mhurhangee/ep-ind-claims huggingface dataset:
A tissue thickness compensator for use with a circular surgical stapler including a staple cartridge with a cartridge deck and an anvil (19040; 19040') movably supported relative to the staple cartridge such that a staple forming surface of the anvil (19040; 19040') is in confronting relationship relative to the cartridge deck and a tissue cutting member axially advanceable out of the staple cartridge toward the anvil, the tissue thickness compensator comprising: a compressible, bioabsorbable annular body member configured to be supported between the staple forming surface and the cartridge deck; and an attachment member (19110; 19112; 19130) coupled to the compressible body member and configured for attachment to the anvil (19040; 19040') to retain the compressible body member between the staple forming surface and the cartridge deck, wherein the tissue thickness compensator is characterised in that the attachment member (19110; 19112; 19130) comprises a deformable bead attached to the compressible body member, wherein the deformable bead extends around a perimeter of the compressible body member. a compressible, bioabsorbable annular body member configured to be supported between the staple forming surface and the cartridge deck; and an attachment member (19110; 19112; 19130) coupled to the compressible body member and configured for attachment to the anvil (19040; 19040') to retain the compressible body member between the staple forming surface and the cartridge deck, wherein the tissue thickness compensator is characterised in that the attachment member (19110; 19112; 19130) comprises a deformable bead attached to the compressible body member, wherein the deformable bead extends around a perimeter of the compressible body member.
A cover-material fixing clip, comprising: a chuck that is capable of pinching a locking hem formed on a back surface of a fixable cover material; a hook that is capable of locking a wire provided in a groove of a cushion material; and a guide lever that is provided facing an opening of the hook, wherein a proximal end of the hook is connected to a bottom of the chuck opposite to the fixable cover material, the guide lever is connected to a side surface of the chuck, wherein the chuck comprises; a pair of locking claws that are fixed to a chuck base, and characterized in that a stopper that is provided to the chuck base and is in a form of a projection extending in directions in which the locking claws face each other. a chuck that is capable of pinching a locking hem formed on a back surface of a fixable cover material; a hook that is capable of locking a wire provided in a groove of a cushion material; and a guide lever that is provided facing an opening of the hook, wherein a proximal end of the hook is connected to a bottom of the chuck opposite to the fixable cover material, the guide lever is connected to a side surface of the chuck, wherein the chuck comprises; a pair of locking claws that are fixed to a chuck base, and characterized in that a stopper that is provided to the chuck base and is in a form of a projection extending in directions in which the locking claws face each other.
A wind turbine comprising: a tower; a nacelle supported at an upper end of the tower; and a plurality of cables extending inside the tower, each cable serving to connect equipment inside the nacelle with equipment located down the tower, wherein the wind turbine further comprises a plurality of cable tubes mounted to the nacelle, wherein each cable is routed through a respective cable tube between the tower and the nacelle, and each tube is made from stainless steel and configured to support the weight of each cable, wherein the tubes serve to shield the cables and prevent electromagnetic interference between the cables. a tower; a nacelle supported at an upper end of the tower; and a plurality of cables extending inside the tower, each cable serving to connect equipment inside the nacelle with equipment located down the tower,
A steel for cold working tool, consisting of, on a % by mass basis: C: 0.70% to 0.85%; Si: 0.60% to 0.80%; Mn: 0.30% to 0.50%; P: 0.30% or less; S: 0.030% or less; Cu: 0.01% to 0.25%; Ni: 0.01% to 0.25%; Cr: 6.0% to 7.0%; Mo + 1/2W: 2.50% to 3.00%; V: 0.70% to 0.85%; N: 0.020% or less; O: 0.0100% or less; and Al: 0.100% or less, and optionally, one or more of the following: Nb: 0.30% or less, Ta: 0.30% or less, Ti: 0.20% or less, and Zr: 0.30% or less, with the balance being Fe and inevitable impurities, wherein 1.66 (Mo + 1/2W) + V < 5.7% is satisfied. C: 0.70% to 0.85%; Si: 0.60% to 0.80%; Mn: 0.30% to 0.50%; P: 0.30% or less; S: 0.030% or less; Cu: 0.01% to 0.25%; Ni: 0.01% to 0.25%; Cr: 6.0% to 7.0%; Mo + 1/2W: 2.50% to 3.00%; V: 0.70% to 0.85%; N: 0.020% or less; O: 0.0100% or less; and Al: 0.100% or less, and optionally, one or more of the following: Nb: 0.30% or less, Ta: 0.30% or less, Ti: 0.20% or less, and Zr: 0.30% or less, with the balance being Fe and inevitable impurities, wherein 1.66 (Mo + 1/2W) + V < 5.7% is satisfied. Nb: 0.30% or less, Ta: 0.30% or less, Ti: 0.20% or less, and Zr: 0.30% or less, with the balance being Fe and inevitable impurities, wherein 1.66 (Mo + 1/2W) + V < 5.7% is satisfied.
Process for machining a cylinder with at least one laser beam, wherein the laser beam is used to make recesses in a surface of the cylinder in order to produce a structure on the cylinder surface, wherein individual structure elements of the structure produced are measured on at least part of the cylinder surface, wherein at least one geometrical measured value for each measured structure element is compared with a corresponding geometrical desired value for the same structure element in order to determine a deviation of the measured value from the desired value, wherein a correction is performed on the basis of the deviations determined, and wherein, in the correction, the laser beam is used to rework those structure elements (50, 56, 62) in the case of which the deviation of the measured value from the desired value exceeds a predetermined extent in one direction.
An electrolyte for a lithium secondary battery comprising: an organic solvent; a lithium salt; and an additive including a cyclic ether-sulfate-based compound containing an ether group in a ring, wherein the cyclic ether-sulfate-based compound is included in an amount of 0.1 to 15% by weight based on a total weight of the electrolyte. an organic solvent; a lithium salt; and an additive including a cyclic ether-sulfate-based compound containing an ether group in a ring, wherein the cyclic ether-sulfate-based compound is included in an amount of 0.1 to 15% by weight based on a total weight of the electrolyte.
Use of at least one, preferably two, three, four or more compounds according to Formula wherein R1 = H or OH R2 = H or Apiose R3 = H or Rhamnose as sweetener and/or sweetness enhancer and/or masking agent for the unpleasant taste of another sweetener. R1 = H or OH R2 = H or Apiose R3 = H or Rhamnose as sweetener and/or sweetness enhancer and/or masking agent for the unpleasant taste of another sweetener.
A user equipment, comprising: a radio communication circuit configured to perform radio communication with a first base station over a communication channel formed by carrier aggregation of a plurality of component carriers; a control circuit configured to control a handover from the first base station to a second base station; and a quality measuring circuit configured to measure a channel quality of the communication channel between the user equipment and the first base station, wherein the radio communication circuit is configured to receive, from the first base station, scheduling information of a first component carrier of the plurality of component carriers according to a cross scheduling method, and scheduling information of a second component carrier of the plurality of component carriers according to a straight scheduling method, and receive a command, from the first base station, to perform the handover of the communication channel formed by carrier aggregation of the plurality of component carriers, the control circuit is configured to cause transfer of the first component carrier of the plurality of component carriers in the first base station to a first transferred component carrier in the second base station, the first component carrier being operated according to the cross scheduling method, and stop reception of the scheduling information of the first component carrier of the plurality of component carriers in the first base station. a radio communication circuit configured to perform radio communication with a first base station over a communication channel formed by carrier aggregation of a plurality of component carriers; a control circuit configured to control a handover from the first base station to a second base station; and a quality measuring circuit configured to measure a channel quality of the communication channel between the user equipment and the first base station, wherein the radio communication circuit is configured to receive, from the first base station, scheduling information of a first component carrier of the plurality of component carriers according to a cross scheduling method, and scheduling information of a second component carrier of the plurality of component carriers according to a straight scheduling method, and receive a command, from the first base station, to perform the handover of the communication channel formed by carrier aggregation of the plurality of component carriers, the control circuit is configured to cause transfer of the first component carrier of the plurality of component carriers in the first base station to a first transferred component carrier in the second base station, the first component carrier being operated according to the cross scheduling method, and stop reception of the scheduling information of the first component carrier of the plurality of component carriers in the first base station.
A sensor mounting bracket for attachment to a vehicle, comprising a mast configured to support a sensor at a first end, a base pivotably connected to a second end of the mast, and a shock absorber coupled between the mast and the base, wherein the base is attachable to the vehicle and the shock absorber predisposes the mast to either a deployed position or a stowed position, further comprising a channel disposed between the mast and the base wherein the channel is attached to the base at a pivot point and the shock absorber is attached to the mast at one end and the channel at its other end, characterized by comprising a breakaway connection with fasteners connecting the base to the channel, wherein the fasteners are comprised of material which is weaker than material forming the base and channel, such that the mast can rotate about the pivot point when the breakaway connection is disengaged from the base or channel.
Mixed oxides of formula x(CeO 2) y(Nb 2 O 5), wherein x varies from 0.2 to 10, y from 1 to 10, further comprising oxides of one or more metal selected from the group consisting of Cu, La, K, Bi.
A ram air gliding parachute for personnel or cargo, the ram air gliding parachute comprising: a canopy; a plurality of B lines extending across a span of said canopy, and a plurality of C lines extending across said span of said canopy and located rearwardly of said plurality of B lines with respect to a leading edge of the parachute; a steering apparatus located at the trailing edge of said canopy, said trailing edge steering apparatus configured to steer the parachute; and a device for modulating glide slope of the parachute; said B lines include a first pair of B lines nearest a center section of said canopy along said span, one of said first pair of B lines being attached to the canopy on either side of a center cell, and at least a second pair of B lines spaced outwardly from said first pair of B lines on either side of the canopy, said C lines including a first pair of C lines nearest a center section of said canopy along said span, one of said first pair of C lines being attached to the canopy on either side of the center cell, and at least a second pair of C lines spaced outwardly from said first pair of C lines; characterised in that: said device for modulating glide slope is configured to be activated during flight to shorten only said first pair of B lines only in the center section of the canopy in order to distort only the center section of said canopy, said distortion of said canopy center section increasing the parachute's rate of descent and reducing the parachute's forward speed while said trailing edge steering apparatus remains operative to steer said parachute when said canopy center section is distorted. a canopy; a plurality of B lines extending across a span of said canopy, and a plurality of C lines extending across said span of said canopy and located rearwardly of said plurality of B lines with respect to a leading edge of the parachute; a steering apparatus located at the trailing edge of said canopy, said trailing edge steering apparatus configured to steer the parachute; and a device for modulating glide slope of the parachute; said B lines include a first pair of B lines nearest a center section of said canopy along said span, one of said first pair of B lines being attached to the canopy on either side of a center cell, and at least a second pair of B lines spaced outwardly from said first pair of B lines on either side of the canopy, said C lines including a first pair of C lines nearest a center section of said canopy along said span, one of said first pair of C lines being attached to the canopy on either side of the center cell, and at least a second pair of C lines spaced outwardly from said first pair of C lines;
Pillar of a container having an underground or semi-underground tank, the pillar containing a cylindrical duct which has a circular, square, rectangular or other cross section, is open at the two ends thereof and is intended for the introduction of waste, the duct having a mouth for the introduction of waste from outside the container and an outlet for waste to fall into the tank, the pillar having a cover for sealing the mouth of the duct, the cover being hinged on the duct about a pin and maneuverable by a user between an open position and a closed position, the pillar having a hatch which seals the outlet and can be moved between a closed position which prevents access to the tank from the duct and prevents waste from falling and an open position which allows access to the tank from the duct and in particular allows waste to fall, and the pillar having a mechanical connection (15, 15A, 15B) between the cover and the hatch, which connection controls the position of the sealing hatch with respect to that of the cover, namely such that the hatch is closed when the cover is open and open when the cover is closed, the two ends of the duct being closed by the cover and the hatch, the pillar comprising a means (15, 15A, 15B, 7) for retaining the hatch in the closed position, this retaining means (15, 15A, 15B, 7) comprising the mechanical connection (15, 15A, 15B) which prevents the opening thereof when the cover is open, the pillar being characterized in that the retaining means (15, 15A, 15B, 7) comprises the pin of the cover and a rod which has anchorage points (15A, 15B) on the cover and on the hatch, which points are arranged such that, once the hatch is closed, any load supported by the hatch and intended to open said hatch does not generate any force intended to close the cover again.
Computer-implemented method of ascertaining a product composition for a mixed chemical product based on polyurethane, wherein for a multitude of first product compositions for a particular mixed chemical product, wherein each first product composition is characterized by a numerical product distribution for description of proportions of components of the first product composition, a series of feature values, each of which numerically describes a descriptor of the particular mixed product, is provided for each first product compositions of the multitude of first product compositions, wherein the series of feature values for each mixed product is mapped onto a series of mapped feature values by a first bijective mapping, wherein for a multitude of second product compositions for a particular mixed chemical product a series of test feature values, each of which numerically describes a behavior property of the particular mixed product, is provided, wherein the series of test feature values for each mixed product is mapped onto a series of mapped test feature values by a second bijective mapping, wherein at least the first or second mapping includes a variation, wherein each series of mapped test feature values of a second product composition is assigned to a series of varied feature values of a first product composition, wherein a multivariate analysis of the assigned series determines a correlation matrix, wherein a target profile of requirements for description of at least one behavior property of a target mixed product is defined and, on the basis of the target profile of requirements and the correlation matrix, a target descriptor profile for description of descriptors of a target product composition is determined.
A percussion surface apparatus comprising: a head which includes a front surface and a back surface, the front surface which functions as a percussion surface; a cushion member which includes: a first layer that is butted against the back surface of the head; and a second layer that is adjacent to the first layer; and a supporting unit which is configured to fix and support the cushion member in a state where the cushion member is butted against the back surface of the head at a pressure, wherein the head is formed by rubber, the first layer is formed by a fiber-based non-woven fabric, and and the second layer is formed by a porous urethane material, characterized in that the cushion member further includes a third layer that is adjacent to the second layer, and that is formed by a porous urethane material which is higher in density than the porous urethane material of the second layer. a head which includes a front surface and a back surface, the front surface which functions as a percussion surface; a cushion member which includes: a first layer that is butted against the back surface of the head; and a second layer that is adjacent to the first layer; and a supporting unit which is configured to fix and support the cushion member in a state where the cushion member is butted against the back surface of the head at a pressure, wherein the head is formed by rubber, the first layer is formed by a fiber-based non-woven fabric, and and the second layer is formed by a porous urethane material, characterized in that the cushion member further includes a third layer that is adjacent to the second layer, and that is formed by a porous urethane material which is higher in density than the porous urethane material of the second layer.
A battery module, comprising: a set of batteries; a case for receiving the set of batteries; and a sampling unit configured to collect a voltage signal and a temperature signal of the set of batteries, wherein the sampling unit is arranged on the set of batteries, and the sampling unit is provided with a connector, and the connector is configured to transmit the collected voltage signal and temperature signal to an exterior of the batter module; and a stopper is configured to fix the connector within a space formed by the case and is formed on an inner wall within the case. a set of batteries; a case for receiving the set of batteries; and a sampling unit configured to collect a voltage signal and a temperature signal of the set of batteries, wherein the sampling unit is arranged on the set of batteries, and the sampling unit is provided with a connector, and the connector is configured to transmit the collected voltage signal and temperature signal to an exterior of the batter module; and a stopper is configured to fix the connector within a space formed by the case and is formed on an inner wall within the case.
A method of receiving a plurality of acknowledgement, ACK/negative acknowledgement, NAK, signals at a base station, BS, in a wireless communication system utilizing an orthogonal frequency division multiplexing, OFDM, scheme, the method comprising: transmitting, by the BS, a data packet to a mobile station, MS; receiving, by the BS, a first ACK/NAK signal from the MS via a first set of frequency tones; and receiving, by the BS, a second ACK/NAK signal from the MS via a second set of frequency tones, wherein the first ACK/NAK signal and the second ACK/NAK signal correspond to the data packet, wherein the first set of frequency tones and the second set of frequency tones are shared between a plurality of MSs for ACK/NAK signal transmission by using a plurality of sequences, and each of the plurality of sequences is specific to a corresponding one of the plurality of MSs, and wherein the first set of frequency tones is different from the second set of frequency tones over two transmission instants. transmitting, by the BS, a data packet to a mobile station, MS; receiving, by the BS, a first ACK/NAK signal from the MS via a first set of frequency tones; and receiving, by the BS, a second ACK/NAK signal from the MS via a second set of frequency tones, wherein the first ACK/NAK signal and the second ACK/NAK signal correspond to the data packet, wherein the first set of frequency tones and the second set of frequency tones are shared between a plurality of MSs for ACK/NAK signal transmission by using a plurality of sequences, and each of the plurality of sequences is specific to a corresponding one of the plurality of MSs, and wherein the first set of frequency tones is different from the second set of frequency tones over two transmission instants.
A head-mounted display system, comprising: a display (104, 106) for displaying an image to an eye (112, 114) of a user; a lens (108, 110), interposed between the eye (112, 114) of the user and the display (104, 106), through which the user views the display; a sensor system (118, 120) configured to detect an eye relief and to output an eye relief signal indicative of the eye relief; and at least one processor configured to receive the eye relief signal and to modify an output of a portion of the display (104, 106) in response to the eye relief signal, wherein the size of the portion of the display is dependent on the eye relief signal. a display (104, 106) for displaying an image to an eye (112, 114) of a user; a lens (108, 110), interposed between the eye (112, 114) of the user and the display (104, 106), through which the user views the display; a sensor system (118, 120) configured to detect an eye relief and to output an eye relief signal indicative of the eye relief; and at least one processor configured to receive the eye relief signal and to modify an output of a portion of the display (104, 106) in response to the eye relief signal, wherein the size of the portion of the display is dependent on the eye relief signal.