mhurhangee/ep-ind-claims huggingface dataset:
A liner for use with a cable spacer clamp arm, with a keeper end portion having a general sphere shape, the liner comprising a pair of liner halves, each liner halves having: a first portion formed in an arcuate configuration and made from a first high temperature resistant and semi-conductive elastomeric material receivable in the keeper end portion of the spacer clamp arm; and a second portion formed in the arcuate configuration and made from a second first high temperature resistant and semi-conductive elastomeric material and adapted to receive a portion of a cable, wherein the first portion attaches to the second portion, and: the first portion includes an inner concave surface that extends around an inner periphery of the first portion is; and the second portion includes an outer convex surface that extends around an outer periphery of the second portion, wherein the inner concave surface of the first portion receives the outer convex surface of the second portion, to provide an interfacing surface interaction between the first portion and the second portion with a profile of the interfacing surfaces to prevent relative movement between the first portion and the second portion in an axial direction along the cable. a first portion formed in an arcuate configuration and made from a first high temperature resistant and semi-conductive elastomeric material receivable in the keeper end portion of the spacer clamp arm; and a second portion formed in the arcuate configuration and made from a second first high temperature resistant and semi-conductive elastomeric material and adapted to receive a portion of a cable, wherein the first portion attaches to the second portion, and: the first portion includes an inner concave surface that extends around an inner periphery of the first portion is; and the second portion includes an outer convex surface that extends around an outer periphery of the second portion, wherein the inner concave surface of the first portion receives the outer convex surface of the second portion, to provide an interfacing surface interaction between the first portion and the second portion with a profile of the interfacing surfaces to prevent relative movement between the first portion and the second portion in an axial direction along the cable. the first portion includes an inner concave surface that extends around an inner periphery of the first portion is; and the second portion includes an outer convex surface that extends around an outer periphery of the second portion, wherein the inner concave surface of the first portion receives the outer convex surface of the second portion, to provide an interfacing surface interaction between the first portion and the second portion with a profile of the interfacing surfaces to prevent relative movement between the first portion and the second portion in an axial direction along the cable.
NMR(=nuclear magnetic resonance) spectrometer (1; 1'; 1"; 1''') comprising a magnet configuration with a vertically aligned elongated upper receiving opening for receiving an elongated NMR sample extending along a sample axis, in particular, in a sample vial, with a measurement volume, in which, while an NMR measurement is being performed, the elongated NMR sample is positioned in a measuring position with a vertically aligned sample axis, and with a sample changer (4; 4'; 4"; 4''') with at least one cylindrical sample holder (7; 7',7"; 7a,7b,7c,7d,7e,7f) for receiving the NMR sample at a loading position and for transferring the NMR sample into the measurement volume at a transfer position, wherein the sample holder (7; 7',7"; 7a,7b,7c,7d,7e,7f) is open at the top for receiving the elongated NMR sample, wherein the sample holder (7; 7',7"; 7a,7b,7c,7d,7e,7f) is mounted in such a manner that the cylinder axis of the cylindrical sample holder (7; 7',7"; 7a,7b,7c,7d,7e,7f) of the sample changer (4; 4'; 4"; 4''') at the loading position is inclined by an angle of inclination α of between 30 and 60 degrees with respect to the vertical, while, after rotation into the transfer position, it extends vertically, and wherein a positioning device is provided, which transfers the NMR sample at the transfer position or after having passed through the latter, into the measuring position in the measurement volume with a vertically aligned sample axis of the NMR sample, characterized in that the sample changer (4'; 4"; 4''') comprises multiple sample holders (7; 7',7"; 7a,7b,7c,7d,7e,7f) for storing NMR samples, and that the sample changer (4'; 4''') comprises either a two-part tandem rocker, which can be rotated about a horizontal axis of rotation and comprises two sample holders (7', 7"), the first of which can be in the inclined loading position while the second is in the vertical transfer position, or that the sample changer (4") is designed as a conus roundabout which can be rotated about an axis of rotation which is inclined with respect to the vertical in order to perform the change from the loading position to the transfer position, wherein the angle of the axis of rotation with respect to the vertical is between 15 and 30 degrees.
Method for producing an analytic tape, wherein the analytic tape is configured to be used in an analytic test device having at least one sampling function, wherein at least one carrier tape is provided in a continuous process within the method, wherein a plurality of lancet elements are directly applied to the carrier tape in succession at at least one application point, wherein the lancet elements are round needles or flat lancets and directly affixed to the carrier tape by an integral connection, wherein the analytic tape is configured in such a way that the latter has a substantially constant thickness, wherein the constant thickness is only increased at the lancet elements by the thickness of the lancet elements.
Circuit board with a plug connector terminal (1.0) for direct contacting to a plug connector, wherein the plug connector terminal (1.0) is implemented on the front side of the circuit board with - a contact pin (1.2), centrally arranged within a blind bore (1.1) and thereby forming a circularly cylindrical insertion space (1.10), which comprises an inner bore (1.20), having a first contact zone (1.30) of an inner conductor (1.3) for the contacting of an inner conductor (12.0) of the plug connector, and - a second contact zone (1.40) of an outer conductor (1.4), arranged in the insertion space (1.10), for the contacting of an outer conductor (11.0) of the plug connector. - a contact pin (1.2), centrally arranged within a blind bore (1.1) and thereby forming a circularly cylindrical insertion space (1.10), which comprises an inner bore (1.20), having a first contact zone (1.30) of an inner conductor (1.3) for the contacting of an inner conductor (12.0) of the plug connector, and - a second contact zone (1.40) of an outer conductor (1.4), arranged in the insertion space (1.10), for the contacting of an outer conductor (11.0) of the plug connector.
A pen needle assembly comprising: a hub having a body with a transverse wall; means, disposed on said hub proximally of said transverse wall, for mounting said hub onto an injector; a first needle cannula extending distally from said transverse wall, said first needle cannula terminating at a distal end, formed for insertion into a patient, with a first lumen extending proximally from said distal end, said first needle cannula includes a proximal end, said first needle cannula being of a first gauge; and, a second needle cannula, separate from said first needle cannula, said second needle cannula fixed within a mounting collar and extending proximally from said transverse wall, said second needle cannula terminating at the proximal end with a second lumen extending proximally from said proximal end, said second needle cannula includes a distal end, wherein, said first and second lumens (32, 33) being, generally coaxial along a longitudinal axis with said proximal end of said first needle cannula being generally coplanar with said distal end of said second needle cannula within a plane disposed transversely to said longitudinal axis and with said first and second lumens (32, 33) being in communication and said distal end of said second needle cannula being coplanar with a distal face of said mounting collar, and wherein, said second needle cannula being of a second gauge, said second gauge defining a larger external cross-section than said first gauge. a hub having a body with a transverse wall; means, disposed on said hub proximally of said transverse wall, for mounting said hub onto an injector; a first needle cannula extending distally from said transverse wall, said first needle cannula terminating at a distal end, formed for insertion into a patient, with a first lumen extending proximally from said distal end, said first needle cannula includes a proximal end, said first needle cannula being of a first gauge; and, a second needle cannula, separate from said first needle cannula, said second needle cannula fixed within a mounting collar and extending proximally from said transverse wall, said second needle cannula terminating at the proximal end with a second lumen extending proximally from said proximal end, said second needle cannula includes a distal end,
A method of testing a honeycomb filter comprising the steps of: providing a honeycomb filter including an intermediate portion disposed between a first end portion and a second end portion along a length of the honeycomb filter, the honeycomb filter including honeycomb network of channels defined by a plurality of intersecting porous walls, wherein the honeycomb network of channels extend along the length of the honeycomb filter between the first end portion and the second end portion; wetting at least one of the first end portion and the second end portion to provide at least one wetted end portion, wherein the wetted end portion has a higher degree of wetness than the intermediate portion; flowing a fog with moisture droplets into the honeycomb network of channels at the first end portion of the honeycomb filter; and monitoring the second end portion of the honeycomb filter for moisture droplets of the fog exiting the honeycomb network of channels. providing a honeycomb filter including an intermediate portion disposed between a first end portion and a second end portion along a length of the honeycomb filter, the honeycomb filter including honeycomb network of channels defined by a plurality of intersecting porous walls, wherein the honeycomb network of channels extend along the length of the honeycomb filter between the first end portion and the second end portion; wetting at least one of the first end portion and the second end portion to provide at least one wetted end portion, wherein the wetted end portion has a higher degree of wetness than the intermediate portion; flowing a fog with moisture droplets into the honeycomb network of channels at the first end portion of the honeycomb filter; and monitoring the second end portion of the honeycomb filter for moisture droplets of the fog exiting the honeycomb network of channels.
A soluble concentrate composition comprising (i) abamectin; (ii) polyoxyethylene sorbitan monolaurate; (iii) polyoxyethylene sorbitan monooleate; wherein the weight ratio of polyoxyethylene sorbitan monolaurate to polyoxyethylene sorbitan monooleate is from 1: 2.5 to 15: 1. (i) abamectin; (ii) polyoxyethylene sorbitan monolaurate; (iii) polyoxyethylene sorbitan monooleate;
A rotary hammer comprising a housing; a tool holder mounted on the front of housing; an electric motor mounted within the housing; a hammer mechanism, driven by the motor, to generate impacts on the rear end of a drill bit when held by the tool holder; and a rotation drive, driven by the motor, to rotatingly drive the tool holder; wherein - the electric motor with an armature shaft is arranged perpendicular with respect to the axis of rotation of the tool holder and comprising a toothing, and there is further provided: - a first intermediate shaft forming part of the drive means for the hammer mechanism which first intermediate shaft is provided at the side of the armature shaft facing away from the tool holder and is arranged in parallel to said armature shaft; and - a second intermediate shaft forming part of the rotation drive which second intermediate shaft is provided at the side of the armature shaft facing the tool holder and is arranged in parallel to said armature shaft; - wherein the toothing of the armature shaft meshes with a toothing of the first or of the second intermediate shaft and wherein the intermediate shafts (14, 23) are coupled for transmitting rotational movement of the intermediate shaft driven by the armature shaft to the other intermediate shaft, characterized in that the intermediate shafts (14, 23) are coupled by means of a chain drive which comprises a chain connecting the intermediate shafts (14, 23) for driving operation. - the electric motor with an armature shaft is arranged perpendicular with respect to the axis of rotation of the tool holder and comprising a toothing, and there is further provided: - a first intermediate shaft forming part of the drive means for the hammer mechanism which first intermediate shaft is provided at the side of the armature shaft facing away from the tool holder and is arranged in parallel to said armature shaft; and - a second intermediate shaft forming part of the rotation drive which second intermediate shaft is provided at the side of the armature shaft facing the tool holder and is arranged in parallel to said armature shaft; - wherein the toothing of the armature shaft meshes with a toothing of the first or of the second intermediate shaft and wherein the intermediate shafts (14, 23) are coupled for transmitting rotational movement of the intermediate shaft driven by the armature shaft to the other intermediate shaft,
A floor or wall panel comprising - a frame made of profiled metal or timber sheet, - joists made of profiled metal or timber sheet that connect opposite sides (3,4) of the frame, wherein voids are present between the joists, - a shield spaced apart from a fire side of the joists, wherein a clearance is defined between a fire side of the joists and the shield, - spacer elements arranged within the clearance between the joists and the shield, characterized in that the shield is made of a metal or timber sheet, and that the panel comprises - a hardened mineral foam that fills the voids between the joists and that fills the clearance and that optionally covers the fire side of the joists as well as the non-fire side opposite thereof. - a frame made of profiled metal or timber sheet, - joists made of profiled metal or timber sheet that connect opposite sides (3,4) of the frame, wherein voids are present between the joists, - a shield spaced apart from a fire side of the joists, wherein a clearance is defined between a fire side of the joists and the shield, - spacer elements arranged within the clearance between the joists and the shield, - a hardened mineral foam that fills the voids between the joists and that fills the clearance and that optionally covers the fire side of the joists as well as the non-fire side opposite thereof.
A misuse detection method used in a misuse detection electronic control unit in a vehicle network system including a plurality of electronic control units (100, 200) that communicate with one another through buses in accordance with a Controller Area Network, CAN, protocol, the misuse detection method comprising: a reception step of receiving a target data frame transmitted through the buses; and a detection step of performing, as misuse detection for the target data frame, which is a data frame having a first identifier, evaluation in accordance with a reception timing of a reference data frame, which is a data frame having a second identifier different from the first identifier, and a reception timing of the target data frame on the basis of a certain rule specifying a reception interval between the reference data frame and the target data frame; characterized in that in the detection step, the evaluation is performed by calculating a likelihood that the target data frame is unauthorized through a certain calculation based on a group of rules including the certain rule specifying a reception interval between each of at least one data frame each having an identifier different from the first identifier and the second identifier and the reference data frame and the target data frame, a reception timing of each of the at least one data frame and the reference data frame, and the reception timing of the target data frame. a reception step of receiving a target data frame transmitted through the buses; and a detection step of performing, as misuse detection for the target data frame, which is a data frame having a first identifier, evaluation in accordance with a reception timing of a reference data frame, which is a data frame having a second identifier different from the first identifier, and a reception timing of the target data frame on the basis of a certain rule specifying a reception interval between the reference data frame and the target data frame; characterized in that in the detection step, the evaluation is performed by calculating a likelihood that the target data frame is unauthorized through a certain calculation based on a group of rules including the certain rule specifying a reception interval between each of at least one data frame each having an identifier different from the first identifier and the second identifier and the reference data frame and the target data frame, a reception timing of each of the at least one data frame and the reference data frame, and the reception timing of the target data frame.
A circuit comprising: a Voltage Controlled Oscillator, VCO, configured to receive a Phase Lock Loop, PLL, signal; a first receive path having a first mixer, wherein the first mixer is configured to receive a first signal from the VCO; a second receive path having a second mixer, wherein the second mixer is configured to receive a second signal from the VCO, wherein the first mixer and the VCO are integrated separate to the second mixer, and wherein the first and second signals have a same frequency; an output differential buffer integrated with the first mixer and the VCO, wherein the output differential buffer is configured to buffer the second signal provided at external terminals, and wherein the output differential buffer is an output differential amplifier; and an input differential buffer integrated with the second mixer, wherein the input differential buffer is configured to receive the second signal that is supplied to the second mixer, and wherein the input differential buffer is an input differential amplifier. a Voltage Controlled Oscillator, VCO, configured to receive a Phase Lock Loop, PLL, signal; a first receive path having a first mixer, wherein the first mixer is configured to receive a first signal from the VCO; a second receive path having a second mixer, wherein the second mixer is configured to receive a second signal from the VCO, wherein the first mixer and the VCO are integrated separate to the second mixer, and wherein the first and second signals have a same frequency; an output differential buffer integrated with the first mixer and the VCO, wherein the output differential buffer is configured to buffer the second signal provided at external terminals, and wherein the output differential buffer is an output differential amplifier; and an input differential buffer integrated with the second mixer, wherein the input differential buffer is configured to receive the second signal that is supplied to the second mixer, and wherein the input differential buffer is an input differential amplifier.
A medical imaging method comprising: executing anisotropic diffusion for medical image data comprising a plurality of signal values, each signal value corresponding to coordinates in a space; and generating a plurality of weights, wherein the weight for each signal value depends on an edge value corresponding to the coordinates of the respective signal value, wherein the anisotropic diffusion is repeatedly executed for the medical image data by using the weights by a predetermined number of iterations, using an inhomogeneous anisotropic nonlinear filter, and an inhomogeneous term in the inhomogeneous anisotropic nonlinear filter is a term that multiplies a difference between reference medical image data and medical image data smoothed by the anisotropic diffusion by the weights respectively corresponding to the signal values. executing anisotropic diffusion for medical image data comprising a plurality of signal values, each signal value corresponding to coordinates in a space; and generating a plurality of weights, wherein the weight for each signal value depends on an edge value corresponding to the coordinates of the respective signal value,
Apparatus for upsetting an end of a corrugated tube, having a retaining device for retaining the corrugated tube and having a pressure-exerting part, which can be brought into an operative position against that end of the corrugated tube which is to be upset, wherein the retaining device has a workpiece holder for accommodating the corrugated tube, characterized in that, by virtue of being moved in the displacement-movement direction of the pressure-exerting part, the workpiece holder can be brought into a fastening position on a carrier part, wherein, in the fastening position, the workpiece holder is in a state in which it has been pushed into a through-passage opening of the carrier part and, by virtue of the workpiece holder being rotated in relation to the carrier part, the workpiece holder can be arrested in the fastening position by means of a bayonet closure.