mhurhangee/ep-ind-claims huggingface dataset:
An ulcer model used to practice a procedure including hemorrhage arrest, the ulcer model comprising: a model main body that includes an upper surface and a lower surface facing each other and a tubular simulated blood vessel path provided between the upper surface and the lower surface and having an inlet opening and an outlet opening, wherein the upper surface includes a ring-shaped raised surface that rises in a thickness direction of the model main body and a simulated ulcer surface that is a recessed bottom surface surrounded by the raised surface, and the simulated blood vessel path extends from a part other than the upper surface of the surfaces of the model main body to the simulated ulcer surface or an area in the vicinity of the inside thereof. a model main body that includes an upper surface and a lower surface facing each other and a tubular simulated blood vessel path provided between the upper surface and the lower surface and having an inlet opening and an outlet opening, wherein the upper surface includes a ring-shaped raised surface that rises in a thickness direction of the model main body and a simulated ulcer surface that is a recessed bottom surface surrounded by the raised surface, and the simulated blood vessel path extends from a part other than the upper surface of the surfaces of the model main body to the simulated ulcer surface or an area in the vicinity of the inside thereof.
A system for high-pressure natural gas storage comprising at least one underground horizontal manmade tunnel, suitable for holding said natural gas under high pressure; wherein said at least one horizontally manmade tunnel is lined with sealing material, a surface unit capable of compressing natural gas into said at least one underground horizontal manmade tunnel, and a surface unit capable of delivering said store gas into an infrastructure of gas system, characterized in that said at least one horizontally manmade tunnel is bored or drilled using a pipe jacking process and in that the system has cushion gas volume of less than 5% of total gas storage. at least one underground horizontal manmade tunnel, suitable for holding said natural gas under high pressure; wherein said at least one horizontally manmade tunnel is lined with sealing material, a surface unit capable of compressing natural gas into said at least one underground horizontal manmade tunnel, and a surface unit capable of delivering said store gas into an infrastructure of gas system, characterized in that said at least one horizontally manmade tunnel is bored or drilled using a pipe jacking process and in that the system has cushion gas volume of less than 5% of total gas storage.
A measurement method, wherein the method comprises: dividing, by a terminal device, all neighbors detected on a same measurement frequency into at least two measurement groups; and; performing radio resource management, RRM measurement separately on the at least two measurement groups based on an RRM measurement parameter corresponding to each measurement group, wherein the at least two measurement groups are in a one-to-one correspondence with at least two RRM measurement parameters, and the terminal device has different power consumption when performing RRM measurement on the at least two measurement groups based on the corresponding RRM measurement parameters; wherein the RRM measurement parameter comprises at least one of a measurement period, an SMTC period, a measurement moment in an SMTC window, a maximum quantity of to-be-reported beams in each cell, a parameter indicating whether to report a beam-level measurement result, and a report interval. dividing, by a terminal device, all neighbors detected on a same measurement frequency into at least two measurement groups; and; performing radio resource management, RRM measurement separately on the at least two measurement groups based on an RRM measurement parameter corresponding to each measurement group, wherein the at least two measurement groups are in a one-to-one correspondence with at least two RRM measurement parameters, and the terminal device has different power consumption when performing RRM measurement on the at least two measurement groups based on the corresponding RRM measurement parameters; wherein the RRM measurement parameter comprises at least one of a measurement period, an SMTC period, a measurement moment in an SMTC window, a maximum quantity of to-be-reported beams in each cell, a parameter indicating whether to report a beam-level measurement result, and a report interval.
A copolymer of an unsaturated acidic reactant and a high molecular weight polyolefin, wherein the polyolefin comprises an allyl-terminated polymeric product; and wherein the high molecular weight polyolefin has a number average molecular weight between about 500 and about 10,000.
A computer-implemented method for determining the effects of executing software components comprising: an analyzer initiating execution of a software component on a first computing device, wherein the first computing device includes hardware components and sensors, wherein the sensors are external to the hardware components, wherein a first hardware component of the hardware components is coupled to a second hardware component of the hardware components, wherein the software component is executed on the first hardware component, and wherein a first sensor of the sensors is configured to monitor communications between the first hardware component and the second hardware component, wherein the first sensor is a voltmeter; the analyzer receiving monitoring data, from the first sensor, regarding a communication between the first hardware component and the second hardware component; and the analyzer analyzing first effects of executing the software component on the first computing device based at least partially on the monitoring data; wherein the method further comprises comparing the first effects to second effects of executing a second software component on a second computing device, wherein the second computing device includes second hardware components and second sensors, and wherein the second effects are determined based on second monitoring data received from a second sensor of the second sensors. an analyzer initiating execution of a software component on a first computing device, wherein the first computing device includes hardware components and sensors, wherein the sensors are external to the hardware components, wherein a first hardware component of the hardware components is coupled to a second hardware component of the hardware components, wherein the software component is executed on the first hardware component, and wherein a first sensor of the sensors is configured to monitor communications between the first hardware component and the second hardware component, wherein the first sensor is a voltmeter; the analyzer receiving monitoring data, from the first sensor, regarding a communication between the first hardware component and the second hardware component; and the analyzer analyzing first effects of executing the software component on the first computing device based at least partially on the monitoring data; wherein the method further comprises comparing the first effects to second effects of executing a second software component on a second computing device, wherein the second computing device includes second hardware components and second sensors, and wherein the second effects are determined based on second monitoring data received from a second sensor of the second sensors.
Conductor marker with a first marker half and a second marker half, which are connected to one another by a film hinge, wherein at least one of the two marker halves (11, 12) has a labeling surface (111, 121) on a side of the conductor marker facing away from the conductor, characterized in that on a side of the conductor marker facing the conductor, a mounting aid formed as a molded projection is provided on said conductor marker, by means of which an electrical conductor inserted in the conductor marker does not slip during the closing of the conductor marker; and in that, symmetrically on the film hinge, such a mounting aid is provided in each case on the two marker halves (11, 12), wherein the mounting aids formed as molded projections in each case comprise a radius at their ends and wherein, during the closing of the conductor marker, they are at least temporarily in contact with an electrical conductor arranged in the conductor marker.
A lightning strike protection material for composite structures comprising: carbon fibers, wherein the fibers are woven into a fabric for wet lay-up repair of aircraft or aircraft structures, characterised in that each fiber comprises from 5 percent to 20 percent by weight of carbon single wall nanotubes having metallic conductivity, and the nanotubes are in a 10,10 armchair configuration.
Process for the electrolytic deposition of a zinc or zinc alloy coating on a metallic substrate, the process comprises at least the steps of: a) providing an aqueous alkaline plating bath comprising i) a source of zinc ions, ii) a source of hydroxide ions, and iii) a zinc plating bath additive being at least one compound of the general formula, wherein R is C 4 -C 6 -alkyl; G 1 is selected from monosaccharides with 4 to 6 carbon atoms; x is in the range of from 1 to 4 and refers to average values, and b) placing a metallic substrate in the aqueous alkaline plating bath such that a zinc or zinc alloy coating is formed on the metallic substrate. a) providing an aqueous alkaline plating bath comprising i) a source of zinc ions, ii) a source of hydroxide ions, and iii) a zinc plating bath additive being at least one compound of the general formula, wherein R is C 4 -C 6 -alkyl; G 1 is selected from monosaccharides with 4 to 6 carbon atoms; x is in the range of from 1 to 4 and refers to average values, and i) a source of zinc ions, ii) a source of hydroxide ions, and iii) a zinc plating bath additive being at least one compound of the general formula, wherein R is C 4 -C 6 -alkyl; G 1 is selected from monosaccharides with 4 to 6 carbon atoms; x is in the range of from 1 to 4 and refers to average values, and b) placing a metallic substrate in the aqueous alkaline plating bath such that a zinc or zinc alloy coating is formed on the metallic substrate.
A method of forming a door seal interface structure for motor vehicle space frame comprising: forming a longitudinally extending hydroformed tubular rail portion (22, 46) with a recessed section and; forming a hydroformed tubular pillar portion (20, 34) with a recessed section; and forming a transition structure distinctly and separately with respect to the rail portion (22, 46) and the pillar portion (20, 34); connecting the rail portion (22, 46) and the pillar portion (20, 34) at a joint to form part of a vehicle space frame, the rail portion and the pillar portion providing respective surfaces (69, 70, 63, 72) constructed and arranged to sealingly engage a door seal to seal a peripheral portion of a closed vehicle door, the surfaces being angularly related to one another in the vicinity of the joint; and mounting the transition structure on the rail portion (20, 34) and the pillar portion (20, 34) and positioned over the rail portion and the pillar portion at the joint, the transition structure providing a transition surface that provides a transition between a surface of the rail portion and a surface or the pillar portion, the transition surface being constructed and arranged to sealingly engage a portion of a door seal and thereby provide a door seal-engagable surface in the vicinity of the joint, and connecting the recessed section of the rail portion and the recessed section of the pillar portion to form the joint during connecting of the rail portion and the pillar portion to form the joint. forming a longitudinally extending hydroformed tubular rail portion (22, 46) with a recessed section and; forming a hydroformed tubular pillar portion (20, 34) with a recessed section; and forming a transition structure distinctly and separately with respect to the rail portion (22, 46) and the pillar portion (20, 34); connecting the rail portion (22, 46) and the pillar portion (20, 34) at a joint to form part of a vehicle space frame, the rail portion and the pillar portion providing respective surfaces (69, 70, 63, 72) constructed and arranged to sealingly engage a door seal to seal a peripheral portion of a closed vehicle door, the surfaces being angularly related to one another in the vicinity of the joint; and mounting the transition structure on the rail portion (20, 34) and the pillar portion (20, 34) and positioned over the rail portion and the pillar portion at the joint, the transition structure providing a transition surface that provides a transition between a surface of the rail portion and a surface or the pillar portion, the transition surface being constructed and arranged to sealingly engage a portion of a door seal and thereby provide a door seal-engagable surface in the vicinity of the joint, and connecting the recessed section of the rail portion and the recessed section of the pillar portion to form the joint during connecting of the rail portion and the pillar portion to form the joint.
A sealed fluid filled lens system comprising: a lens module having an outer lens and an inner lens; a housing located around the perimeter of the lens module; a tubular reservoir disposed within the housing wherein the reservoir is in fluid communication with the lens module; and a power source which provides an actuation signal to the reservoir, characterized in that the reservoir is a piezoelectric material having electrodes woven within the thickness of the reservoir. a lens module having an outer lens and an inner lens; a housing located around the perimeter of the lens module; a tubular reservoir disposed within the housing wherein the reservoir is in fluid communication with the lens module; and a power source which provides an actuation signal to the reservoir,
Method for the cutting processing of plate-shaped or rod-shaped workpieces in a processing machine, with a laser processing device, with a workpiece moving device, by means of which a workpiece to be processed in the laser processing device is held and moved relative to the laser processing device, characterized in that a processing head is used to direct a laser beam onto the workpiece to be processed and to introduce a recess into the workpiece, - in that the laser beam produces the recess with a polygonal contour or a non-circular contour, and - that the recess is machined with a flow drill and widened to a final dimension of a drilled hole. - in that the laser beam produces the recess with a polygonal contour or a non-circular contour, and - that the recess is machined with a flow drill and widened to a final dimension of a drilled hole.
An image pickup information output apparatus configured to output an object distance information of a lens apparatus including a focus lens and a zoom lens, comprising: a deriving unit configured to derive an object distance information based on a position of the focus lens and a position of the zoom lens; characterized by: a setting unit (11, 101) configured to set an object distance setting value; a drive controller configured to control a drive of the focus lens so as to adjust the object distance of the lens apparatus to the object distance setting value; a determination unit configured to determine whether or not the object distance setting value changed; and an output unit (123, 124) configured to output, when the position of the zoom lens changes, a latest object distance information derived by the deriving unit when the determination unit determines the object distance setting value being changed, and to continue to output a previously output object distance information when the determination unit does not determine the object distance setting value being changed. a deriving unit configured to derive an object distance information based on a position of the focus lens and a position of the zoom lens; characterized by: a setting unit (11, 101) configured to set an object distance setting value; a drive controller configured to control a drive of the focus lens so as to adjust the object distance of the lens apparatus to the object distance setting value; a determination unit configured to determine whether or not the object distance setting value changed; and an output unit (123, 124) configured to output, when the position of the zoom lens changes, a latest object distance information derived by the deriving unit when the determination unit determines the object distance setting value being changed, and to continue to output a previously output object distance information when the determination unit does not determine the object distance setting value being changed. a setting unit (11, 101) configured to set an object distance setting value; a drive controller configured to control a drive of the focus lens so as to adjust the object distance of the lens apparatus to the object distance setting value; a determination unit configured to determine whether or not the object distance setting value changed; and an output unit (123, 124) configured to output, when the position of the zoom lens changes, a latest object distance information derived by the deriving unit when the determination unit determines the object distance setting value being changed, and to continue to output a previously output object distance information when the determination unit does not determine the object distance setting value being changed.
A machine tool, especially a milling machine for dental purposes, having a workpiece magazine for receiving workpleces, optionally by using a housing, the workpiece magazine furthermore being mounted so as to be movable in relation to the machine tool and comprising a supply position for supplying a new workpiece to the magazine, characterized by a housing, especially a partial housing, for each workpiece, which can at least partially receive the workpiece, and by a lift platform which is arranged adjacent to the supply position, and on or at which platform the housing, together with the workpiece, is receivable and displaceable.
An apparatus comprising: a processor comprising a least one memory register accessible by an operating system and adapted to suspend execution of the operating system and execute instructions that are associated with BIOS of the apparatus; and a basic input/output system - BIOS - handler adapted to: detect malicious software activity by being invoked in response to an attempt by executing instructions to, during a system management mode, direct processor execution to instructions stored outside of an expected location for system management mode instructions, in response to the detected malicious software activity, determine an address of at least one executable instruction associated with the malicious software activity, store data indicative of the address in the memory to report the activity to the operating system, wherein the BIOS handler asserts a signal to alert the operating system to check the memory when execution of the operating system code resumes. a processor comprising a least one memory register accessible by an operating system and adapted to suspend execution of the operating system and execute instructions that are associated with BIOS of the apparatus; and a basic input/output system - BIOS - handler adapted to: detect malicious software activity by being invoked in response to an attempt by executing instructions to, during a system management mode, direct processor execution to instructions stored outside of an expected location for system management mode instructions, in response to the detected malicious software activity, determine an address of at least one executable instruction associated with the malicious software activity, store data indicative of the address in the memory to report the activity to the operating system, wherein the BIOS handler asserts a signal to alert the operating system to check the memory when execution of the operating system code resumes. detect malicious software activity by being invoked in response to an attempt by executing instructions to, during a system management mode, direct processor execution to instructions stored outside of an expected location for system management mode instructions, in response to the detected malicious software activity, determine an address of at least one executable instruction associated with the malicious software activity, store data indicative of the address in the memory to report the activity to the operating system, wherein the BIOS handler asserts a signal to alert the operating system to check the memory when execution of the operating system code resumes.
Spinal stabilization system comprising an anchoring element comprising a shank and a head; a single rod (100, 101), a receiving part (5, 5') comprising a first end, an opposite second end, a central axis extending through the first end and the second end, a coaxial bore, a seat for the head near the second end configured to pivotably receive the head and a recess (9, 9') adjacent to the first end for receiving the single rod (100, 101), wherein two legs (10, 11) are formed by the recess (9, 9') and wherein a longitudinal axis of the recess is substantially perpendicular to the central axis; a first clamping part (13, 13') that is configured to support the single rod (100, 101) in the recess (9; 9'); a second clamping part (21, 21') that is configured to exert pressure onto the single rod (100, 101) when the single rod (100, 141) is in the recess, wherein the second clamping part (21, 21') extends laterally from of the coaxial bore into the recess (9, 9') between the legs (10, 11); a locking device that is configured to exert pressure onto the second clamping part (21, 21') to secure the single rod (100, 101) in the recess (9, 9'); characterized in that the first clamping part (13, 13') has a rod supporting surface portion (19, 19') that extends laterally from of the coaxial bore into the recess (9, 9') between the legs (10, 11).