mhurhangee/ep-ind-claims huggingface dataset:
A forklift support leg, comprising: a support leg body, a driving wheel assembly, and a hinging plate, connected with the driving wheel assembly and hinged to the support leg body; wherein the hinging plate is perpendicularly disposed relative to a support direction of one or more driving wheels of the driving wheel assembly, or obliquely disposed relative to the support direction of the one or more driving wheels of the driving wheel assembly, wherein a limiting structure for limiting a range that the hinging plate rotates relative to the support leg body is disposed on the forklift support leg; characterized in that the limiting structure comprises a first limiting structure for limiting a range that the hinging plate rotates upward relative to the support leg body, and/or, a second limiting structure for limiting a range that the hinging plate rotates downward relative to the support leg body; wherein the first limiting structure comprises a first groove, the first groove with an opening facing downward is disposed on the support leg body, and a first end of the hinging plate is inserted a predetermined length into the first groove on the support leg body and hinged on the support leg body by a hinging shaft; the second limiting structure comprises a limiting groove opened at an end of the support leg body and a limiting column disposed on a side portion of the hinging plate, and the limiting column is located in the limiting groove. a support leg body, a driving wheel assembly, and a hinging plate, connected with the driving wheel assembly and hinged to the support leg body; wherein the hinging plate is perpendicularly disposed relative to a support direction of one or more driving wheels of the driving wheel assembly, or obliquely disposed relative to the support direction of the one or more driving wheels of the driving wheel assembly, wherein a limiting structure for limiting a range that the hinging plate rotates relative to the support leg body is disposed on the forklift support leg; characterized in that the limiting structure comprises a first limiting structure for limiting a range that the hinging plate rotates upward relative to the support leg body, and/or, a second limiting structure for limiting a range that the hinging plate rotates downward relative to the support leg body; wherein the first limiting structure comprises a first groove, the first groove with an opening facing downward is disposed on the support leg body, and a first end of the hinging plate is inserted a predetermined length into the first groove on the support leg body and hinged on the support leg body by a hinging shaft; the second limiting structure comprises a limiting groove opened at an end of the support leg body and a limiting column disposed on a side portion of the hinging plate, and the limiting column is located in the limiting groove.
Electrical plug-in coupling apparatus comprising a housing (1; 1') and a printed circuit board, wherein - the housing (1; 1') comprises a plastic part (1.3; 1.3') which has an inner surface and an outer surface, - the printed circuit board is fitted with at least one electronic component (2.1) and is arranged in the housing, - wherein the housing (1; 1') has a pocket (1.31), characterized in that the plastic part (1.3; 1.3') of the housing (1; 1') has the pocket (1.31), wherein a first metal layer (1.1) is applied at least to the outer surface, which first metal layer has - a first layer thickness in a first surface region and - a second layer thickness in a second surface region which is arranged in the pocket (1.31), wherein the second layer thickness is greater than the first layer thickness and the electronic component (2.1) is arranged in the housing (1; 1') such that it is thermally connected to the second surface region and a straight line (g) with a profile which is orthogonal relative to the printed circuit board intersects both the electronic component (2.1) and also the second surface region. - the housing (1; 1') comprises a plastic part (1.3; 1.3') which has an inner surface and an outer surface, - the printed circuit board is fitted with at least one electronic component (2.1) and is arranged in the housing, - wherein the housing (1; 1') has a pocket (1.31), characterized in that the plastic part (1.3; 1.3') of the housing (1; 1') has the pocket (1.31), wherein a first metal layer (1.1) is applied at least to the outer surface, which first metal layer has - a first layer thickness in a first surface region and - a second layer thickness in a second surface region which is arranged in the pocket (1.31), wherein the second layer thickness is greater than the first layer thickness and the electronic component (2.1) is arranged in the housing (1; 1') such that it is thermally connected to the second surface region and a straight line (g) with a profile which is orthogonal relative to the printed circuit board intersects both the electronic component (2.1) and also the second surface region.
An anti-drift system for roller positioners for a cylindrical body comprising: a first crossbeam on which a pair of driving rollers is mounted, being laterally spaced from each other; a second crossbeam on which a pair of idle rollers is mounted, being laterally spaced from each other; said pair of idle rollers being axially spaced from said pair of driving rollers; said pair of driving rollers being connected to a driving motor; a third cross beam mountable under said first crossbeam; characterised in that it comprises: a fourth crossbeam mountable under said second crossbeam; said fourth crossbeam consisting of a lower part fixable to the floor and by an upper part fixable below said second crossbeam; said lower part and said upper part sliding on top of one another; said system comprises a sensor designed to control the drift of said cylindrical body; a control centre that receives the values measured by said drift sensor and, under-framed on these values, control the sliding of said upper part in respect to said lower part.
A method for the early detection of acute kidney injury, comprising the determination of the heat shock protein 72 concentration as biomarker in a urine sample obtained from a mammal.
A seal for a male outlet having a predefined fluid regulating capability, the seal comprising: a seal body comprising: an aft end including a first surface abuttable with the male outlet and a second surface opposite the first surface; and a forward end defining a bore having a fluid regulating capability reduced as compared to the predefined fluid regulating capability of the male outlet; a female fitting comprising: an aft end configured for engagement with the male outlet; and a forward end disposable about the seal body; and an intermediate body interposable between the female fitting and the seal body and movable about the seal body with the female fitting, the intermediate body comprising a surface configured to abut with the second surface and to force the first surface against the male outlet as the aft end of the female fitting engages with the male outlet; characterised in that a forward-most end of the intermediate body comprises an axial flange and a region defined radially between the axial flange and the forward end of the seal body is receptive of a tube. a seal body comprising: an aft end including a first surface abuttable with the male outlet and a second surface opposite the first surface; and a forward end defining a bore having a fluid regulating capability reduced as compared to the predefined fluid regulating capability of the male outlet; an aft end including a first surface abuttable with the male outlet and a second surface opposite the first surface; and a forward end defining a bore having a fluid regulating capability reduced as compared to the predefined fluid regulating capability of the male outlet; a female fitting comprising: an aft end configured for engagement with the male outlet; and a forward end disposable about the seal body; and an aft end configured for engagement with the male outlet; and a forward end disposable about the seal body; and an intermediate body interposable between the female fitting and the seal body and movable about the seal body with the female fitting, the intermediate body comprising a surface configured to abut with the second surface and to force the first surface against the male outlet as the aft end of the female fitting engages with the male outlet; characterised in that a forward-most end of the intermediate body comprises an axial flange and a region defined radially between the axial flange and the forward end of the seal body is receptive of a tube.
An apparatus, comprising: (a) a base portion configured to selectively couple with a robotic arm; (b) a shaft assembly extending distally from the base portion, wherein the shaft assembly comprises: (i) an elongated shaft terminating into a distal end, and (ii) a distal anchoring member coupled to a portion of the elongated shaft; (c) a colpotomy cup slidably attached along a length of the elongated shaft, wherein the colpotomy cup is configured to acuate along the elongated shaft between a proximal position and a distal position; and characterized by comprising; (d) a colpotomy cup actuation assembly configured to drive the colpotomy cup between the proximal position and the distal position, wherein the colpotomy cup actuation assembly comprises: (i) an actuating assembly (472, 474) configured to operatively couple with a drive output of the robotic arm, and (ii) an elongated member extending distally from the actuating assembly and terminating into a distal end fixed relative to the colpotomy cup, wherein the actuating assembly is configured to drive movement of the elongated member relative to the elongated shaft to thereby drive movement of the colpotomy cup between the proximal position and the distal position. (a) a base portion configured to selectively couple with a robotic arm; (b) a shaft assembly extending distally from the base portion, wherein the shaft assembly comprises: (i) an elongated shaft terminating into a distal end, and (ii) a distal anchoring member coupled to a portion of the elongated shaft; (i) an elongated shaft terminating into a distal end, and (ii) a distal anchoring member coupled to a portion of the elongated shaft; (c) a colpotomy cup slidably attached along a length of the elongated shaft, wherein the colpotomy cup is configured to acuate along the elongated shaft between a proximal position and a distal position; and characterized by comprising; (d) a colpotomy cup actuation assembly configured to drive the colpotomy cup between the proximal position and the distal position, wherein the colpotomy cup actuation assembly comprises: (i) an actuating assembly (472, 474) configured to operatively couple with a drive output of the robotic arm, and (ii) an elongated member extending distally from the actuating assembly and terminating into a distal end fixed relative to the colpotomy cup, wherein the actuating assembly is configured to drive movement of the elongated member relative to the elongated shaft to thereby drive movement of the colpotomy cup between the proximal position and the distal position. (i) an actuating assembly (472, 474) configured to operatively couple with a drive output of the robotic arm, and (ii) an elongated member extending distally from the actuating assembly and terminating into a distal end fixed relative to the colpotomy cup, wherein the actuating assembly is configured to drive movement of the elongated member relative to the elongated shaft to thereby drive movement of the colpotomy cup between the proximal position and the distal position.
A clothes dryer comprising: a motor connected to a drum via a drive belt and configured to rotate the drum; a blow fan configured to circulate air, passing through the drum in response to driving of the motor; a driving controller configured to apply operation power to the motor so as to operate or stop the motor, and to control a rotation speed of the motor; a current sensing unit configured to measure a current value of the motor; and a controller configured to apply a control command to the driving controller so as to control the motor such that the drum rotates, and to sense an amount of laundry based on current values sensed by the current sensing unit while the drum rotates, wherein the controller is further configured to, when the amount of the laundry is sensed, perform control by distinguishing an acceleration stage in which a rotation speed of the drum increases and a maintaining stage in which the rotation speed is maintained, characterized in that the rotation speed of the drum is increased in a range of 39 rpm to 63 rpm in 5 sec during the acceleration stage with an acceleration gradient of the motor that is set within a range of 500 rpm/s to 1500 rpm/s in the acceleration stage. a motor connected to a drum via a drive belt and configured to rotate the drum; a blow fan configured to circulate air, passing through the drum in response to driving of the motor; a driving controller configured to apply operation power to the motor so as to operate or stop the motor, and to control a rotation speed of the motor; a current sensing unit configured to measure a current value of the motor; and a controller configured to apply a control command to the driving controller so as to control the motor such that the drum rotates, and to sense an amount of laundry based on current values sensed by the current sensing unit while the drum rotates, wherein the controller is further configured to, when the amount of the laundry is sensed, perform control by distinguishing an acceleration stage in which a rotation speed of the drum increases and a maintaining stage in which the rotation speed is maintained, characterized in that the rotation speed of the drum is increased in a range of 39 rpm to 63 rpm in 5 sec during the acceleration stage with an acceleration gradient of the motor that is set within a range of 500 rpm/s to 1500 rpm/s in the acceleration stage.
Acoustic flowmeter for non-invasively determining the flow or flow rate in electrically conductive objects through which media flows, in particular pipes or pipelines, comprising a transmitting transducer for generating at least one ultrasonic wave in the object, which wave is coupled into the medium as a longitudinal wave on an inner side of the object facing the medium, and comprising a receiving transducer for detecting an ultrasonic signal in the object, the ultrasonic signal resulting from the longitudinal wave, at least in part, the transmitting transducer being designed as a high-frequency induction coil, without an acoustic coupling of the transmitting transducer to the surface of the object, in order to generate a varying magnetic field in a surface-proximal region of the in particular metal object, and the ultrasonic wave being generated by the interaction between the varying magnetic field and a static or quasi-static magnetic field in this region, characterised in that the transmitting transducer is designed to generate Lamb waves of the nth order, where n is an integer that is greater than or equal to 0, the high frequency of the transducer being modified depending on the wall thickness of the object.
A wireless communication system comprising: a base station apparatus; and a terminal device, the base station apparatus comprising: a first mapping unit configured to map first control information indicative of data allocation of downlink in a first frequency band which needs a license to use for wireless communication, a second mapping unit configured to map second control information indicative of presence of permission of data transmission of uplink in a second frequency band which does not need the license to use for the wireless communication, a generator configured to generate a control channel signal by arranging the first control information and the second control information on different regions of radio resource in a control channel of the first frequency band, and a transmitter (117, 118) configured to transmit the control channel signal generated by the generator to the terminal device. a base station apparatus; and a terminal device, the base station apparatus comprising: a first mapping unit configured to map first control information indicative of data allocation of downlink in a first frequency band which needs a license to use for wireless communication, a second mapping unit configured to map second control information indicative of presence of permission of data transmission of uplink in a second frequency band which does not need the license to use for the wireless communication, a generator configured to generate a control channel signal by arranging the first control information and the second control information on different regions of radio resource in a control channel of the first frequency band, and a transmitter (117, 118) configured to transmit the control channel signal generated by the generator to the terminal device. a first mapping unit configured to map first control information indicative of data allocation of downlink in a first frequency band which needs a license to use for wireless communication, a second mapping unit configured to map second control information indicative of presence of permission of data transmission of uplink in a second frequency band which does not need the license to use for the wireless communication, a generator configured to generate a control channel signal by arranging the first control information and the second control information on different regions of radio resource in a control channel of the first frequency band, and a transmitter (117, 118) configured to transmit the control channel signal generated by the generator to the terminal device.
Capacitor for use in a high-voltage or medium-voltage sensor, comprising: an electrically conductive cylinder which forms part of a high-voltage or medium-voltage power conductor in a high-voltage ore medium-voltage power network; an electrically conductive or semi-conductive cylindrical shell or shell segment arranged concentrically around the electrically conductive cylinder; and a dielectric, the dielectric comprising: at least one dielectric layer having a positive thermal coefficient of relative permittivity; and at least one compensation dielectric layer having a negative thermal coefficient of relative permittivity, wherein the dielectric layers (3a or 3b, 6) are arranged between the electrically conductive cylinder and the electrically conductive or semi-conductive cylindrical shell or shell segment characterized in that the at least one compensation dielectric layer is chosen in such a way that it compensates for any changes in relative permittivity of the at least one other dielectric layer with temperature and therewith compensates any changes in capacitance value of the voltage sensor. an electrically conductive cylinder which forms part of a high-voltage or medium-voltage power conductor in a high-voltage ore medium-voltage power network; an electrically conductive or semi-conductive cylindrical shell or shell segment arranged concentrically around the electrically conductive cylinder; and a dielectric, the dielectric comprising: at least one dielectric layer having a positive thermal coefficient of relative permittivity; and at least one compensation dielectric layer having a negative thermal coefficient of relative permittivity, at least one dielectric layer having a positive thermal coefficient of relative permittivity; and at least one compensation dielectric layer having a negative thermal coefficient of relative permittivity, wherein the dielectric layers (3a or 3b, 6) are arranged between the electrically conductive cylinder and the electrically conductive or semi-conductive cylindrical shell or shell segment characterized in that the at least one compensation dielectric layer is chosen in such a way that it compensates for any changes in relative permittivity of the at least one other dielectric layer with temperature and therewith compensates any changes in capacitance value of the voltage sensor.
A medical device comprising: a handle; an end effector assembly; and a member connecting the handle to the end effector assembly, wherein the end effector assembly comprises opposing jaw portions each including a plurality of teeth, wherein each of the plurality of teeth includes a crest, a root, a first intermediate portion, which is a diagonal portion extending between a sharp, pointed tip of the crest and the root, and a second intermediate portion, which is a diagonal portion extending between a sharp, pointed tip of the crest and a root of an adjoining tooth, wherein surfaces of first intermediate portions contact surfaces of second intermediate portions of opposing jaw portions when the opposing jaw portions are in a closed configuration, characterized in that the root of each tooth has a recessed portion configured to accommodate the tip of the crest of an opposing tooth, and wherein a gap exists between the tip and the root of opposing teeth when the opposing jaw portions are in the closed configuration. a handle; an end effector assembly; and a member connecting the handle to the end effector assembly, wherein the end effector assembly comprises opposing jaw portions each including a plurality of teeth, wherein each of the plurality of teeth includes a crest, a root, a first intermediate portion, which is a diagonal portion extending between a sharp, pointed tip of the crest and the root, and a second intermediate portion, which is a diagonal portion extending between a sharp, pointed tip of the crest and a root of an adjoining tooth, wherein surfaces of first intermediate portions contact surfaces of second intermediate portions of opposing jaw portions when the opposing jaw portions are in a closed configuration, characterized in that the root of each tooth has a recessed portion configured to accommodate the tip of the crest of an opposing tooth, and wherein a gap exists between the tip and the root of opposing teeth when the opposing jaw portions are in the closed configuration.
Aircraft server system, comprising: a wireless transceiver configured to wirelessly emit and receive radio frequency signals in the passenger cabin of an aircraft; and characterised by further comprising: a plurality of virtual network server units (22a; 22n), each configured to remotely control one or more virtual network clients on one of a plurality of personal electronic devices, PEDs, wirelessly connected to the aircraft server system, wherein the virtual network server units (22a; 22n) are configured to send remote control signals via the wireless transceiver to the respective PEDs, the remote control signals being configured to control the graphical display of a desktop on a display of the PEDs. a wireless transceiver configured to wirelessly emit and receive radio frequency signals in the passenger cabin of an aircraft; and characterised by further comprising: a plurality of virtual network server units (22a; 22n), each configured to remotely control one or more virtual network clients on one of a plurality of personal electronic devices, PEDs, wirelessly connected to the aircraft server system, wherein the virtual network server units (22a; 22n) are configured to send remote control signals via the wireless transceiver to the respective PEDs, the remote control signals being configured to control the graphical display of a desktop on a display of the PEDs.