mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical tool assembly , comprising: a first jaw ; a second jaw movably supported on said first jaw for selective movement relative to said first jaw between an open position and a closed position about a fixed pivot axis; a shaft assembly that defines a shaft axis and comprises an axially movable closure member ; a distal end surface on a portion of a distal end of said closure member that is configured to apply an initial closure motion to a cam surface on said second jaw in a first closure direction that is normal to said cam surface as said closure member is axially advanced to initially contact said cam surface on said second jaw, characterized by a distal camming surface on another portion of said distal end that is configured to apply an additional closure motion to said cam surface on said second jaw in a second closure direction that is parallel to said shaft axis after continued axial advancement of said closure member brings the distal camming surface into camming engagement with said cam surface on said second jaw; wherein the distal camming surface extends at an obtuse angle to the distal end surface. a first jaw ; a second jaw movably supported on said first jaw for selective movement relative to said first jaw between an open position and a closed position about a fixed pivot axis; a shaft assembly that defines a shaft axis and comprises an axially movable closure member ; a distal end surface on a portion of a distal end of said closure member that is configured to apply an initial closure motion to a cam surface on said second jaw in a first closure direction that is normal to said cam surface as said closure member is axially advanced to initially contact said cam surface on said second jaw, characterized by a distal camming surface on another portion of said distal end that is configured to apply an additional closure motion to said cam surface on said second jaw in a second closure direction that is parallel to said shaft axis after continued axial advancement of said closure member brings the distal camming surface into camming engagement with said cam surface on said second jaw; wherein the distal camming surface extends at an obtuse angle to the distal end surface.
A play regulation method, applied to a terminal having a media player and a touchscreen, and comprising: receiving a fast forward/fast backward regulation operation entered by a user on the touchscreen; wherein the fast forward/fast backward regulation operation comprises a gesture movement performed on the touchscreen, including a gesture movement in a first direction and a gesture movement in a second direction; and acquiring a direction of the fast forward/fast backward regulation operation; if and when the direction of the fast forward/fast backward regulation operation is the first direction, performing the play progress forward or backward according to an existing step speed stored in the terminal; continuing to receive the fast forward/fast backward regulation operation entered by the user and acquiring the direction of the fast forward/fast backward regulation operation; and if and when the direction of the fast forward/fast backward regulation operation is the second direction, increasing or decreasing the step speed according to the moving distance and performing play progress according to the increased or decreased step speed; wherein the first direction and the second direction are different by a preset angle in a range from 75 degrees to 115 degrees and the gesture movement in the first direction and the gesture movement in the second direction are linked by a turning point. receiving a fast forward/fast backward regulation operation entered by a user on the touchscreen; wherein the fast forward/fast backward regulation operation comprises a gesture movement performed on the touchscreen, including a gesture movement in a first direction and a gesture movement in a second direction; and acquiring a direction of the fast forward/fast backward regulation operation; if and when the direction of the fast forward/fast backward regulation operation is the first direction, performing the play progress forward or backward according to an existing step speed stored in the terminal; continuing to receive the fast forward/fast backward regulation operation entered by the user and acquiring the direction of the fast forward/fast backward regulation operation; and if and when the direction of the fast forward/fast backward regulation operation is the second direction, increasing or decreasing the step speed according to the moving distance and performing play progress according to the increased or decreased step speed; wherein the first direction and the second direction are different by a preset angle in a range from 75 degrees to 115 degrees and the gesture movement in the first direction and the gesture movement in the second direction are linked by a turning point.
A wireless communication device comprising: a reception controller configured to control reception of a plurality of data frames provided by another device through repeated transmission, the plurality of data frames including the same data; and a transmission controller configured to control - transmission of a first confirmation response signal to the other device on a per-data frame basis for each of the data frames provided through the repeated transmission until a repeated transmission count has reached an upper limit and - transmission of a second confirmation response signal on a per-repeated transmission basis once the repeated transmission count has reached the upper limit, wherein the first confirmation response signal has a shorter frame length than the second confirmation response signal. a reception controller configured to control reception of a plurality of data frames provided by another device through repeated transmission, the plurality of data frames including the same data; and a transmission controller configured to control - transmission of a first confirmation response signal to the other device on a per-data frame basis for each of the data frames provided through the repeated transmission until a repeated transmission count has reached an upper limit and - transmission of a second confirmation response signal on a per-repeated transmission basis once the repeated transmission count has reached the upper limit, - transmission of a first confirmation response signal to the other device on a per-data frame basis for each of the data frames provided through the repeated transmission until a repeated transmission count has reached an upper limit and - transmission of a second confirmation response signal on a per-repeated transmission basis once the repeated transmission count has reached the upper limit, wherein the first confirmation response signal has a shorter frame length than the second confirmation response signal.
A heat exchanger for heat exchange between a first fluid and a second fluid, comprising: a stack of spaced apart heat exchange elements forming a first fluid circuit for the first fluid; a header adapted to receive first ends of the heat exchange elements ; and a housing adapted to at least partially encapsulate the heat exchange elements to form a second fluid circuit for the second fluid, the housing further comprising: at least one first plate ; a second plate disposed parallelly with respect to the first plate , characterized in that , at least one of the plates comprises a first section that is in contact with the header and at least one second section that is free from the contact with the header , so that the header and the second section are able to move independently with respect to each other during operational mode of the heat exchanger .
A communication relay platform of a space observation system, configured to be installed on board an aircraft moving above the clouds, and configured to act as a high-altitude relay for transmitting space observation data, referred to as telemetry data, at a high throughput, between at least one non-geostationary moving observation satellite and at least one target ground station for receiving said data, the transmission from the observation satellite or satellites to the high-altitude relay being capable of taking place during one or more predetermined visibility windows of the observation satellite or satellites moving relative to the aircraft , and the transmission of data from the aircraft to the ground being capable of taking place constantly, the relay platform comprising a first receiving antenna , configured to receive, in a first optical or radio frequency band, observation data transmitted over a first wireless space downlink linking at least one moving observation satellite to the relay platform, and a first reception interface , connected to the first receiving antenna and configured to demodulate the data received by the first antenna and save it in a memory , and a second transmission interface , configured to modulate the observation data stored in the memory , and transmit said modulated data in a second radio frequency band via a second transmission antenna over a second wireless aerial downlink directly linking the relay platform to at least one target ground station , and the relay platform being characterized in that it comprises a first descending two-level decryption/encryption chain for the telemetry data returned from at least one moving observation satellite to the target ground station or stations .
A system adapted for testing for an analyte, the analyte being Hb A1C, the system comprising: a test strip including: a test strip detection conductor; a first flow path, the first flow path including a heating area, the test strip detection conductor in the heating area, the test strip detection conductor configured to be activated to heat a sample in the heating area. a test strip detection conductor; a first flow path, the first flow path including a heating area, the test strip detection conductor in the heating area, the test strip detection conductor configured to be activated to heat a sample in the heating area.
A thermally conductive sheet comprising: a polymer matrix ; and an anisotropic filler , the anisotropic filler oriented in a thickness direction characterized in that the anisotropic filler being disposed in such a way as to fall down in a proportion of 1 to 45% on a surface of the thermally conductive sheet , the surface observed with an optical microscope. a polymer matrix ; and an anisotropic filler , the anisotropic filler oriented in a thickness direction characterized in that the anisotropic filler being disposed in such a way as to fall down in a proportion of 1 to 45% on a surface of the thermally conductive sheet , the surface observed with an optical microscope.
An exhaust heat recovery boiler comprising: a duct casing in which exhaust gas flows; a tubular extending portion extending upward from the duct casing ; a heat exchanger tube located in the duct casing ; a hammering rod connected to the heat exchanger tube in the duct casing and passing through an inside of the extending portion , the hammering rod including an upper part projecting to an outside of the extending portion; and an annular sleeve attached to the upper part of the hammering rod through a packing , wherein the extending portion includes an upper surface which is located at an upper end of the extending portion and which is annular and flat, the upper flat surface realizing a seal between the upper flat surface and a lower surface of the sleeve even when the sleeve is displaced relative to the extending portion. a duct casing in which exhaust gas flows; a tubular extending portion extending upward from the duct casing ; a heat exchanger tube located in the duct casing ; a hammering rod connected to the heat exchanger tube in the duct casing and passing through an inside of the extending portion , the hammering rod including an upper part projecting to an outside of the extending portion; and an annular sleeve attached to the upper part of the hammering rod through a packing , wherein the extending portion includes an upper surface which is located at an upper end of the extending portion and which is annular and flat, the upper flat surface realizing a seal between the upper flat surface and a lower surface of the sleeve even when the sleeve is displaced relative to the extending portion.
An omega-transaminase mutant of a wild-type omega-transaminase comprising the amino acid sequence of SEQ ID NO: 1, wherein a point mutation has been rendered by substituting tryptophan at position 58 with a different amino acid, wherein the different amino acid is a sterically less demanding amino acid than tryptophan; or wherein a point mutation has been rendered by substituting tryptophan at position 58 with a different amino acid, wherein the different amino acid is a sterically less demanding amino acid than tryptophan, and wherein one or more additional point mutations are present in addition to the mutation at position 58, which additional mutations have been rendered by substituting at least one amino acid selected from the group consisting of leucine at position 57, valine at position 154, and isoleucine at position 261 with an amino acid that is sterically less demanding than the original amino acid it replaces.
A row unit side of a row unit for an agricultural harvester, comprising, a row unit support having a leading end and a trailing end relative to a direction of travel ; an idler sprocket rotatably attaching to the row unit support near the lead end; a drive sprocket rotatably attaching to the row unit support near the trailing end; a gather chain having a plurality of gather chain lugs , the gather chain enmeshed with the idler sprocket and the drive sprocket ; a deck plate having a harvest side , a return side , a first end and a second end , the deck plate attaching to the row unit support, characterized in that : the deck plate comprises a harvest side plate on the harvest side and a deck plate extension on the return side, wherein said deck plate extension : - is aligned to or overlaps an edge of the harvest side plate , - includes an idler notch being formed near the second end of the deck plate - includes a kernel channel formed on at least a portion of the return side of the deck plate , the kernel channel being configured for guiding a kernel from the deck plate extension to the harvest side deck plate . a row unit support having a leading end and a trailing end relative to a direction of travel ; an idler sprocket rotatably attaching to the row unit support near the lead end; a drive sprocket rotatably attaching to the row unit support near the trailing end; a gather chain having a plurality of gather chain lugs , the gather chain enmeshed with the idler sprocket and the drive sprocket ; a deck plate having a harvest side , a return side , a first end and a second end , the deck plate attaching to the row unit support, - is aligned to or overlaps an edge of the harvest side plate , - includes an idler notch being formed near the second end of the deck plate - includes a kernel channel formed on at least a portion of the return side of the deck plate , the kernel channel being configured for guiding a kernel from the deck plate extension to the harvest side deck plate .
A group communication method based on MBMS network architecture, wherein the method comprises: receiving , by a Multimedia Broadcast Multicast Service, MBMS, network device, a session start request message transmitted by a mobility management device in a MBMS network; judging , by the MBMS network device, whether the session start request message carries a group identity of a communication group to which a session requested by the session start request message relates; and determining, by the MBMS network device, that the session requested by the session start request message is a group communication session if the session start request message carries the group identity; otherwise, determining, by the MBMS network device, that the session is a MBMS session; when the session requested by the session start request message is the group communication session, forwarding , by the MBMS network device, the session start request message to a radio access network device so that the radio access network device is enabled to allocate an air interface identity for the session requested by the session start request message for group communication. receiving , by a Multimedia Broadcast Multicast Service, MBMS, network device, a session start request message transmitted by a mobility management device in a MBMS network; judging , by the MBMS network device, whether the session start request message carries a group identity of a communication group to which a session requested by the session start request message relates; and determining, by the MBMS network device, that the session requested by the session start request message is a group communication session if the session start request message carries the group identity; otherwise, determining, by the MBMS network device, that the session is a MBMS session; when the session requested by the session start request message is the group communication session, forwarding , by the MBMS network device, the session start request message to a radio access network device so that the radio access network device is enabled to allocate an air interface identity for the session requested by the session start request message for group communication.
A filter element for a blood processing filter , comprising a nonwoven fabric, characterized in that the nonwoven fabric has a carboxyl group equivalent of from 20 to 140 μeq/g and a surface ζ potential of 0 mV or larger, wherein the surface ζ potential of the nonwoven fabric is measured by the following procedure: (i) the nonwoven fabric is cut into a size of approximately 1 cm × 2 cm and dipped in a 1 mM potassium chloride solution, (ii) the nonwoven fabric thus dipped is loaded in a cell for plate samples, followed by electrophoresis using a ζ potential apparatus, in this context, the migration solution used is a dispersion of polystyrene latex particles in a 1 mM potassium chloride solution, (iii) the sample thus electrophoresed is analyzed using software attached to the apparatus from the mobility of the latex particles shown in the spectrum to calculate the surface ζ potential (mV) of the nonwoven fabric. (i) the nonwoven fabric is cut into a size of approximately 1 cm × 2 cm and dipped in a 1 mM potassium chloride solution, (ii) the nonwoven fabric thus dipped is loaded in a cell for plate samples, followed by electrophoresis using a ζ potential apparatus, in this context, the migration solution used is a dispersion of polystyrene latex particles in a 1 mM potassium chloride solution, (iii) the sample thus electrophoresed is analyzed using software attached to the apparatus from the mobility of the latex particles shown in the spectrum to calculate the surface ζ potential (mV) of the nonwoven fabric.
A clamp assembly comprising: a shell including a pair of segments sized to be positioned over a joint connection, the pair of segments being moveable between an open position and a contracted position, a tensioning mechanism operable to tighten the pair of segments , the tensioning mechanism including a threaded shaft extending through a segment opening defined in a first segment of the pair of segments , and a retainer coupled with the first segment, the retainer including a first flange configured to engage the threaded shaft to retain the threaded shaft in the segment opening when the shell is in the open position, wherein: the first segment includes an ear and a tab extending from the ear , the retainer includes a first opening sized to receive the ear of the first segment, and the retainer includes a second opening sized to receive the tab of the first segment, characterised in that the first flange is cantilevered, and in that reception of the ear of the first segment in the first opening and reception of the tab of the first segment in the second opening couples the retainer with the first segment. a shell including a pair of segments sized to be positioned over a joint connection, the pair of segments being moveable between an open position and a contracted position, a tensioning mechanism operable to tighten the pair of segments , the tensioning mechanism including a threaded shaft extending through a segment opening defined in a first segment of the pair of segments , and a retainer coupled with the first segment, the retainer including a first flange configured to engage the threaded shaft to retain the threaded shaft in the segment opening when the shell is in the open position, wherein: the first segment includes an ear and a tab extending from the ear , the retainer includes a first opening sized to receive the ear of the first segment, and the retainer includes a second opening sized to receive the tab of the first segment, characterised in that the first flange is cantilevered, and in that reception of the ear of the first segment in the first opening and reception of the tab of the first segment in the second opening couples the retainer with the first segment. the first segment includes an ear and a tab extending from the ear , the retainer includes a first opening sized to receive the ear of the first segment, and the retainer includes a second opening sized to receive the tab of the first segment, characterised in that the first flange is cantilevered, and in that reception of the ear of the first segment in the first opening and reception of the tab of the first segment in the second opening couples the retainer with the first segment.
Arrangement for removing and/or exchanging a hydraulic fluid accumulator installed within a hub of a wind turbine, characterised in that the arrangement comprises: a first pair of mounting legs each having at an upper portion connection means for connecting to a hub component; a second pair of mounting legs each having at an upper portion connection means for connecting to a hub component; a first bar connecting the first pair of mounting legs at a lower portion; a second bar connecting the second pair of mounting legs at a lower portion; an elongate resting structure for carrying an accumulator , the resting structure being at one end slidably supported by the first bar and at another end slidably supported by the second bar and being movable in a parallel manner, such that a longitudinal direction of the resting structure remains parallel to an original longitudinal direction, and traverse to the longitudinal direction of the resting structure . a first pair of mounting legs each having at an upper portion connection means for connecting to a hub component; a second pair of mounting legs each having at an upper portion connection means for connecting to a hub component; a first bar connecting the first pair of mounting legs at a lower portion; a second bar connecting the second pair of mounting legs at a lower portion; an elongate resting structure for carrying an accumulator , the resting structure being at one end slidably supported by the first bar and at another end slidably supported by the second bar and being movable in a parallel manner, such that a longitudinal direction of the resting structure remains parallel to an original longitudinal direction, and traverse to the longitudinal direction of the resting structure .