mhurhangee/patent-ind-claim-en huggingface dataset:
A connector-equipped plug which has a built-in optical connector to be inserted into and connected to an adaptor inside a receptacle and is to be connected to the receptacle , the connector-equipped plug comprising: an inner housing that is located on a rear end side in an insertion direction of the connector to hold the connector and has a plurality of protrusions formed on an outer peripheral surface; a spring that pushes the inner housing in the insertion direction; and a tubular outer shell member that has a plurality of recesses formed in an inner peripheral surface; wherein the inner housing is positioned by being pushed by the spring to fit the protrusions in distal end sides in the insertion direction of the respective recesses ; characterized in that the connector has a tapered shape on a distal end side in the insertion direction; the recesses are each formed such that the recess decreases gradually in width in the insertion direction and such that a bottom surface gradually approaches a central axis of the outer shell member in the insertion direction; the inner housing is tiltable when a force in a direction crossing a central axis of the inner housing is applied to the inner housing ; and the inner housing is structured to float at the time of movement in a direction opposite to the insertion direction. an inner housing that is located on a rear end side in an insertion direction of the connector to hold the connector and has a plurality of protrusions formed on an outer peripheral surface; a spring that pushes the inner housing in the insertion direction; and a tubular outer shell member that has a plurality of recesses formed in an inner peripheral surface; wherein the inner housing is positioned by being pushed by the spring to fit the protrusions in distal end sides in the insertion direction of the respective recesses ; characterized in that the connector has a tapered shape on a distal end side in the insertion direction; the recesses are each formed such that the recess decreases gradually in width in the insertion direction and such that a bottom surface gradually approaches a central axis of the outer shell member in the insertion direction; the inner housing is tiltable when a force in a direction crossing a central axis of the inner housing is applied to the inner housing ; and the inner housing is structured to float at the time of movement in a direction opposite to the insertion direction.
A portable ambulatory infusion pump, comprising: a processor that controls operation of the pump in a plurality of operating modes that include an active mode in which multiple pump components are operated and a safe mode in which at least one pump component that is active in the active mode is deactivated and not operated; an input interface comprising a touchscreen through which the processor receives user touch input; and wherein the processor is configured to terminate the active mode and operate the pump in the safe mode in response to determining that a received user touch input was received in an out of bounds region of the touchscreen , the out of bounds region defined as an area of the touchscreen at which touch input for control of the portable ambulatory infusion pump is not intended to be received. a processor that controls operation of the pump in a plurality of operating modes that include an active mode in which multiple pump components are operated and a safe mode in which at least one pump component that is active in the active mode is deactivated and not operated; an input interface comprising a touchscreen through which the processor receives user touch input; and wherein the processor is configured to terminate the active mode and operate the pump in the safe mode in response to determining that a received user touch input was received in an out of bounds region of the touchscreen , the out of bounds region defined as an area of the touchscreen at which touch input for control of the portable ambulatory infusion pump is not intended to be received.
A terminal apparatus comprising: a reception unit configured to receive from a base station apparatus first information and second information; and a measuring unit configured to perform measurements, wherein the first information includes information on the measurements, the information on the measurements indicates objects on which the measurements shall be performed, the second information is included in the objects on which the measurements shall be performed, the second information includes information on time positions of one or more synchronization signal blocks for the measurements, each of the one or more of synchronization signal blocks comprises a first synchronization signal, a second synchronization signal, and a physical broadcast channel, PBCH, the measurement unit is configured to perform the measurements based on information indicating whether the time positions of the one or more synchronization signal blocks included in an object are the same as or different from time positions in a serving cell, wherein in a case that the time positions of the one or more synchronization signal blocks included in the object are the same as the time positions of the serving cell, the time positions configured for the serving cell are used and measurements are performed on the synchronization signal blocks of a neighbor cell. a reception unit configured to receive from a base station apparatus first information and second information; and a measuring unit configured to perform measurements, wherein the first information includes information on the measurements, the information on the measurements indicates objects on which the measurements shall be performed, the second information is included in the objects on which the measurements shall be performed, the second information includes information on time positions of one or more synchronization signal blocks for the measurements, each of the one or more of synchronization signal blocks comprises a first synchronization signal, a second synchronization signal, and a physical broadcast channel, PBCH, the measurement unit is configured to perform the measurements based on information indicating whether the time positions of the one or more synchronization signal blocks included in an object are the same as or different from time positions in a serving cell, wherein in a case that the time positions of the one or more synchronization signal blocks included in the object are the same as the time positions of the serving cell, the time positions configured for the serving cell are used and measurements are performed on the synchronization signal blocks of a neighbor cell.
A spray nozzle for electrostatically spraying a coating product comprising: - a needle forming a moving shutter of a valve for controlling the spraying of the coating product and positioned in a recess of a barrel of the spray nozzle, the recess defining a guiding surface (S4) for guiding the axial translation of the needle along a longitudinal axis (Y4) of the recess, the needle comprising a front end having a shape suitable for abutting against a seat in order to obstruct a duct for the flow of the coating product, a rear portion which interacts with means for controlling the translation of the needle , and a central portion comprised between the front end and the rear portion , - a high-voltage unit capable of applying a high voltage to the front end of the needle , characterized in that at least one first raised portion (8; 208; 308) is provided on the central portion (3b; 203b; 303b) of the needle, inside the recess , the first raised portion being capable of increasing the electric creepage distance along the central portion . - a needle forming a moving shutter of a valve for controlling the spraying of the coating product and positioned in a recess of a barrel of the spray nozzle, the recess defining a guiding surface (S4) for guiding the axial translation of the needle along a longitudinal axis (Y4) of the recess, the needle comprising a front end having a shape suitable for abutting against a seat in order to obstruct a duct for the flow of the coating product, a rear portion which interacts with means for controlling the translation of the needle , and a central portion comprised between the front end and the rear portion , - a high-voltage unit capable of applying a high voltage to the front end of the needle ,
Method for tracking program progress, information flow and/or interaction of participants in a distributed system of programmable controls and/or data-processing systems, wherein the method provides that time stamps are generated and stored at predefined points of the system, the time stamps contain the respective clock time, location, event type, a consecutive number and selectably other details, the time stamps are generated on a hardware basis and filed in an intermediate memory, the time stamps are read out and analysed with software assistance, the time stamps of a system are prepared graphically and illustrated two-dimensionally or three-dimensionally and more than three-dimensional time stamps are projected on a two-dimensional or three-dimensional system, and the time stamp generation is filed as an atomic writing operation in the respective hardware and carried out in a register provided for that purpose.
A wind turbine comprising a slewing ring bearing being a pitch bearing or yaw bearing , the slewing ring bearing comprising: an outer race ; an inner race rotatable relative to the outer race , at least one of the outer race or the inner race being split into a first portion and a separate, second portion ; and, a plurality of roller elements arranged between one or more raceways defined by the inner and outer races , wherein the first and second portions of at least one of the outer race or the inner race are coupled together via a threaded interface therebetween so as to establish a predetermined preload for the slewing ring bearing , wherein the threaded interface is located in a lower-stress region of the outer or inner race having a stress concentration which is less than 95% of a maximal stress of the respective race . an outer race ; an inner race rotatable relative to the outer race , at least one of the outer race or the inner race being split into a first portion and a separate, second portion ; and, a plurality of roller elements arranged between one or more raceways defined by the inner and outer races , wherein the first and second portions of at least one of the outer race or the inner race are coupled together via a threaded interface therebetween so as to establish a predetermined preload for the slewing ring bearing , wherein the threaded interface is located in a lower-stress region of the outer or inner race having a stress concentration which is less than 95% of a maximal stress of the respective race .
Child's high chair having a base part and a seating unit that is held on the base part, wherein the seating unit is rotatable and lockable about a vertical axis relative to the base part , wherein the seating unit is mounted swivelably and lockably forwards and backwards in its inclination about a horizontal transverse axis on two lateral support arms , characterized in that a gas-pressure spring , the length of which is adjustable with a two-handed safety operating system, for supporting and height adjustment of the seating unit is provided between the base part and the seating unit .
A method for controlling a terminal, the method being performed by the terminal and comprising: comprising: activating (S101) a virtual subscriber identity module, SIM, card in the terminal in response to determining that the terminal is in a lost state; receiving (S102) a control instruction through the virtual SIM card; and controlling (S103) the terminal based on the control instruction; characterized in that the method further comprises: in response to a recovery mode reaching a third preset duration and not receiving a recovery instruction, rebooting (S701) the terminal. activating (S101) a virtual subscriber identity module, SIM, card in the terminal in response to determining that the terminal is in a lost state; receiving (S102) a control instruction through the virtual SIM card; and controlling (S103) the terminal based on the control instruction; characterized in that the method further comprises: in response to a recovery mode reaching a third preset duration and not receiving a recovery instruction, rebooting (S701) the terminal.
An optical fiber , comprising: a first tubular member having an internal surface , a first wall thickness (t 1 ), and an outer diameter (D) greater than 300 μm; a plurality of second tubular members extending through the first tubular member and spaced apart about the internal surface , with a minimum spacing (d) of 2.7 μm between adjacent second tubular members , with the second tubular members defining a core region having a radius (R) in the range of 25 μm to 50 μm, and each second tubular member having a second wall thickness (t 2 ); and a plurality of third tubular members , with each third tubular member nested in and extending through a respective second tubular member , and each third tubular member having a third wall thickness (t 3 ), wherein the arrangement of the tubular members defines a Nested Anti-resonant Nodeless hollow core Fiber, NANF, configured to confine and guide light in the range between 1050 nm and 1100 nm for transmission through the core region with a loss of 0.3dB/km from optical anti-resonance in the arrangement of the tubular members . a first tubular member having an internal surface , a first wall thickness (t 1 ), and an outer diameter (D) greater than 300 μm; a plurality of second tubular members extending through the first tubular member and spaced apart about the internal surface , with a minimum spacing (d) of 2.7 μm between adjacent second tubular members , with the second tubular members defining a core region having a radius (R) in the range of 25 μm to 50 μm, and each second tubular member having a second wall thickness (t 2 ); and a plurality of third tubular members , with each third tubular member nested in and extending through a respective second tubular member , and each third tubular member having a third wall thickness (t 3 ), wherein the arrangement of the tubular members defines a Nested Anti-resonant Nodeless hollow core Fiber, NANF, configured to confine and guide light in the range between 1050 nm and 1100 nm for transmission through the core region with a loss of 0.3dB/km from optical anti-resonance in the arrangement of the tubular members .
A method of operating a glucose measurement device having a display, user interface, processor, memory and user interface buttons, the method comprising: measuring a glucose level with the glucose measurement device; displaying a value representative of the glucose level; automatically displaying one of a plurality of predetermined flags as a default for selection, the default flag presented depending on when the measurement is taken during various time periods in a day; querying a user to select the displayed predetermined default flag to associate the flag with the value; and pressing only one of the user interface buttons once to store the predetermined default flag with the value of the glucose level in the memory of the device, wherein the plurality of predetermined flags comprises a before meal flag, an after meal flag, a fasting flag, and a blank flag, wherein the fasting flag is displayed as the default flag whenever the measurement is taken in the early morning period as determined by an internal clock of the device, and the before meal flag or after meal flag is displayed as the default flag whenever the measurement is taken at certain time periods near meal times as determined by an internal clock of the device. measuring a glucose level with the glucose measurement device; displaying a value representative of the glucose level; automatically displaying one of a plurality of predetermined flags as a default for selection, the default flag presented depending on when the measurement is taken during various time periods in a day; querying a user to select the displayed predetermined default flag to associate the flag with the value; and pressing only one of the user interface buttons once to store the predetermined default flag with the value of the glucose level in the memory of the device, wherein the plurality of predetermined flags comprises a before meal flag, an after meal flag, a fasting flag, and a blank flag, wherein the fasting flag is displayed as the default flag whenever the measurement is taken in the early morning period as determined by an internal clock of the device, and the before meal flag or after meal flag is displayed as the default flag whenever the measurement is taken at certain time periods near meal times as determined by an internal clock of the device.
A process for the preparation of an immunogenic conjugate comprising Streptococcus pneumoniae serotype 10A, 22F or 33F polysaccharide covalently linked to a carrier protein, the process comprising the steps of: (a) compounding an activated serotype 10A, 22F or 33F polysaccharide with a carrier protein, wherein said activated serotype 10A, 22F or 33F polysaccharide is obtained by a process comprising the steps of: (i) reacting an isolated serotype 10A, 22F or 33F capsular polysaccharide with periodate; and (ii) quenching the oxidation reaction by addition of butan-2,3-diol resulting in an activated Streptococcus pneumoniae serotype 10A, 22F or 33F polysaccharide; and, (b) reacting the compounded, activated serotype 10A, 22F or 33F polysaccharide and carrier protein with a reducing agent to form a serotype 10A, 22F or 33F polysaccharide:carrier protein conjugate. (a) compounding an activated serotype 10A, 22F or 33F polysaccharide with a carrier protein, wherein said activated serotype 10A, 22F or 33F polysaccharide is obtained by a process comprising the steps of: (i) reacting an isolated serotype 10A, 22F or 33F capsular polysaccharide with periodate; and (ii) quenching the oxidation reaction by addition of butan-2,3-diol resulting in an activated Streptococcus pneumoniae serotype 10A, 22F or 33F polysaccharide; and, (i) reacting an isolated serotype 10A, 22F or 33F capsular polysaccharide with periodate; and (ii) quenching the oxidation reaction by addition of butan-2,3-diol resulting in an activated Streptococcus pneumoniae serotype 10A, 22F or 33F polysaccharide; (b) reacting the compounded, activated serotype 10A, 22F or 33F polysaccharide and carrier protein with a reducing agent to form a serotype 10A, 22F or 33F polysaccharide:carrier protein conjugate.
A N-[5-(amino-sulfonyl)-4-methyl-1,3-thiazol-2-yl]-N-methyl-2-[4-(2-pyridinyl)phenyl]acetamide free base hemihydrate having the molecular formula C 18 H 18 N 4 O 3 S 2 x 0.5 H 2 O.
A method for laser cutting a workpiece , wherein a laser beam is guided over the workpiece in a cutting direction so that a cutting kerf is created, the kerf having two cutting flanks , characterized in that : material is melted on the workpiece on a cutting front that extends between the cutting flanks , wherein the cutting front adjoins at least one of the cutting flanks , preferably both of the cutting flanks , at an angle that is greater than zero, thereby forming an angled transition from the cutting front to the cutting flank, and in that : the laser beam has a non-circular cross section and a continuous cutting beam contour at the front that corresponds to the cutting front in the cutting direction . wherein a laser beam is guided over the workpiece in a cutting direction so that a cutting kerf is created, the kerf having two cutting flanks , characterized in that : material is melted on the workpiece on a cutting front that extends between the cutting flanks , wherein the cutting front adjoins at least one of the cutting flanks , preferably both of the cutting flanks , at an angle that is greater than zero, thereby forming an angled transition from the cutting front to the cutting flank, and in that : the laser beam has a non-circular cross section and a continuous cutting beam contour at the front that corresponds to the cutting front in the cutting direction . material is melted on the workpiece on a cutting front that extends between the cutting flanks , wherein the cutting front adjoins at least one of the cutting flanks , preferably both of the cutting flanks , at an angle that is greater than zero, thereby forming an angled transition from the cutting front to the cutting flank, and in that : the laser beam has a non-circular cross section and a continuous cutting beam contour at the front that corresponds to the cutting front in the cutting direction .
A manufacturing method of a semiconductor device comprising: transferring, from a first support supporting a plurality of semiconductor chips that are arranged in an initial pitch on the first support , a first group of semiconductor chips selected from the plurality of semiconductor chips to a second support by attaching the second support to a surface of the semiconductor chips which is an opposite side to a surface on which the semiconductor chips are attached to the first support , and by then separating the first support from the selected semiconductor chips , whereby the non-selected semiconductor chips remain on the first support , the selection being such that the semiconductor chips of the first group are arranged on the second support in a first pitch being longer than the initial pitch; deforming the second support to convert each pitch of the semiconductor chips of the first group transferred on the second support into a second pitch different from the first pitch; forming an insulating layer around each of the semiconductor chips of the first group transferred on the second support , the insulating layer covering each of the semiconductor chips of the first group that are arranged in the second pitch; and dicing the insulating layer . transferring, from a first support supporting a plurality of semiconductor chips that are arranged in an initial pitch on the first support , a first group of semiconductor chips selected from the plurality of semiconductor chips to a second support by attaching the second support to a surface of the semiconductor chips which is an opposite side to a surface on which the semiconductor chips are attached to the first support , and by then separating the first support from the selected semiconductor chips , whereby the non-selected semiconductor chips remain on the first support , the selection being such that the semiconductor chips of the first group are arranged on the second support in a first pitch being longer than the initial pitch; deforming the second support to convert each pitch of the semiconductor chips of the first group transferred on the second support into a second pitch different from the first pitch; forming an insulating layer around each of the semiconductor chips of the first group transferred on the second support , the insulating layer covering each of the semiconductor chips of the first group that are arranged in the second pitch; and dicing the insulating layer .