mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication using a plurality of operators, comprising: determining that a first node associated with a first operator in the plurality of operators has emergency data to transmit over an unlicensed radio frequency spectrum band; performing a listen before talk, LBT, procedure to gain access to the unlicensed radio frequency spectrum band; transmitting, by the first node, a signal over the unlicensed radio frequency spectrum band, the signal indicating that the first node has emergency data to transmit; wherein the LBT procedure involves a first LBT yielding parameter which defines a number of attempts by the first node to access to the unlicensed radio frequency spectrum after which the first node is to yield access to the unlicensed radio frequency spectrum band providing nodes associated with the others of the plurality of operators the opportunity to access the unlicensed radio frequency spectrum band; and a second LBT yielding parameter which defines a number of consecutive frames during which the first node yields access to the unlicensed radio frequency spectrum band following the number of attempts defined by the first LBT yielding parameter; the method further comprising; adjusting, by the first node, to increase the first LBT yielding parameter of the first node or to decrease the second LBT yielding parameter of the first node in response to the determination that the first node has emergency data to transmit. determining that a first node associated with a first operator in the plurality of operators has emergency data to transmit over an unlicensed radio frequency spectrum band; performing a listen before talk, LBT, procedure to gain access to the unlicensed radio frequency spectrum band; transmitting, by the first node, a signal over the unlicensed radio frequency spectrum band, the signal indicating that the first node has emergency data to transmit; wherein the LBT procedure involves a first LBT yielding parameter which defines a number of attempts by the first node to access to the unlicensed radio frequency spectrum after which the first node is to yield access to the unlicensed radio frequency spectrum band providing nodes associated with the others of the plurality of operators the opportunity to access the unlicensed radio frequency spectrum band; and a second LBT yielding parameter which defines a number of consecutive frames during which the first node yields access to the unlicensed radio frequency spectrum band following the number of attempts defined by the first LBT yielding parameter; the method further comprising; adjusting, by the first node, to increase the first LBT yielding parameter of the first node or to decrease the second LBT yielding parameter of the first node in response to the determination that the first node has emergency data to transmit.
A medical probe for insertion into a body cavity of a patient, wherein the body cavity is an ear canal, comprising: a probe body having a sidewall laterally circumscribing a longitudinal axis and enclosing an inner space, the sidewall having a proximal end and a distal end; a sensor coupled to the probe to provide a signal relating to a condition of the body cavity of the patient; and a proximity sensor coupled to the probe, the proximity sensor configured to provide a signal indicating proximity of the probe to the body cavity or insertion of the probe into the body cavity, the proximity sensor further comprises a light transmitter and a light receiver coupled to a proximal end of the probe, the light transmitter and light receiver positioned such that, when the medical probe is inserted into the body cavity a path from the light transmitter to the light receiver is at least partially blocked, the light transmitter positioned to transmit a light signal toward an opening of the body cavity, the light receiver positioned to receive a reflection of the light signal along the path, and the probe further comprises an electronic circuit coupled to the proximity sensor, wherein a light level detected by the light receiver when the probe is positioned away from the body cavity is measured and stored as a reference in the electronic circuit, and an intensity of light detected by the light receiver during insertion of the probe is compared to the reference such that the electronic circuit is configured to interpret reduction of the reflection of the light signal relative to the light signal along the path as an indication of insertion of the probe into the body cavity. a probe body having a sidewall laterally circumscribing a longitudinal axis and enclosing an inner space, the sidewall having a proximal end and a distal end; a sensor coupled to the probe to provide a signal relating to a condition of the body cavity of the patient; and a proximity sensor coupled to the probe, the proximity sensor configured to provide a signal indicating proximity of the probe to the body cavity or insertion of the probe into the body cavity, the proximity sensor further comprises a light transmitter and a light receiver coupled to a proximal end of the probe, the light transmitter and light receiver positioned such that, when the medical probe is inserted into the body cavity a path from the light transmitter to the light receiver is at least partially blocked, the light transmitter positioned to transmit a light signal toward an opening of the body cavity, the light receiver positioned to receive a reflection of the light signal along the path, and the probe further comprises an electronic circuit coupled to the proximity sensor,
A downhole system (10, 110, 210) including: a tubular having a longitudinal axis; a first trace and a second trace applied on the tubular,the second trace being radially spaced from the first trace, each of the first trace and the second trace including a conductive portion formed from an electrically conductive material,the first trace and the second trace being configured to deliver a signal between uphole and downhole locations of the tubular; and a centralizer disposed on an exterior surface of the tubular, and a third trace electrically connected to the first trace and extending along at least one spacer of the centralizer. a tubular having a longitudinal axis; a first trace and a second trace applied on the tubular,the second trace being radially spaced from the first trace, each of the first trace and the second trace including a conductive portion formed from an electrically conductive material,the first trace and the second trace being configured to deliver a signal between uphole and downhole locations of the tubular; and a centralizer disposed on an exterior surface of the tubular, and a third trace electrically connected to the first trace and extending along at least one spacer of the centralizer.
A magnetic blade sharpener - in particular a magnetic razorblade sharpener preferably for a wet razor with an optimised magnetic circuit, wherein - the magnetic blade sharpener comprises a C-shaped storing and re-sharpening device - the device has a standing or wall-mounted rack-like storing body and - there is a support element at the lower inner end for receiving the hair cutting device contrary to the direction of use characterised in that - there is a bracket or holder for receiving the handle of the hair cutting device at the upper inner end - a sharpening magnet is connected to the storing body in one piece flush with the surface at the lower inner end, parallel and adjacent to the support element - of which the surface facing the blades of the stored hair cutting device is adapted to the contour of the blade set in an airgap-reducing manner by a saw-tooth structure with respectively two surface sections 1, 2 (63, 64) per tooth, so that - the plane of the cutting edges is perpendicular to one surface section 2 and runs parallel to the second surface section 1. - the magnetic blade sharpener comprises a C-shaped storing and re-sharpening device - the device has a standing or wall-mounted rack-like storing body and - there is a support element at the lower inner end for receiving the hair cutting device contrary to the direction of use - there is a bracket or holder for receiving the handle of the hair cutting device at the upper inner end - a sharpening magnet is connected to the storing body in one piece flush with the surface at the lower inner end, parallel and adjacent to the support element - of which the surface facing the blades of the stored hair cutting device is adapted to the contour of the blade set in an airgap-reducing manner by a saw-tooth structure with respectively two surface sections 1, 2 (63, 64) per tooth, so that - the plane of the cutting edges is perpendicular to one surface section 2 and runs parallel to the second surface section 1.
A replacement judgment apparatus for an electrode for electrodischarge machining which judges a need for replacement of an electrode which successively forms through holes in a workpiece by electrodischarge machining, comprising: a first holding part which holds a base end part of the electrode; an electrode length detecting means for detecting a residual length (La) of the electrode based on the difference between the position of the first holding part at the time of start of the electrodischarge of the previously machined through hole and the position of the first holding part at the time of start of the electrodischarge of the next through hole to be machined; an electrodischarge start position detecting means for detecting a position of the electrode at the time of start of electrodischarge as an electrodischarge start position; a penetration position detecting means for detecting a position of the electrode at the time of penetration through the workpiece as a penetration position; a required length setting means for using a preset electrode consumption ratio (a) and a difference between the electrodischarge start position which is detected by the electrodischarge start position detecting means and the penetration position which is detected by the penetration position detecting means as the basis to set a required length (Lb) of the electrode which is required for machining the next through hole; and a judging means for comparing the residual length (La) which is detected by the electrode length detecting means and the required length (Lb) which is set by the required length setting means to judge the need for electrode replacement. a first holding part which holds a base end part of the electrode; an electrode length detecting means for detecting a residual length (La) of the electrode based on the difference between the position of the first holding part at the time of start of the electrodischarge of the previously machined through hole and the position of the first holding part at the time of start of the electrodischarge of the next through hole to be machined; an electrodischarge start position detecting means for detecting a position of the electrode at the time of start of electrodischarge as an electrodischarge start position; a penetration position detecting means for detecting a position of the electrode at the time of penetration through the workpiece as a penetration position; a required length setting means for using a preset electrode consumption ratio (a) and a difference between the electrodischarge start position which is detected by the electrodischarge start position detecting means and the penetration position which is detected by the penetration position detecting means as the basis to set a required length (Lb) of the electrode which is required for machining the next through hole; and a judging means for comparing the residual length (La) which is detected by the electrode length detecting means and the required length (Lb) which is set by the required length setting means to judge the need for electrode replacement.
Elevator car for reduced elevator shaft heads, which remain free of drive elements, characterized in that a car roof, on a base area of at least 0.6 m × 0.5 m, is designed to be flexible, such that in the case of a load of 150 N or more, the car roof either - collapses, in that it is connected to the roof part framing the flexible cab roof exclusively via plug-in connections, or in that it is connected to the roof part framing the flexible cab roof exclusively via clamping connections, - folds down, in that it is articulated in a hinge-like manner on a recess in the roof, which is designed as a hatch, and is connected to the recess in the roof on the other sides via one or more predetermined breaking points, or in that it consists of two wings which are articulated in a hinge-like manner on a recess in the roof, which is designed as a hatch, and on the sides of which and/or between the end sides of which wings one or more predetermined breaking points are present, which are connected to the recess in the roof, or - lowers, in that it is arranged on a recess in the roof, which is designed as a hatch, and can be lowered from the rest of the roof by means of spring-loaded cables via deflection rollers (14, 15), counter to the force of a relevant tension spring in each case. - collapses, in that it is connected to the roof part framing the flexible cab roof exclusively via plug-in connections, or in that it is connected to the roof part framing the flexible cab roof exclusively via clamping connections, - folds down, in that it is articulated in a hinge-like manner on a recess in the roof, which is designed as a hatch, and is connected to the recess in the roof on the other sides via one or more predetermined breaking points, or in that it consists of two wings which are articulated in a hinge-like manner on a recess in the roof, which is designed as a hatch, and on the sides of which and/or between the end sides of which wings one or more predetermined breaking points are present, which are connected to the recess in the roof, or - lowers, in that it is arranged on a recess in the roof, which is designed as a hatch, and can be lowered from the rest of the roof by means of spring-loaded cables via deflection rollers (14, 15), counter to the force of a relevant tension spring in each case.
A balloon expandable stent for insertion in a fluid conduit of the human or animal body, the stent comprising a balloon, the balloon being movable between a collapsed condition and an expanded condition, and the balloon having, when in the expanded condition, a centre line which follows a substantially helical path; wherein the stent is expandable by the balloon from a collapsed condition to an expanded condition; and wherein, after expansion of the balloon, the stent retains, by plastic deformation, a shape which corresponds to that determined by the balloon.
Method for producing an adhesive tape, wherein a wide adhesive tape comprising a pressure-sensitive adhesive layer of a foamed and at least partly thermally crosslinked adhesive system, comprising 30 wt% or more of at least one polymer, relative to the total mass of the adhesive system, the wide adhesive tape having a height of at least 150 μm, (i) is thermally aftertreated at 30-60°C, and (ii) an adhesive tape having an adhesive tape width of less than 10 mm is separated off at a temperature of the wide adhesive tape of 30 to 50°C. (i) is thermally aftertreated at 30-60°C, and (ii) an adhesive tape having an adhesive tape width of less than 10 mm is separated off at a temperature of the wide adhesive tape of 30 to 50°C.
A bumper beam for a vehicle, comprising: a first member including a plate section, two wall sections (6a, 6b) connecting to both side sections of the plate section, respectively, and two flange sections (7a, 7b) connecting to the two wall sections (6a, 6b), respectively; a plate-shaped second member which is joined to the two flange sections (7a, 7b) of the first member and closes a gap between the two flange sections (7a, 7b) at least; and an inner plate which is disposed substantially in parallel with the second member in a space formed by the first member and the second member, wherein the second member out of the first member and the second member is disposed facing outside of the vehicle; characterised in that the inner plate is joined only to the two wall sections (6a, 6b) of the first member, the inner plate has end sections (4a,4b) which are bent, and in that the end sections (4a,4b) are respectively joined to the two wall sections (6a, 6b) of the first member. a first member including a plate section, two wall sections (6a, 6b) connecting to both side sections of the plate section, respectively, and two flange sections (7a, 7b) connecting to the two wall sections (6a, 6b), respectively; a plate-shaped second member which is joined to the two flange sections (7a, 7b) of the first member and closes a gap between the two flange sections (7a, 7b) at least; and an inner plate which is disposed substantially in parallel with the second member in a space formed by the first member and the second member, wherein the second member out of the first member and the second member is disposed facing outside of the vehicle; characterised in that the inner plate is joined only to the two wall sections (6a, 6b) of the first member, the inner plate has end sections (4a,4b) which are bent, and in that the end sections (4a,4b) are respectively joined to the two wall sections (6a, 6b) of the first member.
A pilot signal configuration method, comprising steps of: determining configuration information about a pilot signal to be transmitted at least within a special downlink subframe for a User Equipment, UE; and transmitting the configuration information to the UE wherein the configuration information comprises a value indicating different resource elements for the pilot signal to be transmitted within a normal downlink subframe and the pilot signal to be transmitted within the special downlink subframe, wherein the step of determining configuration information about the pilot signal to be transmitted at least within the special downlink subframe for the UE comprises determining first configuration information about the pilot signal for the UE, the first configuration information indicating that the pilot signal is to be transmitted within both the normal downlink subframe and the special downlink subframe, or determining second configuration information about the pilot signal for the UE, the second configuration information indicating that the pilot signal is to be transmitted within the special downlink subframe rather than the normal downlink subframe; and the step of transmitting the configuration information to the UE comprises transmitting third pilot signal configuration signaling to the UE, the third pilot signal configuration signaling carries configuration information determined for the UE, and the configuration information determined for the UE includes the first configuration information or the second configuration information. determining configuration information about a pilot signal to be transmitted at least within a special downlink subframe for a User Equipment, UE; and transmitting the configuration information to the UE wherein the configuration information comprises a value indicating different resource elements for the pilot signal to be transmitted within a normal downlink subframe and the pilot signal to be transmitted within the special downlink subframe, wherein the step of determining configuration information about the pilot signal to be transmitted at least within the special downlink subframe for the UE comprises determining first configuration information about the pilot signal for the UE, the first configuration information indicating that the pilot signal is to be transmitted within both the normal downlink subframe and the special downlink subframe, or determining second configuration information about the pilot signal for the UE, the second configuration information indicating that the pilot signal is to be transmitted within the special downlink subframe rather than the normal downlink subframe; and the step of transmitting the configuration information to the UE comprises transmitting third pilot signal configuration signaling to the UE, the third pilot signal configuration signaling carries configuration information determined for the UE, and the configuration information determined for the UE includes the first configuration information or the second configuration information.
A tower crane, preferably a revolving tower crane, particularly preferably a top slewer, having a boom and a counterboom, wherein the boom and/or counterboom is connected in an articulated manner to the tower tip and/or slewing platform by means of at least one connection point, wherein a first connection part of the at least one connection point has a concave abutment surface and a second connection part of the connection point comprises a convex counter-abutment surface, wherein the counter-abutment surface of the second connection part acts by means of compressive force on the abutment surface of the first connection part to effect a force fit connection between the connection parts (10, 20), characterized in that the second connection part comprises a connection head having a defined radius as a counter-abutment surface; and in that the first connection piece is configured as a connection socket having an inner radius adapted to the radius of the connection head as the abutment surface.