mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical stapling instrument for applying a plurality of surgical staples to tissue, comprising: (a) a stapling head assembly , wherein said stapling head assembly comprises: (i) a staple holder containing a plurality of surgical staples , (ii) an anvil for forming the staples , said anvil being mounted on an anvil shaft slidably supported for movement relative to said stapling head assembly to clamp tissue between said anvil and said staple holder , and (iii) a staple driver operable to drive the staples from said staple holder into tissue and against said anvil ; (b) an actuator handle assembly , comprising: (i) a first actuator operable to control motion of said anvil , and (ii) a second actuator operable to control motion of said staple driver ; (c) a shaft assembly coupling said stapling head assembly with said actuator handle assembly ; (d) a safety latch responsive to said first actuator , wherein the safety latch is configured to prevent operation of said second actuator when the gap between said anvil and said staple holder is outside a predetermined distance; and (e) a locking member responsive to said safety latch , wherein the locking member is configured to prevent operation of said first actuator when the safety latch is positioned to allow operation of the second actuator . (a) a stapling head assembly , wherein said stapling head assembly comprises: (i) a staple holder containing a plurality of surgical staples , (ii) an anvil for forming the staples , said anvil being mounted on an anvil shaft slidably supported for movement relative to said stapling head assembly to clamp tissue between said anvil and said staple holder , and (iii) a staple driver operable to drive the staples from said staple holder into tissue and against said anvil ; (i) a staple holder containing a plurality of surgical staples , (ii) an anvil for forming the staples , said anvil being mounted on an anvil shaft slidably supported for movement relative to said stapling head assembly to clamp tissue between said anvil and said staple holder , and (iii) a staple driver operable to drive the staples from said staple holder into tissue and against said anvil ; (b) an actuator handle assembly , comprising: (i) a first actuator operable to control motion of said anvil , and (ii) a second actuator operable to control motion of said staple driver ; (i) a first actuator operable to control motion of said anvil , and (ii) a second actuator operable to control motion of said staple driver ; (c) a shaft assembly coupling said stapling head assembly with said actuator handle assembly ; (d) a safety latch responsive to said first actuator , wherein the safety latch is configured to prevent operation of said second actuator when the gap between said anvil and said staple holder is outside a predetermined distance; and (e) a locking member responsive to said safety latch , wherein the locking member is configured to prevent operation of said first actuator when the safety latch is positioned to allow operation of the second actuator .
An apparatus for wireless communication, comprising: means for determining a transmit power per channelization code based on an assumed uniform distribution of available transmit power across multiple transport blocks and across a designated number, M, of channelization codes; means for determining multiple channel quality indicator, CQI, indices for the multiple transport blocks based on the transmit power per channelization code; and means for sending the multiple CQI indices to a Node B. means for determining a transmit power per channelization code based on an assumed uniform distribution of available transmit power across multiple transport blocks and across a designated number, M, of channelization codes; means for determining multiple channel quality indicator, CQI, indices for the multiple transport blocks based on the transmit power per channelization code; and means for sending the multiple CQI indices to a Node B.
A control apparatus of a vehicle, the vehicle comprising: an internal combustion engine ; a supercharging system including a first supercharger and a second supercharger each of which is driven by an exhaust of the internal combustion engine; and at least one changeover valve which is placed in at least one of an intake passage and an exhaust passage of the internal combustion engine and which is configured to change a supercharging mode associated with the supercharging system among a plurality of supercharging modes including a single supercharging mode for performing supercharging only with the first supercharger and a twin supercharging mode for performing supercharging with both the first and second superchargers, in accordance with an opening / closing state, said control apparatus comprising: a first controlling device for controlling the changeover valve when engine stop of the internal combustion engine is requested such that the opening / closing state is an opening / closing state corresponding to the twin supercharging mode; and a second controlling device for controlling the changeover valve when engine start of the internal combustion engine is requested such that the opening / closing state is an opening / closing state corresponding to the single supercharging mode. an internal combustion engine ; a supercharging system including a first supercharger and a second supercharger each of which is driven by an exhaust of the internal combustion engine; and at least one changeover valve which is placed in at least one of an intake passage and an exhaust passage of the internal combustion engine and which is configured to change a supercharging mode associated with the supercharging system among a plurality of supercharging modes including a single supercharging mode for performing supercharging only with the first supercharger and a twin supercharging mode for performing supercharging with both the first and second superchargers, in accordance with an opening / closing state, said control apparatus comprising: a first controlling device for controlling the changeover valve when engine stop of the internal combustion engine is requested such that the opening / closing state is an opening / closing state corresponding to the twin supercharging mode; and a second controlling device for controlling the changeover valve when engine start of the internal combustion engine is requested such that the opening / closing state is an opening / closing state corresponding to the single supercharging mode. a first controlling device for controlling the changeover valve when engine stop of the internal combustion engine is requested such that the opening / closing state is an opening / closing state corresponding to the twin supercharging mode; and a second controlling device for controlling the changeover valve when engine start of the internal combustion engine is requested such that the opening / closing state is an opening / closing state corresponding to the single supercharging mode.
System for controlling the spraying of agricultural product , which system is specifically intended to be mounted on a spray boom of an agricultural machine , the spray boom comprising a set of spray nozzles that are selectively activatable to spray an agricultural product , the system comprising: - a set of cameras adapted to be secured to the spray boom for capturing images of a ground on which the agricultural machine moves, and - a processing unit communicating with the cameras and a distance measuring system , the processing unit being adapted to selectively control the spray nozzles , wherein, during operation, the processing unit is capable of: identifying a target plant in an image of the ground received from a camera ; the system being characterized in that the distance measuring system is capable of determining in real time distance information between the cameras and the ground , and in that the processing unit (44 is also capable, on the basis of information about the current distance between the camera at stake and the ground, of the direction of observation of the target plant and of a ground speed of the agricultural machine, of selecting at least one nozzle to be activated in order to spray the agricultural product onto the target plant , and of determining an activation time of the or each selected nozzle and transmitting an activation command to the or each nozzle to trigger the spraying onto said target plant . - a set of cameras adapted to be secured to the spray boom for capturing images of a ground on which the agricultural machine moves, and - a processing unit communicating with the cameras and a distance measuring system , the processing unit being adapted to selectively control the spray nozzles ,
Glass, in particular joining glass, comprising the following components in wt.%: - TeO 2 -V 2 O 5 glass in the range of 60-100 wt.%, wherein the TeO 2 -V 2 O 5 glass consists of TeO 2 40-61 Gew.-%, V 2 O 5 9-40 Gew.-%, Al 2 O 3 5-20 Gew.-% - high temperature glass, selected from bismuth glass, in the range of >0-20 wt.%, wherein the high temperature glass consists of Bi 2 O 3 in the range of 75-85 wt.%, ZnO in the range of 8-15 wt.% and B 2 O 3 in the range of 5-12 wt.% and - reactive oxides selected from the group consisting of Al 2 O 3 , Y 2 O 3 , La 2 O 3 , ZnO, Bi 2 O 3 , SiO 2 , ZrO 2 , zircon, Nb 2 O 5 , V 2 O 5 , TeO 2 , CeO 2 , SnO, SnO 2 , FeO, MnO, Cr 2 O 3 , CoO, oxide pigments, or a combination thereof, in the range of 0-20 wt.%. - TeO 2 -V 2 O 5 glass in the range of 60-100 wt.%, wherein the TeO 2 -V 2 O 5 glass consists of TeO 2 40-61 Gew.-%, V 2 O 5 9-40 Gew.-%, Al 2 O 3 5-20 Gew.-% - high temperature glass, selected from bismuth glass, in the range of >0-20 wt.%, wherein the high temperature glass consists of Bi 2 O 3 in the range of 75-85 wt.%, ZnO in the range of 8-15 wt.% and B 2 O 3 in the range of 5-12 wt.% and - reactive oxides selected from the group consisting of Al 2 O 3 , Y 2 O 3 , La 2 O 3 , ZnO, Bi 2 O 3 , SiO 2 , ZrO 2 , zircon, Nb 2 O 5 , V 2 O 5 , TeO 2 , CeO 2 , SnO, SnO 2 , FeO, MnO, Cr 2 O 3 , CoO, oxide pigments, or a combination thereof, in the range of 0-20 wt.%.
Cable having one or more conductors (41-44) for transmitting electrical energy and/or data and an elongated supporting member , wherein a connecting element (6; 106) for connection to a terminal (14, 14', 14"; 114, 114', 114") of a feed device (12; 112) for electrical energy and/or data is arranged at one end of the cable , wherein the supporting member is connectable in non-positive and/or positive manner to the connecting element (6; 106) for transmitting longitudinal tensile forces, characterised in that the supporting member is attached to a clamping bolt which is attached to the connecting element (6; 106) to be rotatable preferably about a rotational axis running transversely to the longitudinal direction of the supporting member for clamping the supporting member .
A biological sample assay optical property modifying device , the device comprising: a. a sample receiving cartridge comprising reaction chambers , wherein each reaction chamber comprises an optical property modifying reagent ; b. a substrate comprising: i. a heating element ; and ii. a power source operatively coupled to the heating element ; and c. an adhesive layer operatively connecting the sample receiving cartridge and the substrate , thereby forming a wall of each of the reaction chambers ; wherein the sample receiving cartridge comprises a sample inlet operatively connecting each of the reaction chambers , wherein the sample receiving cartridge comprises one or more conduits operatively connecting the reaction chambers with the sample inlet , and characterized in that the device further comprises a housing, the housing comprising: a first portion and a second portion mated with the first portion , wherein the housing encapsulates the sample receiving cartridge , the substrate , and the adhesive layer ; and wherein the housing further comprises one or more inlet opening providing access to the sample inlet for a sample to be loaded into the sample receiving cartridge, optionally wherein each of the reaction chambers are microfluidic reaction chambers. a. a sample receiving cartridge comprising reaction chambers , wherein each reaction chamber comprises an optical property modifying reagent ; b. a substrate comprising: i. a heating element ; and ii. a power source operatively coupled to the heating element ; and i. a heating element ; and ii. a power source operatively coupled to the heating element ; and c. an adhesive layer operatively connecting the sample receiving cartridge and the substrate , thereby forming a wall of each of the reaction chambers ; wherein the sample receiving cartridge comprises a sample inlet operatively connecting each of the reaction chambers , wherein the sample receiving cartridge comprises one or more conduits operatively connecting the reaction chambers with the sample inlet , and characterized in that the device further comprises a housing, the housing comprising: a first portion and a second portion mated with the first portion , a first portion and a second portion mated with the first portion , wherein the housing encapsulates the sample receiving cartridge , the substrate , and the adhesive layer ; and wherein the housing further comprises one or more inlet opening providing access to the sample inlet for a sample to be loaded into the sample receiving cartridge, optionally wherein each of the reaction chambers are microfluidic reaction chambers.
Seat for local public transport, having a back shell , having at least one front seat surface , and having at least two bars which support the back shell and/or the at least one seat surface , wherein the back shell and the seat surface are in the form of injection-moulded parts, characterized in that the bars are produced separately as foamed plastic parts, wherein the bars have a proportion of glass fibre in the material of 20-40 %, preferably approximately 30 %.
A motor comprising: a shaft ; a rotor disposed radially outside the shaft ; a stator disposed radially outside the rotor ; a sensing magnet coupled to an axially upper end of the shaft ; a circuit substrate disposed above the sensing magnet and including a sensor configured to detect a magnetic flux change due to the sensing magnet ; and a cap member which covers the sensor , wherein the circuit substrate includes a first substrate , a second substrate disposed to be spaced apart from the first substrate, and connecting portions connecting the first substrate to the second substrate , the sensor is mounted on the second substrate , and the cap member is disposed to pass through a separating space between the first substrate and the second substrate and the upper portion of the cap member surrounds a space axially above the second substrate and the lower portion of the cap member surrounds a space axially under the second substrate , characterized by the fact that slots formed upward from a lower end of the cap member are disposed in the cap member ; and the connecting portions are disposed in the slots , and a length of the lower portion of the cap member is such that a position (H2) of the lower end of the cap member is disposed at a lower level than a position (H1) of said axially upper end of the shaft , wherein upper ends of the slots are blocked by the connecting portions . a shaft ; a rotor disposed radially outside the shaft ; a stator disposed radially outside the rotor ; a sensing magnet coupled to an axially upper end of the shaft ; a circuit substrate disposed above the sensing magnet and including a sensor configured to detect a magnetic flux change due to the sensing magnet ; and a cap member which covers the sensor , wherein the circuit substrate includes a first substrate , a second substrate disposed to be spaced apart from the first substrate, and connecting portions connecting the first substrate to the second substrate , the sensor is mounted on the second substrate , and the cap member is disposed to pass through a separating space between the first substrate and the second substrate and the upper portion of the cap member surrounds a space axially above the second substrate and the lower portion of the cap member surrounds a space axially under the second substrate , characterized by the fact that slots formed upward from a lower end of the cap member are disposed in the cap member ; and the connecting portions are disposed in the slots , and a length of the lower portion of the cap member is such that a position (H2) of the lower end of the cap member is disposed at a lower level than a position (H1) of said axially upper end of the shaft , wherein upper ends of the slots are blocked by the connecting portions .
A method comprising: receiving (step 602), by a simplification unit in a sending device, from an acoustic pre-processing unit , audio signals in a plurality of audio rendering formats; receiving (step 604), by the simplification unit , from a receiving device, attributes of the receiving device, the attributes including indications of one or more audio formats supported by the receiving device, the one or more audio formats including at least one of a mono format, a stereo format, or a spatial format; converting (step 610), by the simplification unit, the audio signals into an ingest format that is an alternative representation of the one or more audio formats; and providing, by the simplification unit, the converted audio signal to an encoding unit for downstream processing, encoding, by the encoding unit, the ingest format audio signal into an encoded audio signal in a transport format decodable by the receiving device, wherein each of the acoustic pre-processing unit, the simplification unit, and the encoding unit comprises one or more computer processors. receiving (step 602), by a simplification unit in a sending device, from an acoustic pre-processing unit , audio signals in a plurality of audio rendering formats; receiving (step 604), by the simplification unit , from a receiving device, attributes of the receiving device, the attributes including indications of one or more audio formats supported by the receiving device, the one or more audio formats including at least one of a mono format, a stereo format, or a spatial format; converting (step 610), by the simplification unit, the audio signals into an ingest format that is an alternative representation of the one or more audio formats; and providing, by the simplification unit, the converted audio signal to an encoding unit for downstream processing, encoding, by the encoding unit, the ingest format audio signal into an encoded audio signal in a transport format decodable by the receiving device, wherein each of the acoustic pre-processing unit, the simplification unit, and the encoding unit comprises one or more computer processors.
A packaging comprising: (a) an outer card having: one or more cavities , a shell forming the one or more cavities , a backing secured to said shell and at least one access door located on the backing of the outer card , the at least one access door comprising one or more perforations ; and (b) one or more blister cards housed within the one or more cavities , the one or more blister cards being removable from the one or more cavities, through said at least one access door , so that the one or more blister cards are disposable separate from the outer card , characterized by the at least one access door including punch outs that align with corresponding apertures of the one or more blister cards secured within the one or more cavities whereby one or more items secured within the apertures are removable without opening the access doors , the punch outs being configured such that a first force applied to the outer card is sufficient for forcing the one or more items out of the one or more blister cards , through the punch outs and through the outer card ; and characterized by the one or more perforations being configured such that a second force for breaking said perforations is greater than said first force and is sufficiently high that said one or more items may be removed from the one or more blister cards without breaking the perforations of the at least one access door . (a) an outer card having: one or more cavities , a shell forming the one or more cavities , a backing secured to said shell and at least one access door located on the backing of the outer card , the at least one access door comprising one or more perforations ; and (b) one or more blister cards housed within the one or more cavities , the one or more blister cards being removable from the one or more cavities, through said at least one access door , so that the one or more blister cards are disposable separate from the outer card , characterized by the at least one access door including punch outs that align with corresponding apertures of the one or more blister cards secured within the one or more cavities whereby one or more items secured within the apertures are removable without opening the access doors , the punch outs being configured such that a first force applied to the outer card is sufficient for forcing the one or more items out of the one or more blister cards , through the punch outs and through the outer card ; and characterized by the one or more perforations being configured such that a second force for breaking said perforations is greater than said first force and is sufficiently high that said one or more items may be removed from the one or more blister cards without breaking the perforations of the at least one access door .
A method comprising: establishing a single-user login session associated with a first user-account such that the single-user login session has read and/or write access to first user data associated with the first user-account; accepting , within the single-user login session, a further login associated with a second user-account to convert the single-user login session to a multi-user login session having read and/or write access to second user data associated with the second user-account in addition to having read and/or write access to the first user data ; executing, in the multi-user login session, a software application for which both the first user data and the second user data are applicable; and updating both the first user data and the second user data that are applicable to the application with data generated by execution of the application in the multi-user user session. establishing a single-user login session associated with a first user-account such that the single-user login session has read and/or write access to first user data associated with the first user-account; accepting , within the single-user login session, a further login associated with a second user-account to convert the single-user login session to a multi-user login session having read and/or write access to second user data associated with the second user-account in addition to having read and/or write access to the first user data ; executing, in the multi-user login session, a software application for which both the first user data and the second user data are applicable; and updating both the first user data and the second user data that are applicable to the application with data generated by execution of the application in the multi-user user session.