mhurhangee/ep-ind-claims huggingface dataset:
Compensating apparatus for a handling device, the compensating apparatus having a first interface portion for a manipulator and a second interface portion for an end effector, with the result that the compensating apparatus can be arranged between the manipulator and the end effector, with at least one joint device, the at least one joint device being oriented between the interface portions (7a,b) in an identically directed manner with respect to a first axis and having a first and a second joint partner (9, 10), the first joint partner being connected to the first interface portion, and the second joint partner being connected to the second interface portion, the one joint partner having a ball portion and the other joint partner having a receiving portion for the ball portion, with the result that the joint device forms a pivoting joint or a ball joint, the receiving portion comprising at least one ramp region, it being possible for the ball portion to be displaced from a normal position in a transverse direction (X-Y) with respect to the first axis into a compensating position, with the result that the joint device forms a plunge joint, with a prestressing device for prestressing the joint device, with the result that the ball portion is returned from the compensating position into the normal position, characterized by at least one latch device for locking all the degrees of motion freedom (TX, TY, TZ, RX, RY, RZ) between the first and the second interface portion (7a,b), the latch device locking the prestressing device. the compensating apparatus having a first interface portion for a manipulator and a second interface portion for an end effector, with the result that the compensating apparatus can be arranged between the manipulator and the end effector, with at least one joint device, the at least one joint device being oriented between the interface portions (7a,b) in an identically directed manner with respect to a first axis and having a first and a second joint partner (9, 10), the first joint partner being connected to the first interface portion, and the second joint partner being connected to the second interface portion, the one joint partner having a ball portion and the other joint partner having a receiving portion for the ball portion, with the result that the joint device forms a pivoting joint or a ball joint, the receiving portion comprising at least one ramp region, it being possible for the ball portion to be displaced from a normal position in a transverse direction (X-Y) with respect to the first axis into a compensating position, with the result that the joint device forms a plunge joint, with a prestressing device for prestressing the joint device, with the result that the ball portion is returned from the compensating position into the normal position, characterized by at least one latch device for locking all the degrees of motion freedom (TX, TY, TZ, RX, RY, RZ) between the first and the second interface portion (7a,b), the latch device locking the prestressing device.
A rain gauge (10,302) for measurement of rain fall, said rain gauge (10, 302) including a measurement chamber having an inlet port (32, 332) at one end and a drainage port (34, 66) at the other end, said drainage port (34, 66) being closed by a ball valve, said ball valve programmable to be opened at predefined events to release water collected in said measurement chamber, a funnel or collector adapted to receive rain fall, said funnel or collector opening into said inlet port (32, 332), and an ultrasonic transducer for transmitting and receiving acoustic signals into said measurement chamber, said ultrasonic transducer being programmable to determine the water level in said measurement chamber and being programmable to allow calibration of said rain gauge (10, 302) based on the distance between said ultrasonic transducer and said ball valve surface, said calibration being done regularly in order to account for the temperature and humidity dependence of the sound speed..
A method for use in a wireless transmitter of adaptive cyclic redundancy check length selection, the method comprising: obtaining a system parameter related to a number of beam sweeps, L test, used by the wireless transmitter for transmitting a wireless signal, wherein the obtained system parameter comprises a number of transmit antenna elements; determining the number of beam sweeps based on the number of transmit antenna elements; selecting a CRC length by direct calculation based on the determined number of beam sweeps; selecting a CRC polynomial of the selected length; generating CRC bits from time-dependent or time-independent information bits using the selected CRC polynomial; concatenating the generated CRC bits with the time-dependent or time-independent information bits; encoding the concatenated bits; and transmitting the encoded bits to a wireless receiver. obtaining a system parameter related to a number of beam sweeps, L test, used by the wireless transmitter for transmitting a wireless signal, wherein the obtained system parameter comprises a number of transmit antenna elements; determining the number of beam sweeps based on the number of transmit antenna elements; selecting a CRC length by direct calculation based on the determined number of beam sweeps; selecting a CRC polynomial of the selected length; generating CRC bits from time-dependent or time-independent information bits using the selected CRC polynomial; concatenating the generated CRC bits with the time-dependent or time-independent information bits; encoding the concatenated bits; and transmitting the encoded bits to a wireless receiver.
An elevator apparatus, comprising: a car and a balance weight suspended by a main rope; a hoist that generates driving force for moving the car and the balance weight; a movement detector that generates a signal corresponding to movement of the car; a brake device that brakes the movement of the car in a state in which driving of the hoist is stopped; and characterised by a brake control device that generates a target pattern concerning at least one of speed and acceleration of the car in a state in which the driving of the hoist is stopped and in which the car is stopped between upper and lower floors, and that controls braking force of the brake device in a rescue operation based on the signal from the movement detector such that the movement of the car follows the target pattern, wherein an adjustment of the braking force during the rescue operation is performed according to the control of the brake device by the brake control device so as to move the car to a closest floor. a car and a balance weight suspended by a main rope; a hoist that generates driving force for moving the car and the balance weight; a movement detector that generates a signal corresponding to movement of the car; a brake device that brakes the movement of the car in a state in which driving of the hoist is stopped; and
A pulling device for pulling a vehicle, in particular for a railway vehicle, the pulling device including: - at least one motor comprising an output shaft, - an epicyclic gear train, comprising a first element, a second element, and a third element selected from an internal sun gear, an external ring gear, and a planet carrier carrying the planet gears that engage by intermeshing with the internal sun gear and with the external ring gear, the first element being integrally secured in rotation with the output shaft, the second element being designed to drive an axle of the vehicle in rotation; - releasable locking means, that are capable of assuming a locking configuration in which they immobilise the third element in rotation, and a release configuration in which the third element is released so as to be freely rotatable; characterized in that it comprises: - detection means for detecting an anomaly with respect to the motor; - control means for controlling the locking means, that are capable of maintaining the locking means in the locking configuration when the detection means do not detect any anomalies, and of moving the locking means into the release configuration when the detection means detect an anomaly. - at least one motor comprising an output shaft, - an epicyclic gear train, comprising a first element, a second element, and a third element selected from an internal sun gear, an external ring gear, and a planet carrier carrying the planet gears that engage by intermeshing with the internal sun gear and with the external ring gear, the first element being integrally secured in rotation with the output shaft, the second element being designed to drive an axle of the vehicle in rotation; - releasable locking means, that are capable of assuming a locking configuration in which they immobilise the third element in rotation, and a release configuration in which the third element is released so as to be freely rotatable; characterized in that it comprises: - detection means for detecting an anomaly with respect to the motor; - control means for controlling the locking means, that are capable of maintaining the locking means in the locking configuration when the detection means do not detect any anomalies, and of moving the locking means into the release configuration when the detection means detect an anomaly.
A blower unit for a vehicle HVAC system which is operable in one of a fresh air mode (see Fig. 3), a recirculation air mode (see Fig. 4) and a mixture mode (see Fig. 5), the blower unit comprising: a housing defining an exterior fresh air intake aperture, an interior recirculation air intake aperture and a suction passage in communication with both the exterior and interior air intake apertures; a first door operably associated with the exterior air intake aperture for selectively opening and closing the exterior air intake aperture; a second door operably associated with the interior air intake aperture for selectively opening and closing the interior air intake aperture, the first and second doors (258, 260) being movable independent of each other; a partition located in the suction passage for at least partially dividing the suction passage into a first suction passage and a second suction passage, the partition being selectively engaged by the first and second doors (258, 260) depending on the mode of the HVAC system; characterized in that in the mixture mode, the first door is configured to control ram pressure as vehicle speed increases to maintain a predetermined airflow ratio between fresh air flowing into the housing via the exterior air intake aperture and recirculation air flowing into the housing via the interior air intake aperture. a housing defining an exterior fresh air intake aperture, an interior recirculation air intake aperture and a suction passage in communication with both the exterior and interior air intake apertures; a first door operably associated with the exterior air intake aperture for selectively opening and closing the exterior air intake aperture; a second door operably associated with the interior air intake aperture for selectively opening and closing the interior air intake aperture, the first and second doors (258, 260) being movable independent of each other; a partition located in the suction passage for at least partially dividing the suction passage into a first suction passage and a second suction passage, the partition being selectively engaged by the first and second doors (258, 260) depending on the mode of the HVAC system;
An apparatus for detecting an uplink optical signal, comprising a control module and a test module, characterized in that, wherein: the control module is configured to determine a remaining bandwidth in a target uplink frame as a test window when the remaining bandwidth in the target uplink frame is greater than or equal to a first threshold, wherein the remaining bandwidth in the target uplink frame indicates an unallocated bandwidth after part of the bandwidth in the target uplink frame has been allocated for optical network units; and the test module is configured to detect an uplink optical signal in the test window determined by the control module. the control module is configured to determine a remaining bandwidth in a target uplink frame as a test window when the remaining bandwidth in the target uplink frame is greater than or equal to a first threshold, wherein the remaining bandwidth in the target uplink frame indicates an unallocated bandwidth after part of the bandwidth in the target uplink frame has been allocated for optical network units; and the test module is configured to detect an uplink optical signal in the test window determined by the control module.
An optical communication device comprising: - a reception conversion unit that is configured to receive an optical signal and to convert the optical signal to an electric signal; - a first conversion unit that is configured to convert the electric signal obtained by the conversion by the reception conversion unit to a plurality of electric signals; - a plurality of signal detection units (130_1 - 130_N); - a switch unit that is configured to changes paths; - a plurality of interface units (110_1 - 110_N); and - a control unit, wherein each of the plurality of interface units (110_1 - 110_N) is configured to execute a process based on a communication standard having been set, a first signal detection unit (130_1) among the plurality of signal detection units (130_1 - 130_N) is configured to detect a first electric signal among the plurality of electric signals, and when the first electric signal is a signal to be processed based on a first communication standard, the control unit is configured to control the switch unit so that the first electric signal is inputted to a first interface unit (110_2) that is configured to execute a process based on the first communication standard among the plurality of interface units (110_1 - 110_N). - a reception conversion unit that is configured to receive an optical signal and to convert the optical signal to an electric signal; - a first conversion unit that is configured to convert the electric signal obtained by the conversion by the reception conversion unit to a plurality of electric signals; - a plurality of signal detection units (130_1 - 130_N); - a switch unit that is configured to changes paths; - a plurality of interface units (110_1 - 110_N); and - a control unit, wherein each of the plurality of interface units (110_1 - 110_N) is configured to execute a process based on a communication standard having been set, a first signal detection unit (130_1) among the plurality of signal detection units (130_1 - 130_N) is configured to detect a first electric signal among the plurality of electric signals, and when the first electric signal is a signal to be processed based on a first communication standard, the control unit is configured to control the switch unit so that the first electric signal is inputted to a first interface unit (110_2) that is configured to execute a process based on the first communication standard among the plurality of interface units (110_1 - 110_N).
A device for covering a catheter access of a catheter to a human or animal body, particularly a central-venous catheter access, comprising: a wedge-shaped, gel-like guiding element to be arranged between the catheter of the catheter access and the surface of the human or animal body, configured to guide the catheter relative to an entry point into the human or animal body; a flexible, self-adhesive covering element which covers and fixes the wedge-shaped guiding element and the catheter in an area of the entry point into the human or animal body; wherein the self-adhesive covering element is configured to be adhesively affixed directly to the surface of the human or animal body that the catheter and the wedge-shaped guiding element are configured to be at least partially arranged between the covering element and the surface of the human or animal body; and a gel-like fixing element configured to be arranged between the catheter and the self-adhesive covering element and configured such that the catheter is fixed relative to the entry point and the self-adhesive covering element; wherein the fixing element has recesses or cut-outs for the entry point, the catheter and the wedge-shaped guiding element on the side facing the human or animal body during use. a wedge-shaped, gel-like guiding element to be arranged between the catheter of the catheter access and the surface of the human or animal body, configured to guide the catheter relative to an entry point into the human or animal body; a flexible, self-adhesive covering element which covers and fixes the wedge-shaped guiding element and the catheter in an area of the entry point into the human or animal body; wherein the self-adhesive covering element is configured to be adhesively affixed directly to the surface of the human or animal body that the catheter and the wedge-shaped guiding element are configured to be at least partially arranged between the covering element and the surface of the human or animal body; and a gel-like fixing element configured to be arranged between the catheter and the self-adhesive covering element and configured such that the catheter is fixed relative to the entry point and the self-adhesive covering element; wherein the fixing element has recesses or cut-outs for the entry point, the catheter and the wedge-shaped guiding element on the side facing the human or animal body during use.
A submerged arc welding method for a steel plate using three or more electrodes (1, 2, 3), wherein a first electrode at the head in a welding direction has a wire diameter of 2.0 to 3.2 mm and a current density of 145 A/mm 2 or more, and second and subsequent electrodes (2, 3) are arranged behind the first electrode in a line, characterized in that a groove formed in a steel plate to be welded has a two-step groove shape satisfying θ B < θ T where θ B is a groove angle of a bottom layer, and θ T is a groove angle of a surface layer, and wherein the groove angle θ B of the bottom layer is 40 to 70° and the groove angle θ T of the surface layer is 90 to 120°.
A protective mask comprising: a breathing chamber; an inlet chamber defining a flow passage leading into the breathing chamber; a first check valve between the inlet chamber and the breathing chamber, the first check valve configured to allow air flow from the inlet chamber into the breathing chamber; an exhaust chamber; a second check valve between the breathing chamber and the exhaust chamber, the second check valve configured to allow air flow from the breathing chamber into the exhaust chamber; and an ultraviolet light source configured to administer a dose of ultraviolet light sufficient to decontaminate gas flowing through the exhaust chamber; wherein the exhaust chamber comprises a helical flow passage surrounding the ultraviolet light source, and an inlet passage arranged such that ultraviolet light emitted from the ultraviolet light source is not exposed to skin of a protective mask wearer. a breathing chamber; an inlet chamber defining a flow passage leading into the breathing chamber; a first check valve between the inlet chamber and the breathing chamber, the first check valve configured to allow air flow from the inlet chamber into the breathing chamber; an exhaust chamber; a second check valve between the breathing chamber and the exhaust chamber, the second check valve configured to allow air flow from the breathing chamber into the exhaust chamber; and an ultraviolet light source configured to administer a dose of ultraviolet light sufficient to decontaminate gas flowing through the exhaust chamber; wherein the exhaust chamber comprises a helical flow passage surrounding the ultraviolet light source, and an inlet passage arranged such that ultraviolet light emitted from the ultraviolet light source is not exposed to skin of a protective mask wearer. a helical flow passage surrounding the ultraviolet light source, and an inlet passage arranged such that ultraviolet light emitted from the ultraviolet light source is not exposed to skin of a protective mask wearer.
Fan having a memory read-out device for reading-out configuration parameters from a data memory of the fan, formed with a display device, the display device displaying information about the configuration parameters in the zero potential state of the fan, wherein the display device is an electronic bistable display, characterized in that the bistable display is formed to display a 1D or 2D barcode containing the current information about the configuration parameters.
Heating module for heating at least one film element, wherein the heating module has two or more heating segments each having one or more heating elements for heating a first region of the film element associated with the respective heating segment, wherein at least one of the heating segments comprises at least one sensor for measuring the state of the heating of the film element, and wherein the heating module has a setting device, by means of which the relative positional arrangement of two or more of the heating segments compared to each other can be changed, in particular wherein the setting device has one or more electrical servo motors and/or one or more pneumatic and/or hydraulic actuators, by means of which the relative positional arrangement of two or more of the heating segments compared to each other can be changed.
A hammock comprising: a pair of suspension points provided on opposed sides of the hammock that the hammock is arranged to suspend from in use; a mid-section for supporting a user's body when lying in a sleeping position; and a pair of wings extending outwardly from opposing edges of the mid-section substantially to the suspension points, the wings comprising woven fabric panels, characterised in that: the hammock is a transverse hammock where the mid-section is able to support the user's body lying in a sleeping position in a direction substantially transverse to a line between the suspension points and the wings extend outwardly from lateral edges of the mid-section; the woven fabric panels of the wings have been cut on the bias, and the wings have been cut with a curved base edge having a profile that is configured to provide a substantially flat mid-section for the user when the hammock is under load from the user lying in the sleeping position. a pair of suspension points provided on opposed sides of the hammock that the hammock is arranged to suspend from in use; a mid-section for supporting a user's body when lying in a sleeping position; and a pair of wings extending outwardly from opposing edges of the mid-section substantially to the suspension points, the wings comprising woven fabric panels, characterised in that: the hammock is a transverse hammock where the mid-section is able to support the user's body lying in a sleeping position in a direction substantially transverse to a line between the suspension points and the wings extend outwardly from lateral edges of the mid-section; the woven fabric panels of the wings have been cut on the bias, and the wings have been cut with a curved base edge having a profile that is configured to provide a substantially flat mid-section for the user when the hammock is under load from the user lying in the sleeping position. the hammock is a transverse hammock where the mid-section is able to support the user's body lying in a sleeping position in a direction substantially transverse to a line between the suspension points and the wings extend outwardly from lateral edges of the mid-section; the woven fabric panels of the wings have been cut on the bias, and the wings have been cut with a curved base edge having a profile that is configured to provide a substantially flat mid-section for the user when the hammock is under load from the user lying in the sleeping position.