mhurhangee/ep-ind-claims huggingface dataset:
A side seal of a linear guide apparatus, the linear guide apparatus including a guide rail including a rolling element rolling groove extending in an axial direction and a slider straddling on the guide rail, the side seal being configured to be attached to an end of the slider in the axial direction, the side seal having a letter U shape in the rail transverse section and comprising: a lip portion protruding from an inner circumferential surface of the side seal so as to come into sliding contact with the guide rail and including plural lip pieces (33a to 33c) arranged in the axial direction; and a first thin film coming into sliding contact with the guide rail to fill a part of a gap formed by the lip portion, wherein an end face of the lateral U shape side of the seal facing in an opening direction of the side seal is flush with an end face of the first thin film. wherein said first thin film is provided to extend from said end face and is having a predetermined thickness d1 such that said first thin film does not fill entirely said gap, so that in use said gap becomes a closed space having a U shape cross section with the lip pieces (33a-33c), the guide rail and said first thin film. a lip portion protruding from an inner circumferential surface of the side seal so as to come into sliding contact with the guide rail and including plural lip pieces (33a to 33c) arranged in the axial direction; and a first thin film coming into sliding contact with the guide rail to fill a part of a gap formed by the lip portion,
A pen input device film disposed to cover a display surface of a pen input device, the pen input device film comprising a first film member disposed to cover the display surface; and a second film member disposed to cover a surface of the first film member, the surface being positioned on an opposite side of the first film member from the display surface, wherein the second film member includes: a base portion extending along the surface of the first film member, the surface being positioned on the opposite side of the first film member from the display surface; and a plurality of bead particles retained by the base portion such that the bead particles are dispersed from each other, retention regions of the second film member retain the bead particles, and each retention region protrudes from a peripheral region thereof toward an opposite side from the first film member, characterized in that a surface of the second film member, the surface being positioned on an opposite side of the second film member from the display surface, has an arithmetic mean roughness Ra set to a value within a range of not less than 0.5 μm and not greater than 1.5 μm, and has a maximum height of rolling circle waviness profile W EM set to a value within a range of not less than 10.0 μm and not greater than 20.0 μm. a first film member disposed to cover the display surface; and a second film member disposed to cover a surface of the first film member, the surface being positioned on an opposite side of the first film member from the display surface, wherein the second film member includes: a base portion extending along the surface of the first film member, the surface being positioned on the opposite side of the first film member from the display surface; and a plurality of bead particles retained by the base portion such that the bead particles are dispersed from each other, a base portion extending along the surface of the first film member, the surface being positioned on the opposite side of the first film member from the display surface; and a plurality of bead particles retained by the base portion such that the bead particles are dispersed from each other, retention regions of the second film member retain the bead particles, and each retention region protrudes from a peripheral region thereof toward an opposite side from the first film member, characterized in that a surface of the second film member, the surface being positioned on an opposite side of the second film member from the display surface, has an arithmetic mean roughness Ra set to a value within a range of not less than 0.5 μm and not greater than 1.5 μm, and has a maximum height of rolling circle waviness profile W EM set to a value within a range of not less than 10.0 μm and not greater than 20.0 μm.
An integrated circuit for a print component comprising: a plurality of memory bits (104,106,108,110,112,114); a single lane analog bus conductively coupling the plurality of memory bits (104,106,108,110,112,114) to a pad located on an exterior of the integrated circuit; and the pad to transmit an electrical signal from the plurality of memory bits (104,106,108,110,112,114), wherein the electrical signal indicates a combination of all selected bits of the plurality of memory bits (104,106,108,110,112,114), characterized by the pad is to transmit a single electrical signal from the plurality of memory bits (104,106,108,110,112,114), simultaneously, representing a parallel bit read of the plurality of memory bits (104,106,108,110,112,114). comprising: a plurality of memory bits (104,106,108,110,112,114); a single lane analog bus conductively coupling the plurality of memory bits (104,106,108,110,112,114) to a pad located on an exterior of the integrated circuit; and the pad to transmit an electrical signal from the plurality of memory bits (104,106,108,110,112,114), wherein the electrical signal indicates a combination of all selected bits of the plurality of memory bits (104,106,108,110,112,114), characterized by the pad is to transmit a single electrical signal from the plurality of memory bits (104,106,108,110,112,114), simultaneously, representing a parallel bit read of the plurality of memory bits (104,106,108,110,112,114).
System for finding and identifying computing nodes N in a network, wherein the system consists of a network with a plurality of computing nodes (220, 240, 260,... Z), which are connected to one another by means of communication connections and are designed to execute a workload of one or more software applications, and at least one scheduling module, wherein the scheduling module contains at least one probe, which is in the form of software code, with a test code and is designed to send the probe with the test code to the computing nodes (220, 240, 260,..., N) of the network in order to test the properties of the computing nodes (220, 240, 260,..., N), wherein the test code is designed to test the properties of the computing nodes (220, 240, 260,..., N) in respect of their capability to execute a particular workload of at least one software application, and wherein the test code is designed to inform the scheduling module of the test results, wherein the scheduling module is designed to select, on the basis of the test results of the test code, one or more computing nodes for executing the workload of at least one software application and to start the execution of the workload of the at least one software application at the selected computing node, characterized in that the probe is integrated in the software application, and the scheduling module is suitable for sending the software application with the probe to the computing nodes (220, 240, 260,..., N).
A method for setting the volumetric flow rate of a heating and/or cooling medium by means of room heat exchangers (3,4) of a heating or cooling system, in which the target spread of the flow and return temperatures for the individual room heat exchangers (3,4) is in each case set by limiting the respective room heat exchanger valve in an adjustable and/or fixable manner, wherein room heat exchangers (3,4) of varying priority are defined, wherein, based on a system-specific target spread, for high-priority room heat exchangers a lower target spread is allowed, and for low-priority room heat exchangers a higher target spread is ensured, and that, during the operation of a high-priority room heat exchanger with a lower spread, the volumetric flow through at least one low-priority room heat exchanger with a higher spread is changed in such a way that a return temperature optimized for the heating device of the heating system is set by mixing the return medium from all room heat exchangers (3,4) of the heating system, characterized in that the amounts of heat released by the respective room heat exchangers (3,4) into the return flow are determined to calculate the control values, and the elevated amounts of heat arising on high-priority room heat exchangers due to a low spread are balanced out by setting at least one low-priority room heat exchanger to a high spread.
A display device comprising: a central area having a display area and a non display area on a substrate, wherein the non display area includes a pad area; a peripheral area around the central area and including a pad peripheral area adjacent the pad area; a plurality of pads arranged along one direction in the pad area; a plurality of insulating patterns in the pad peripheral area adjacent the plurality of pads, wherein each insulating pattern overlaps an extension line of a respective pad to an edge of the substrate, wherein each insulating pattern extends from its respective pad to the edge of the substrate; and a plurality of slits in the pad peripheral area, each slit being located between adjacent insulating patterns, wherein each slit extends to the edge of the substrate and is defined by an absence of at least a portion of an insulating material of the plurality of insulating patterns. a central area having a display area and a non display area on a substrate, wherein the non display area includes a pad area; a peripheral area around the central area and including a pad peripheral area adjacent the pad area; a plurality of pads arranged along one direction in the pad area; a plurality of insulating patterns in the pad peripheral area adjacent the plurality of pads, wherein each insulating pattern overlaps an extension line of a respective pad to an edge of the substrate, wherein each insulating pattern extends from its respective pad to the edge of the substrate; and a plurality of slits in the pad peripheral area, each slit being located between adjacent insulating patterns, wherein each slit extends to the edge of the substrate and is defined by an absence of at least a portion of an insulating material of the plurality of insulating patterns.
A method for encoding a Radio Frequency Identification, RFID, inlay, the method comprising: causing a Radio Frequency Identification, RFID, coupler to rotate to a first angle, wherein the RFID coupler is positioned adjacent to a media path of a media associated with a RFID printer, wherein the media comprises a first RFID inlay; causing the RFID coupler to initiate a first encoding attempt to encode the first RFID inlay at a first power setting of the RFID coupler; determine whether the first encoding attempt is successful; and generating a power correlation between the first angle of the RFID coupler and the first power setting of the RFID coupler based on determining whether the first encoding attempt is successful at the first power setting. causing a Radio Frequency Identification, RFID, coupler to rotate to a first angle, wherein the RFID coupler is positioned adjacent to a media path of a media associated with a RFID printer, wherein the media comprises a first RFID inlay; causing the RFID coupler to initiate a first encoding attempt to encode the first RFID inlay at a first power setting of the RFID coupler; determine whether the first encoding attempt is successful; and generating a power correlation between the first angle of the RFID coupler and the first power setting of the RFID coupler based on determining whether the first encoding attempt is successful at the first power setting.
Method for moulding an element including an external face and a plurality of ribs and/or grooves formed on said external face, using a mould, one of the walls of the mould including ribs and/or grooves wherein at least a portion of the ribs and/or the grooves are suitable for being retracted at least temporarily so that at least a portion of the surface of said wall is smooth, characterised in that it includes: - a step for supplying the mould with material intended to form said element during which the ribs and/or the grooves of the wall of the mould are retracted so that said wall has a smooth surface; - a step during which the ribs and/or the grooves of the wall of the mould are deployed which is carried out prior to the setting of the material; - a step for setting the material during which the ribs and/or the grooves of the wall of the mould are kept in the deployed position thereof - a step for releasing the element formed from the mould. - a step for supplying the mould with material intended to form said element during which the ribs and/or the grooves of the wall of the mould are retracted so that said wall has a smooth surface; - a step during which the ribs and/or the grooves of the wall of the mould are deployed which is carried out prior to the setting of the material; - a step for setting the material during which the ribs and/or the grooves of the wall of the mould are kept in the deployed position thereof - a step for releasing the element formed from the mould.
A nebulizer comprising a vibrating aperture plate, a mounting, an actuator, and an aperture plate drive circuit having a controller, wherein the controller is configured to: measure aperture plate drive current at each of a plurality of measuring points in a scan, each measuring point having a drive frequency; determine a minimum value of the drive current during the scan; determine a value for maximum rate of change of drive current during the scan; and to use said minimum drive current value in combination with said maximum rate of change value to execute an algorithm to calculate an indicator value for end-of-dose, wherein the controller is configured to: determine a ratio of said maximum rate of change of drive current and said minimum value of the drive currrent to provide the indicator, and to scale said indicator by a constant value. measure aperture plate drive current at each of a plurality of measuring points in a scan, each measuring point having a drive frequency; determine a minimum value of the drive current during the scan; determine a value for maximum rate of change of drive current during the scan; and to use said minimum drive current value in combination with said maximum rate of change value to execute an algorithm to calculate an indicator value for end-of-dose, wherein the controller is configured to: determine a ratio of said maximum rate of change of drive current and said minimum value of the drive currrent to provide the indicator, and to scale said indicator by a constant value. determine a ratio of said maximum rate of change of drive current and said minimum value of the drive currrent to provide the indicator, and to scale said indicator by a constant value.
A tap drill comprising a substrate and a coating, wherein the coating is deposited on at least a portion of the substrate comprising the head of the drill, the coating comprising a first layer deposited directly on the substrate and a second layer deposited atop the first layer, wherein the first layer is a wear resistant layer of (AI,Cr)N deposited by HiPIMS and the second layer is a friction reduction layer, characterized in that the second layer is a titanium carbide layer deposited by using a physical vapor deposition process of the type magnetron sputtering.
Drilling device having - a drill drive which is designed for driving drill rod elements in a rotating manner and is linearly adjustable along a guide, in particular a mast, - a positioning means for linear adjustment of the drill drive, - a receiving part for receiving and holding at least a first drill rod element with a first thread region, - a clamping means which is arranged on the drill drive for holding at least a second drill rod element with a second thread region which can be screwed so as to fit to the first thread region, characterized in that - a control unit is provided, by which the drill drive and the positioning means can be actuated in order to screw together the first thread region and the second thread region and in which a thread constant can be predetermined. - a distance measuring means is provided, by which an adjustment distance of the drill drive along the guide can be detected as an actual value during screwing, - in that by the control unit a revolution speed of the drill drive during screwing can be detected and, on taking account of the predetermined thread constants, an adjustment distance can be determined as a nominal value, - in that by the control unit a comparison of nominal value and actual value can be carried out and a difference value can be determined and - in that the drill drive and/or the positioning means can be adjusted by the control unit according to the difference value determined. - a drill drive which is designed for driving drill rod elements in a rotating manner and is linearly adjustable along a guide, in particular a mast, - a positioning means for linear adjustment of the drill drive, - a receiving part for receiving and holding at least a first drill rod element with a first thread region, - a clamping means which is arranged on the drill drive for holding at least a second drill rod element with a second thread region which can be screwed so as to fit to the first thread region, - a control unit is provided, by which the drill drive and the positioning means can be actuated in order to screw together the first thread region and the second thread region and in which a thread constant can be predetermined. - a distance measuring means is provided, by which an adjustment distance of the drill drive along the guide can be detected as an actual value during screwing, - in that by the control unit a revolution speed of the drill drive during screwing can be detected and, on taking account of the predetermined thread constants, an adjustment distance can be determined as a nominal value, - in that by the control unit a comparison of nominal value and actual value can be carried out and a difference value can be determined and - in that the drill drive and/or the positioning means can be adjusted by the control unit according to the difference value determined.
A shutter for an imaging device, comprising: a first planar member and a second planar member parallel to one another and forming a sleeve having a cavity therebetween, the sleeve having at least one side rail adjacent the cavity; a first shutter member having a first end disposed in the cavity and slidingly disposed along the at least one side rail, and a second shutter member having a second end disposed in the cavity and slidingly disposed along the at least one side rail, the first end opposed to the second end and configured to be selectively advanced towards and retracted from the second end so as to define an aperture therebetween having a smaller shape when disposed in a first position and a larger shape when disposed in a second position, wherein the first shutter member and the second shutter member maintain a thermal contact with the at least one side rail in all positions; at least one positioning member configured to selectively position the first shutter member and the second shutter member within the sleeve; and at least one drive member configured to drive the at least one positioning member, wherein the at least one drive member is thermally isolated from the first shutter member and the second shutter member except when the at least one drive member drives the at least one positioning member. a first planar member and a second planar member parallel to one another and forming a sleeve having a cavity therebetween, the sleeve having at least one side rail adjacent the cavity; a first shutter member having a first end disposed in the cavity and slidingly disposed along the at least one side rail, and a second shutter member having a second end disposed in the cavity and slidingly disposed along the at least one side rail, the first end opposed to the second end and configured to be selectively advanced towards and retracted from the second end so as to define an aperture therebetween having a smaller shape when disposed in a first position and a larger shape when disposed in a second position, wherein the first shutter member and the second shutter member maintain a thermal contact with the at least one side rail in all positions; at least one positioning member configured to selectively position the first shutter member and the second shutter member within the sleeve; and at least one drive member configured to drive the at least one positioning member, wherein the at least one drive member is thermally isolated from the first shutter member and the second shutter member except when the at least one drive member drives the at least one positioning member.
A vehicle state monitoring device comprising: a transmission unit configured to wirelessly transmit a state signal providing a notification of a vehicle state; a power generator fixed to a vehicle body of the vehicle, and comprising a vibration power generation element configured to perform vibration power generation by vibration from the vehicle body; and a controller configured to start up the transmission unit when power generated by the vibration power generation is supplied from the power generator, and configured to cause the transmission unit to wirelessly transmit the state signal, wherein the vehicle is a bicycle and a resonance frequency of the vibration power generation element ranges from 3 Hz to 70 Hz. a transmission unit configured to wirelessly transmit a state signal providing a notification of a vehicle state; a power generator fixed to a vehicle body of the vehicle, and comprising a vibration power generation element configured to perform vibration power generation by vibration from the vehicle body; and a controller configured to start up the transmission unit when power generated by the vibration power generation is supplied from the power generator, and configured to cause the transmission unit to wirelessly transmit the state signal, wherein the vehicle is a bicycle and a resonance frequency of the vibration power generation element ranges from 3 Hz to 70 Hz.
An aqueous fluid comprising an oxygenated ionic aqueous solution of stabilized oxygen microbubbles predominantly having a diameter of less than 100 nanometers, for use in a method for treating a lung or respiratory disorder or condition characterized by airflow obstruction or limitation, or a symptom of said lung or respiratory disorder or condition, comprising administering, to a subject in need thereof, a therapeutically effective amount of the fluid for treating a lung or respiratory disorder or condition characterized by airflow obstruction or limitation, or a symptom of said lung or respiratory disorder or condition is thereby afforded, wherein the oxygen in the ionic aqueous fluid is present in an amount of at least 15 ppm at atmospheric pressure