portion of the handle axle and furthermore for said at least one interface system, said at least one support member being provided with a wall forming at the same time a guide and a rotational stop for said at least one interface system and for the handle axle between a first position of the grip portion and of the handle axle, where said at least one locking/unlocking system locks the handle in the selected position, and a second position of the grip portion and of the handle axle obtained by rotation of the grip portion, where said at least one locking/unlocking system unlocks the handle.
A utility meter comprising: a metrology engine configured to measure consumption of a resource and to generate consumption data based on the consumption of the resource, the metrology engine comprising: a metrology processor; a dedicated memory; and a first operation system being a real-time operating system, RTOS, run on the utility meter by the metrology processor to enable the metrology engine to run time-critical metrology functions in real time; a microprocessing unit, MPU, coupled to the metrology processor, the MPU comprising more than one processor core ; a second operating system distinct from the first operating system and run on the utility meter by the MPU; one or more metrology applications run by the MPU over the second operating system of the MPU, wherein the one or more metrology applications utilize the consumption data; and a primary memory associated with the MPU, wherein the dedicated memory of the metrology engine comprises a logical partition of the primary memory. a metrology engine configured to measure consumption of a resource and to generate consumption data based on the consumption of the resource, the metrology engine comprising: a metrology processor; a dedicated memory; and a first operation system being a real-time operating system, RTOS, run on the utility meter by the metrology processor to enable the metrology engine to run time-critical metrology functions in real time; a metrology processor; a dedicated memory; and a first operation system being a real-time operating system, RTOS, run on the utility meter by the metrology processor to enable the metrology engine to run time-critical metrology functions in real time; a microprocessing unit, MPU, coupled to the metrology processor, the MPU comprising more than one processor core ; a second operating system distinct from the first operating system and run on the utility meter by the MPU; one or more metrology applications run by the MPU over the second operating system of the MPU, wherein the one or more metrology applications utilize the consumption data; and a primary memory associated with the MPU, wherein the dedicated memory of the metrology engine comprises a logical partition of the primary memory.
A vehicle control apparatus comprising: a clocking section which clocks time after an operation section is operated until a certain period of time elapses; and a vehicle control section which starts a first control in a case where a vehicle is stopped within the certain period of time after the operation section is operated, the first control corresponding to a control executed in a case where the operation section is operated in a state where the vehicle is stopped characterized by a determination section which determines the presence or absence of intention to stop the vehicle of a driver, based on a traveling state of the vehicle or an operation performed by the driver of the vehicle, wherein the vehicle control section starts the first control in a case where the determination section determines that the driver has the intention to stop the vehicle and the vehicle is stopped within the certain period of time after the operation section is operated, wherein the traveling state includes an acceleration in a forward-rearward direction of the vehicle and a vehicle speed of the vehicle, and the determination section determines that the driver has the intention to stop the vehicle in a case where it is detected that the vehicle is decelerated from the acceleration in the forward-rearward direction of the vehicle and the vehicle speed of the vehicle is equal to or lower than a threshold value. a clocking section which clocks time after an operation section is operated until a certain period of time elapses; and a vehicle control section which starts a first control in a case where a vehicle is stopped within the certain period of time after the operation section is operated, the first control corresponding to a control executed in a case where the operation section is operated in a state where the vehicle is stopped characterized by a determination section which determines the presence or absence of intention to stop the vehicle of a driver, based on a traveling state of the vehicle or an operation performed by the driver of the vehicle, wherein the vehicle control section starts the first control in a case where the determination section determines that the driver has the intention to stop the vehicle and the vehicle is stopped within the certain period of time after the operation section is operated, wherein the traveling state includes an acceleration in a forward-rearward direction of the vehicle and a vehicle speed of the vehicle, and the determination section determines that the driver has the intention to stop the vehicle in a case where it is detected that the vehicle is decelerated from the acceleration in the forward-rearward direction of the vehicle and the vehicle speed of the vehicle is equal to or lower than a threshold value.
An aircraft landing gear comprising: an oleo pneumatic shock absorber ; and characterised by a gauge attached to the shock absorber, the gauge being for indicating whether the oil level in the oleo-pneumatic shock absorber requires modification, the gauge comprising: a substrate for positioning relative to the oleo-pneumatic shock absorber, the substrate comprising: a first region arranged to encompass a range of possible oil levels within the oleo-pneumatic shock absorber; a second region corresponding to a range of possible extension states of the oleo-pneumatic shock absorber; and a third region comprising one or more traces (18a - 18c), each trace corresponding to an oil temperature value and being indicative of an optimum relationship between the range of possible oil levels and the range of possible extension states at the respective temperature value associated with the trace, the gauge being attached to the shock absorber such that the first region of the gauge encompasses a range of possible oil levels for the shock absorber; wherein the first region comprises a side face of the substrate, or a slot in the substrate by means of which a range of possible oil levels for the shock absorber can be detected by means of a sensor. an oleo pneumatic shock absorber ; and characterised by a gauge attached to the shock absorber, the gauge being for indicating whether the oil level in the oleo-pneumatic shock absorber requires modification, the gauge comprising: a substrate for positioning relative to the oleo-pneumatic shock absorber, the substrate comprising: a first region arranged to encompass a range of possible oil levels within the oleo-pneumatic shock absorber; a second region corresponding to a range of possible extension states of the oleo-pneumatic shock absorber; and a third region comprising one or more traces (18a - 18c), each trace corresponding to an oil temperature value and being indicative of an optimum relationship between the range of possible oil levels and the range of possible extension states at the respective temperature value associated with the trace, the gauge being attached to the shock absorber such that the first region of the gauge encompasses a range of possible oil levels for the shock absorber; a first region arranged to encompass a range of possible oil levels within the oleo-pneumatic shock absorber; a second region corresponding to a range of possible extension states of the oleo-pneumatic shock absorber; and a third region comprising one or more traces (18a - 18c), each trace corresponding to an oil temperature value and being indicative of an optimum relationship between the range of possible oil levels and the range of possible extension states at the respective temperature value associated with the trace, the gauge being attached to the shock absorber such that the first region of the gauge encompasses a range of possible oil levels for the shock absorber; wherein the first region comprises a side face of the substrate, or a slot in the substrate by means of which a range of possible oil levels for the shock absorber can be detected by means of a sensor.
A stretch-blown plastic container with a container body which encloses a filling volume and is with a container bottom , and with a container neck which connects at the opposite end of the container body and is with a container opening, as well as with a handle region which is designed in an integrated manner, is designed in a hollow manner and is in connection with the filling volume which is enclosed by the container body , wherein a grip-through opening is recessed between the handle region and the container body , wherein the container body is designed in a single-layered or multi-layered manner and comprises a mass share of at least 80% of a plastic primary component from the group consisting of polyethylene terephthalate, polyethylene naphthalate, polyethylene furanoate, their copolymers or mixtures of the mentioned plastics, and that the grip-through opening over its entire periphery is edged by wall parts of the container body and of the handle region , said wall parts being welded to one another, characterised in that the wall parts which are welded to one another are materially connected to one another in a laser welding method.
A distributor for a hydraulic apparatus, comprising a core and a distribution ring rotatably mounted around the core along an axis (A) defining a proximal end and a distal end , the distribution ring and the core being slidably mounted relative to each other along the axis (A), the core having a plurality of inner grooves opening into an outer periphery of the core , the distribution ring having a plurality of outer grooves opening into an inner periphery of the distribution ring , said inner and outer grooves being configured so as to be brought into fluid communication and form fluid circulation ducts, the core comprising a plurality of sealing segments configured so as to isolate each of said fluid circulation ducts, the core having an outer section decreasing from a distal end towards a proximal end , wherein one among the core and the distribution ring comprises an abutment configured so as to come into contact with a wall of the other among the core and the distribution ring in order to limit the movement of the core relative to the distribution ring along a direction defined by the axis (A), from the distal end towards the proximal end , each of said sealing segments of the core being positioned in a housing arranged in the core , and bearing against an inner face of the distribution ring , the distributor being characterized in that : the abutment is configured so as to limit the movement of the core relative to the distribution ring along a direction defined by the axis (A) so that the distance between the proximal sealing segment and the proximal clearance of the distribution ring remains a non-zero distance, the proximal sealing segment being the closest sealing segment along the axis (A) of the proximal end of the core , and the proximal clearance of the distribution ring being defined as the first variation in section of the inner surface of the distribution ring bearing against the proximal sealing segment towards a proximal end of the distribution ring . the abutment is configured so as to limit the movement of the core relative to the distribution ring along a direction defined by the axis (A) so that the distance between the proximal sealing segment and the proximal clearance of the distribution ring remains a non-zero distance, the proximal sealing segment being the closest sealing segment along the axis (A) of the proximal end of the core , and the proximal clearance of the distribution ring being defined as the first variation in section of the inner surface of the distribution ring bearing against the proximal sealing segment towards a proximal end of the distribution ring .
Lift truck for use with an excavator, wherein a load can be lifted with the lift truck , wherein the lift truck comprises a lifting device , a bearing device and at least one chassis element , characterised in that the lifting device and the chassis element are connected together in a connecting region of the lift truck and are connected to the chassis element so as to be pivotable about an axis of rotation by the bearing device , wherein the axis of rotation is oriented parallel to a contact plane of the chassis element , wherein the lifting device comprises a load portion and a manipulation portion , wherein at least one coupling means is arranged in the manipulation portion , wherein a manipulation force exerted by the excavator can be introduced via the coupling means into a force application point arranged in the manipulation portion , wherein the lift truck , when used for its intended purpose, stands with the at least one chassis element on the contact plane and a movement of the lift truck on the ground is facilitated by the chassis element , wherein a load carrying means is arranged in the load portion , wherein a weight-force exerted by the load can be introduced via the load carrying means into a load application point arranged in the load portion , wherein a lever is formed by the lifting device , wherein the lever arm of the lever corresponds to a force application point distance between the force application point and the axis of rotation , wherein the load arm of the lever corresponds to a load application point distance between the load application point and the axis of rotation , so that the excavator is able to lift a load which exerts a weight-force which is greater than the maximum manipulation force which can be exerted by the excavator, and wherein the coupling means is so configured that the lift truck can be fixed by means of the coupling means to an equipment mount of a boom of the excavator.
Hand-held power tool , in particular angle grinder having a transmission housing part , wherein the transmission housing part has at least one machine-side contact element , having an accessory , wherein the accessory has at least one accessory-side contact element , characterized in that, with the accessory fitted on the hand-held power tool , the machine-side contact element comes into contact with the accessory-side contact element , wherein a blocking element is arranged in the transmission housing part , said blocking element being intended to block a mechanical element when the accessory is not fitted, such that the hand-held power tool cannot be switched on, wherein the blocking element has a stop , such that the mechanical element moves against the stop of the blocking element when the accessory is not fitted.