mhurhangee/ep-ind-claims huggingface dataset:
Magnetic-inductive flowmeter for determining a flow velocity-dependent measured variable induced in a flowable medium, comprising - a measuring tube for guiding the flowable medium in a flow direction, wherein the measuring tube comprises a carrier body, wherein the measuring tube comprises an inlet region in which the carrier body has a first depression which is located on an inner side of the carrier body, wherein the first depression extends continuously in the direction of flow, wherein the measuring tube comprises a support body for stabilising a liner, wherein the supporting body is formed from sintered spheres which are joined together by a sintering process and form pores, wherein the support body is arranged between the carrier body and the liner, wherein the supporting body extends into the first recess and is thus positively connected to the carrier body, wherein the first recess is at least partially helical; - a device arranged on the measuring tube for generating a magnetic field penetrating the measuring tube; and - two measuring electrodes (9, 10) for tapping a measuring voltage induced in the flowable medium. - a measuring tube for guiding the flowable medium in a flow direction, wherein the measuring tube comprises a carrier body, wherein the measuring tube comprises an inlet region in which the carrier body has a first depression which is located on an inner side of the carrier body, wherein the first depression extends continuously in the direction of flow, wherein the measuring tube comprises a support body for stabilising a liner, wherein the supporting body is formed from sintered spheres which are joined together by a sintering process and form pores, wherein the support body is arranged between the carrier body and the liner, wherein the supporting body extends into the first recess and is thus positively connected to the carrier body, wherein the first recess is at least partially helical; wherein the measuring tube comprises a carrier body, wherein the measuring tube comprises an inlet region in which the carrier body has a first depression which is located on an inner side of the carrier body, wherein the first depression extends continuously in the direction of flow, wherein the measuring tube comprises a support body for stabilising a liner, wherein the supporting body is formed from sintered spheres which are joined together by a sintering process and form pores, wherein the support body is arranged between the carrier body and the liner, wherein the supporting body extends into the first recess and is thus positively connected to the carrier body, wherein the first recess is at least partially helical; - a device arranged on the measuring tube for generating a magnetic field penetrating the measuring tube; and - two measuring electrodes (9, 10) for tapping a measuring voltage induced in the flowable medium.
A needle assembly, comprising: a housing (32, 832) comprising a flash chamber, and having a distal end and a proximal end engageable with a specimen collection container; a cannula (34, 834) having a patient end, a non-patient end, and a sidewall extending therebetween defining a cannula (34, 834) interior, the patient end of the cannula (34, 834) projecting at least partially from the distal end of the housing (32, 832), the cannula interior in fluid communication with the flash chamber; and a shield (36, 836) comprising a first depending arm restrainably engaged with a portion of the housing (32, 832) and oriented on a first side of the cannula, and a second depending arm restrainably engaged with a portion of the housing and oriented on a second side opposite the first side of the cannula, wherein each of the first and second depending arms (940, 970) comprise a plurality of pivotally connected extendable segments, wherein the extendable segments are substantially laterally oriented in a retracted position in which the patient end is exposed, and axially transitionable over the patient cannula into an extended position in which the extendable segments are substantially longitudinally oriented and the patient end is shielded, such that the flash chamber is visible in both the retracted position and the extended position. a housing (32, 832) comprising a flash chamber, and having a distal end and a proximal end engageable with a specimen collection container; a cannula (34, 834) having a patient end, a non-patient end, and a sidewall extending therebetween defining a cannula (34, 834) interior, the patient end of the cannula (34, 834) projecting at least partially from the distal end of the housing (32, 832), the cannula interior in fluid communication with the flash chamber; and a shield (36, 836) comprising a first depending arm restrainably engaged with a portion of the housing (32, 832) and oriented on a first side of the cannula, and a second depending arm restrainably engaged with a portion of the housing and oriented on a second side opposite the first side of the cannula, wherein each of the first and second depending arms (940, 970) comprise a plurality of pivotally connected extendable segments, wherein the extendable segments are substantially laterally oriented in a retracted position in which the patient end is exposed, and axially transitionable over the patient cannula into an extended position in which the extendable segments are substantially longitudinally oriented and the patient end is shielded, such that the flash chamber is visible in both the retracted position and the extended position.
Method for compacting ballast of a trackbed by means of a tamping machine which can move on the track in the working direction and is equipped with tamping tools (6, 16, 17, 18) for tamping, wherein the tamping tools (6, 16, 17, 18) are associated with tamping units (1, 2, 3, 4) with linear tamping drives and with displacement sensors for detecting the tamping path and the opening width of the tamping picks (O1a, O1i, O2a, O2i), wherein the tamping units (1, 2, 3, 4), which can be displaced vertically independently of one another, are arranged one behind the other in the working direction and can be displaced relative to one another transversely to the working direction by means of a transverse displacement drive, characterized in that the tamping units (1, 3 and 2, 4), in order to reduce an effective penetration area (8, 9) of the tamping tools (16, 17) into the trackbed, are displaced relative to one another by a distance dV with the transverse displacement drive such that the mutually facing inner tamping tools (16, 17) of the tamping units (1, 3 and 2, 4), which are arranged one behind the other in the working direction, are offset in a staggered manner relative to one another and that the opening width of the inner tamping tools (16, 17) is increased by an amount (dO1, 3i, dO2, 4i) such that the inner tamping tools (16, 17) preferably partially overlap one another when viewed transversely to the working direction, wherein the inner tamping tools (16, 17) are set into synchronous oscillation by the associated linear tamping drives, at least when the tamping tools (16, 17) penetrate into the trackbed, in such a way that the inner tamping tools (16, 17) always oscillate synchronously in the working direction.
A motor vehicle seat (10, 110) for a motor vehicle having a moveable bulkhead, the seat (10, 110) comprising a seat back (11, 111) and a seat squab (12, 112) having front and rear ends (12f, 12r) and a pair of support mechanisms (20, 120) connecting the seat back (11, 111) and the seat squab (12, 112) to a floor of the motor vehicle, the seat (10, 110) being moveable from an 'in-use' position in which the seat squab (12,112) is arranged substantially horizontally and the backrest (11, 111) extends upwardly from the rear end of the seat squab (12, 112) to a stowed position in which the seat squab (12, 112) and the backrest (11, 111) are arranged substantially vertically one upon the other with the backrest (11, 111) extending substantially vertically upwards from the rear end of the stowed squab, the pair of support mechanisms (20, 120) interlinking the backrest (11, 111) and the seat squab (12,112) such that movement between the in-use and stowed positions of the seat (10, 110) is affected by simply moving the backrest (11, 111) forward or rearward between its 'in-use' and stowed positions, characterised in that, each of the support mechanisms comprises first, second, third and fourth arms (30, 130; 40, 140; 50 150; and 60, 160) which are interlinked so as to interconnect the backrest and the seat squab, connect the seat to the floor of the motor vehicle and control the movement of the seat during transit between the in-use and stowed positions, when the seat (10, 110) is in its stowed position, no part of the pair of support mechanisms (20, 120) lies to the rear of a vertical plane positioned adjacent to a rear face of the stowed backrest (11, 111) and, when the bulkhead is in a forward position, a front face of the moveable bulkhead is aligned with the vertical plane.
A communication apparatus (100, 101) having a transmission power control function for controlling transmission power, comprising: first determination means for determining whether the communication apparatus is a data-transmitting side or a data-receiving side; and characterized in that it comprises: control means for validating the transmission power controlling function in a case that the first determination means determines that the communication apparatus is the data-transmitting side, and for restricting the transmission power controlling function in a case that the first determination means determines that the communication apparatus is the data-receiving side. first determination means for determining whether the communication apparatus is a data-transmitting side or a data-receiving side; and characterized in that it comprises: control means for validating the transmission power controlling function in a case that the first determination means determines that the communication apparatus is the data-transmitting side, and for restricting the transmission power controlling function in a case that the first determination means determines that the communication apparatus is the data-receiving side. control means for validating the transmission power controlling function in a case that the first determination means determines that the communication apparatus is the data-transmitting side, and for restricting the transmission power controlling function in a case that the first determination means determines that the communication apparatus is the data-receiving side.
A resource permission processing method, comprising: obtaining a second resource permission configuration file and a third resource permission configuration file, wherein the second resource permission configuration file is a resource permission configuration file corresponding to a new system software version, and the third resource permission configuration file is a resource permission configuration file corresponding to an earlier system software version; comparing a label corresponding to each piece of path information in the second resource permission configuration file with a label corresponding to each piece of the path information in the third resource permission configuration file, and using path information with different labels as first path information; generating a first resource permission configuration file based on each piece of the first path information and a label corresponding to each piece of the first path information in the second resource permission configuration file, wherein the first resource permission configuration file comprises at least one piece of the first path information and a respective label corresponding to the at least one piece of the first path information in the second resource permission configuration file; storing the first resource permission configuration file; when a system software version in a terminal device is upgraded, obtaining the first resource permission configuration file; and updating a resource label in the terminal device based on the first resource permission configuration file. obtaining a second resource permission configuration file and a third resource permission configuration file, wherein the second resource permission configuration file is a resource permission configuration file corresponding to a new system software version, and the third resource permission configuration file is a resource permission configuration file corresponding to an earlier system software version; comparing a label corresponding to each piece of path information in the second resource permission configuration file with a label corresponding to each piece of the path information in the third resource permission configuration file, and using path information with different labels as first path information; generating a first resource permission configuration file based on each piece of the first path information and a label corresponding to each piece of the first path information in the second resource permission configuration file, wherein the first resource permission configuration file comprises at least one piece of the first path information and a respective label corresponding to the at least one piece of the first path information in the second resource permission configuration file; storing the first resource permission configuration file; when a system software version in a terminal device is upgraded, obtaining the first resource permission configuration file; and updating a resource label in the terminal device based on the first resource permission configuration file.
A self-powered lock, comprising; a lock operable by a motor; a display device operable to display information regarding the lock to a user; a manually operable electricity generator generating electricity upon manual actuation by the user, the electricity generator electrically connected to the display device and the motor to supply electricity thereto for operating the lock and the display device, and a controller electrically connected between the electricity generator and the display device, characterized in that the controller is configured to supply a randomized clock signal to the display device.
Transport system comprising a transport container having a boxshaped container base with an at least substantially rectangular outline and having a base wall located at the bottom in a main position of use of the transport container and four side walls extending upwards from the base wall in the axial direction of a vertical axis of the container base and arranged opposite one another in pairs, wherein the side walls together bound at their top a container opening, to which is assigned a container cover mounted pivotably relative to the container base, further comprising at least one location shaft, which is formed at the container base in the region of one of the side walls and which has an insertion opening pointing upwards in the main position of use of the transport container in the axial direction of the vertical axis of the container base for inserting a plug-in system component of the transport system, and further comprising at least one plug-in system component releasably insertable into the location shaft through the insertion opening for adopting a position of use fixed to the container base, characterised in that at least one plug-in system component is designed as a holding unit, which extends the usable transport and/or storage capacity of the transport container and for this purpose allows an additional object to be attached, and which is provided with a mounting bracket releasably insertable into the at least one location shaft for securing to the transport container and with an object holding device located on the mounting bracket and designed for the releasable location of the additional object.
A method for determining the rotor position of a permanent magnet synchronous motor with a rotor and a stator with three winding strands (U, V, W) which are connected at a star point in a star connection, and wherein three winding connections (U1, V1, W1) for connecting to a pulse inverter are provided, as well as a device for determining the star point differential voltage between the star point and a reference point and a position determination device for determining the relative rotation position of the rotor from the measurement signal (U SN) obtained from the star point differential voltage, characterised in that the measurement signal is the response to applying an excitation signal (U A), wherein a device for generating the excitation signal (U A), which is characterised by a temporarily low-frequency component and at least one temporarily high-frequency component, is provided, wherein the rotation position of the rotor is determined from the high-frequency component and the envelope of the measurement signal (U SN) by the position determination device, wherein the excitation signal (U A) with a low-frequency component and at least one high-frequency component is applied to the motor clamps, and the rotation position of the rotor is determined from the high-frequency component and the system response obtained from the envelope of the measurement signal (U SN), and wherein the frequency of the high-frequency component of the excitation signal (U A) is several times greater than the operating frequency of the permanent magnet synchronous motor, wherein the determination of the rotor position from the measurement signal (U SN) occurs at least by acquisition of the rotor position-dependent phase shift Φ(γ) between the excitation signal and the measurement signal.
A user equipment configured for handling hybrid automatic repeat request, HARQ, operations during transmission mode changes comprising: a processor; and a communications subsystem; the processor and communications subsystem being configured to: detect a transmission mode change, the transmission mode defining at least a maximum number of transport blocks per transmission opportunity; manipulate an HARQ process buffer based on the detecting; and to discard only a first transport block and handling soft bits from the second transport block as the first transport block if the transmission mode change is from a transmission mode with a maximum of two transport blocks per transmission opportunity to a transmission mode with a maximum of one transport block per transmission opportunity and if all soft bits on the first transport block have been successfully decoded. a processor; and a communications subsystem; the processor and communications subsystem being configured to: detect a transmission mode change, the transmission mode defining at least a maximum number of transport blocks per transmission opportunity; manipulate an HARQ process buffer based on the detecting; and to discard only a first transport block and handling soft bits from the second transport block as the first transport block if the transmission mode change is from a transmission mode with a maximum of two transport blocks per transmission opportunity to a transmission mode with a maximum of one transport block per transmission opportunity and if all soft bits on the first transport block have been successfully decoded. detect a transmission mode change, the transmission mode defining at least a maximum number of transport blocks per transmission opportunity; manipulate an HARQ process buffer based on the detecting; and to discard only a first transport block and handling soft bits from the second transport block as the first transport block if the transmission mode change is from a transmission mode with a maximum of two transport blocks per transmission opportunity to a transmission mode with a maximum of one transport block per transmission opportunity and if all soft bits on the first transport block have been successfully decoded.
A glucokinase activator in combination with a suboptimal amount of metformin for use in (i) a method of treating type 2 diabetes in a subject, or (ii) a method of lowering blood glucose in a subject, wherein the glucokinase activator is {2-[3-cyclohexyl-3-( trans -4-propoxy-cyclohexyl)-ureido]-thiazol-5-ylsulfanyl}-acetic acid or a pharmaceutically acceptable salt thereof and wherein the suboptimal amount of metformin is an amount that ranges from 10 mg/day to 850 mg/day.
A structural body of a scale sensor with Roberval mechanism (10, 20, 30, 40), comprising a first part with the fixed leg of the Roberval mechanism, a second part with the movable leg of the Roberval mechanism, a third part with the upper link of the Roberval mechanism, a fourth part with the lower link of the Roberval mechanism, a fifth part with a lever arrangement connecting the movable leg to an output side serving for sensory measurement, and a sixth part with a coupling coupling the movable leg to the lever arrangement, wherein at least one of the first to fifth parts has a region of the topology of a handle body of at least gender one, the at least one hole of which is penetrated by at least one portion of another of the first to sixth parts that is integrally connected to this region, a force receiver of the second part that receives the weight load to be received is arranged in a longitudinal direction between the bending points (230, 240; 130, 140) assigned to the movable leg on one side and to the fixed leg on the other side, characterized in that the force receiver is supported by at least two struts (27; 26) of the second part with different angular positions relative to the plane orthogonal to the load direction (g), with struts as components of such a penetrating portion and such a penetrated region. a first part with the fixed leg of the Roberval mechanism, a second part with the movable leg of the Roberval mechanism, a third part with the upper link of the Roberval mechanism, a fourth part with the lower link of the Roberval mechanism, a fifth part with a lever arrangement connecting the movable leg to an output side serving for sensory measurement, and a sixth part with a coupling coupling the movable leg to the lever arrangement, wherein at least one of the first to fifth parts has a region of the topology of a handle body of at least gender one, the at least one hole of which is penetrated by at least one portion of another of the first to sixth parts that is integrally connected to this region, a force receiver of the second part that receives the weight load to be received is arranged in a longitudinal direction between the bending points (230, 240; 130, 140) assigned to the movable leg on one side and to the fixed leg on the other side, characterized in that the force receiver is supported by at least two struts (27; 26) of the second part with different angular positions relative to the plane orthogonal to the load direction (g), with struts as components of such a penetrating portion and such a penetrated region.
An elongate implantable intraocular physiological measurement device for implantation, at least in part, in the supraciliary/suprachoroidal space of a human eye, comprising: a sensing module configured to measure intraocular pressure in an anterior chamber of an eye; a transmitter and antenna configured to wirelessly transmit measurements from the sensing module to an external device; a battery to supply operating power to at least one of the sensing module, the transmitter, and antenna; a housing configured to house the sensing module, the transmitter and antenna, and the battery; and an anchoring member (201, 702, 802) configured to fix the device within the supraciliary/suprachoroidal space. a sensing module configured to measure intraocular pressure in an anterior chamber of an eye; a transmitter and antenna configured to wirelessly transmit measurements from the sensing module to an external device; a battery to supply operating power to at least one of the sensing module, the transmitter, and antenna; a housing configured to house the sensing module, the transmitter and antenna, and the battery; and an anchoring member (201, 702, 802) configured to fix the device within the supraciliary/suprachoroidal space.