mhurhangee/patent-ind-claim-en huggingface dataset:
A machine for retreading tires , comprising: a hub being rotatable with respect to the machine , the hub including a conical element that is displaceable relative to the hub in an axial direction along a rotation axis, the conical element forming a plurality of ribs ; an expandable rim disposed around the hub , the expandable rim including a plurality of shoes arranged symmetrically around the hub in a circumferential direction, each of the plurality of shoes including a base portion and a rim portion , the base portion forming a channel that includes a ramp , the ramp slidably engaging a respective rib of the conical element such that axial displacement of the conical element causes the shoes to move in a radial direction with respect to the hub towards or away from one another depending on the axial motion and position of the hub ; and a belt disposed along the rim portion of the plurality of shoes , characterised in that the base portion of the plurality of shoes comprises a first segment connected to a second segment , the first segment of the base portion being connected to the rim portion , and the second segment being connected to the first segment so as to form the channel and the ramp . a hub being rotatable with respect to the machine , the hub including a conical element that is displaceable relative to the hub in an axial direction along a rotation axis, the conical element forming a plurality of ribs ; an expandable rim disposed around the hub , the expandable rim including a plurality of shoes arranged symmetrically around the hub in a circumferential direction, each of the plurality of shoes including a base portion and a rim portion , the base portion forming a channel that includes a ramp , the ramp slidably engaging a respective rib of the conical element such that axial displacement of the conical element causes the shoes to move in a radial direction with respect to the hub towards or away from one another depending on the axial motion and position of the hub ; and a belt disposed along the rim portion of the plurality of shoes , characterised in that the base portion of the plurality of shoes comprises a first segment connected to a second segment , the first segment of the base portion being connected to the rim portion , and the second segment being connected to the first segment so as to form the channel and the ramp .
A fixation apparatus for fixing a toner image transferred to a transfer target medium onto the transfer target medium with heat, the fixation apparatus comprising: a first belt without end; a second belt without end which is in contact with an outer circumferential surface of the first belt ; a pressurization member which is provided inside the first belt and pressurizes a portion of contact between the first belt and the second belt toward the second belt ; a drive roller which is provided inside the second belt along the portion of contact and rotationally drives the second belt ; and a heating unit which heats at least one of the first belt and the second belt and provides heat to the transfer target medium passing through the portion of contact, the drive roller being in contact with both of the first belt and the second belt , characterized in that at least one end of opposing ends of the drive roller protrudes from the second belt in an axial direction of the drive roller , and this protruding portion of the drive roller from the second belt is in contact with the first belt , a diameter of the drive roller in a portion of contact between the drive roller and the second belt is smaller than a diameter of the drive roller in a portion of contact between the drive roller and the first belt . a first belt without end; a second belt without end which is in contact with an outer circumferential surface of the first belt ; a pressurization member which is provided inside the first belt and pressurizes a portion of contact between the first belt and the second belt toward the second belt ; a drive roller which is provided inside the second belt along the portion of contact and rotationally drives the second belt ; and a heating unit which heats at least one of the first belt and the second belt and provides heat to the transfer target medium passing through the portion of contact, the drive roller being in contact with both of the first belt and the second belt , characterized in that at least one end of opposing ends of the drive roller protrudes from the second belt in an axial direction of the drive roller , and this protruding portion of the drive roller from the second belt is in contact with the first belt , a diameter of the drive roller in a portion of contact between the drive roller and the second belt is smaller than a diameter of the drive roller in a portion of contact between the drive roller and the first belt .
A resource scheduling method, comprising: receiving , by a first access network device, an addition request message from a second access network device for dual-connectivity in which the first access network device and the second access network device serve a terminal; and sending , by the first access network device, an addition request acknowledgement message to the second access network device, characterized in that , the addition request acknowledgement message comprises carrier indication information, the carrier indication information indicates from a first uplink carrier and a second uplink carrier, an uplink carrier for the terminal to send a random access preamble to the first access network device; wherein the second uplink carrier and the first uplink carrier belong to a same cell of the first access network device and the second uplink carrier is a supplementary uplink carrier for the first uplink carrier; receiving , by the first access network device, the random access preamble sent by the terminal via the indicated uplink carrier. receiving , by a first access network device, an addition request message from a second access network device for dual-connectivity in which the first access network device and the second access network device serve a terminal; and sending , by the first access network device, an addition request acknowledgement message to the second access network device, characterized in that , the addition request acknowledgement message comprises carrier indication information, the carrier indication information indicates from a first uplink carrier and a second uplink carrier, an uplink carrier for the terminal to send a random access preamble to the first access network device; wherein the second uplink carrier and the first uplink carrier belong to a same cell of the first access network device and the second uplink carrier is a supplementary uplink carrier for the first uplink carrier; receiving , by the first access network device, the random access preamble sent by the terminal via the indicated uplink carrier.
An inlet valve for regulating the pressure at an inlet channel of a vacuum element comprising: - a first chamber defined by a housing having at least one inlet channel connected to a first supply of a fluid, the first chamber comprising a movable element defining a first cavity and a second cavity fluidly sealed from each-other and means for exerting a force on the movable element ; - a second chamber separated from the first chamber by a wall and defined by said housing , said second chamber being in direct communication with a process channel of a second supply of a fluid; - a valve body slidably mounted in the wall in such a way as to prevent a fluid flow between the second chamber and said second cavity of the first chamber, the valve body having a distal end extending into the first cavity of the first chamber and a proximal end , said valve body being movable between an initial closed state in which the proximal end is pushed against a sealing flange and a second, opened state, in which a fluid is allowed to flow between the process channel and the inlet channel of the vacuum element ; characterized in that - the valve body comprises a fluid channel extending through the valve body allowing a fluid flow between the first cavity and the inlet channel of the vacuum element , in that - the means for exerting a force on the movable element comprise a spring positioned in the first cavity and pushing on said movable element , and in that - the proximal end has a hollow cavity at the end facing the inlet channel of the vacuum element . - a first chamber defined by a housing having at least one inlet channel connected to a first supply of a fluid, the first chamber comprising a movable element defining a first cavity and a second cavity fluidly sealed from each-other and means for exerting a force on the movable element ; - a second chamber separated from the first chamber by a wall and defined by said housing , said second chamber being in direct communication with a process channel of a second supply of a fluid; - a valve body slidably mounted in the wall in such a way as to prevent a fluid flow between the second chamber and said second cavity of the first chamber, the valve body having a distal end extending into the first cavity of the first chamber and a proximal end , said valve body being movable between an initial closed state in which the proximal end is pushed against a sealing flange and a second, opened state, in which a fluid is allowed to flow between the process channel and the inlet channel of the vacuum element ; characterized in that - the valve body comprises a fluid channel extending through the valve body allowing a fluid flow between the first cavity and the inlet channel of the vacuum element , in that - the means for exerting a force on the movable element comprise a spring positioned in the first cavity and pushing on said movable element , and in that - the proximal end has a hollow cavity at the end facing the inlet channel of the vacuum element .
A trimming device for trimming an ophthalmic lens (L1) to be mounted on a spectacles frame, comprising: - rotation blocking and driving means for blocking and driving the rotation of the ophthalmic lens (L1) about a blocking axis (A1), - a tool holder which carries a first tool able to rotate about a rotational axis (A2) and a second tool able to rotate about a finishing axis (A6) that is distinct from the rotational axis (A2), said tool holder being able to move with respect to said blocking and driving means with three types of mobility, these being: - a separation mobility (RES) for adjusting the radial separation of said first and second tools from the blocking axis (A1), - an offsetting mobility (TRA) for adjusting the axial position of said first and second tools with respect to said blocking and driving means on the blocking axis (A1), and - a mobility in pivoting (PIV) about a pivot axis (A4) transverse or orthogonal to the blocking axis (A1), for adjusting the orientation of said rotational axis (A2) and said finishing axis (A6) with respect to said blocking axis (A1), and - means of controlling the three mobilities of the tool holder with respect to the blocking and driving means , characterized in that the first tool includes at least a roughing grinding wheel . - rotation blocking and driving means for blocking and driving the rotation of the ophthalmic lens (L1) about a blocking axis (A1), - a tool holder which carries a first tool able to rotate about a rotational axis (A2) and a second tool able to rotate about a finishing axis (A6) that is distinct from the rotational axis (A2), said tool holder being able to move with respect to said blocking and driving means with three types of mobility, these being: - a separation mobility (RES) for adjusting the radial separation of said first and second tools from the blocking axis (A1), - an offsetting mobility (TRA) for adjusting the axial position of said first and second tools with respect to said blocking and driving means on the blocking axis (A1), and - a mobility in pivoting (PIV) about a pivot axis (A4) transverse or orthogonal to the blocking axis (A1), for adjusting the orientation of said rotational axis (A2) and said finishing axis (A6) with respect to said blocking axis (A1), and - a separation mobility (RES) for adjusting the radial separation of said first and second tools from the blocking axis (A1), - an offsetting mobility (TRA) for adjusting the axial position of said first and second tools with respect to said blocking and driving means on the blocking axis (A1), and - a mobility in pivoting (PIV) about a pivot axis (A4) transverse or orthogonal to the blocking axis (A1), for adjusting the orientation of said rotational axis (A2) and said finishing axis (A6) with respect to said blocking axis (A1), and - means of controlling the three mobilities of the tool holder with respect to the blocking and driving means ,
Composition, in the form of an aqueous solution, comprising an insulin in hexameric form, and at least one substituted citrate of Formula I: in which: - R 1 , R 2 , R 3 , identical or different, represent OH or AA, - at least one of the R 1 , R 2 , R 3 is an AA radical, - AA is a radical resulting from a natural or synthetic aromatic amino acid comprising at least one phenyl group or indole group, substituted or not substituted, said AA radical having at least one free carboxylic acid function, - the carboxylic acid functions are in the form of a salt of an alkali metal selected from Na + and K + . - R 1 , R 2 , R 3 , identical or different, represent OH or AA, - at least one of the R 1 , R 2 , R 3 is an AA radical, - AA is a radical resulting from a natural or synthetic aromatic amino acid comprising at least one phenyl group or indole group, substituted or not substituted, said AA radical having at least one free carboxylic acid function, - the carboxylic acid functions are in the form of a salt of an alkali metal selected from Na + and K + .
Bellows for protecting a spring device , wherein the bellows is of ring-shaped design such that the bellows extends from a first, face-side bellows end to a second, face-side bellows end , wherein the bellows is of deformable form in order to be brought from an open position into a closed position , wherein the bellows is, in the open position , interrupted along a parting line which extends from the first bellows end to the second bellows end , and wherein the bellows , in the closed position , is closed at the parting line , wherein the bellows has a first closure end and a second closure end , which are arranged opposite each other and/or separately from each other along the parting line in the open position of the bellows , wherein a first closure means is formed at the first closure end and a second closure means is formed at the second closure end , wherein the first and the second closure means are designed in order to be connected to each other in a force-fitting and/or interlocking manner, wherein the first and the second closure means are designed to form a latching connection in the closed position , characterized in that the first closure means forms a double lip and the second closure means forms a single lip. wherein the bellows is of ring-shaped design such that the bellows extends from a first, face-side bellows end to a second, face-side bellows end , wherein the bellows is of deformable form in order to be brought from an open position into a closed position , wherein the bellows is, in the open position , interrupted along a parting line which extends from the first bellows end to the second bellows end , and wherein the bellows , in the closed position , is closed at the parting line , wherein the bellows has a first closure end and a second closure end , which are arranged opposite each other and/or separately from each other along the parting line in the open position of the bellows , wherein a first closure means is formed at the first closure end and a second closure means is formed at the second closure end , wherein the first and the second closure means are designed in order to be connected to each other in a force-fitting and/or interlocking manner, wherein the first and the second closure means are designed to form a latching connection in the closed position , characterized in that the first closure means forms a double lip and the second closure means forms a single lip.
Device for combating the varroa mite in a bee brood, comprising at least one middle wall that can be inserted in particular into a beehive and that is provided with brood cells for female bees, wherein the device has an electrical heating device that has a resistance heating element embedded in the middle wall and a control device connected to the latter which is designed such that an automatically running heating process can be initiated with a temporally pre-determined heat-up phase that lasts until a temperature of 39°C to 45°C, preferably 39°C to 42° C, is reached at the bottom of the brood cells in the region of the resistance heating element and then with a subsequent phase of maintaining this temperature for a predetermined period of time.
A method for sending a wake up packet, applied to a first node , wherein the first node maintains a first contention window, CW1, on a first channel, the first channel is a channel on which a main transceiver of a second node works, and the method comprises: listening to the first channel in the first contention window CW1 and determining whether the first channel is idle in the first contention window CW1; and if the first channel is idle in the first contention window CW1, sending a wake up packet to the second node on the first channel; the method being characterized by further comprising: if the first channel is not idle in the first contention window CW1, generating a backoff count, executing a backoff based on the backoff count, and sending a wake up packet to the second node on a second channel when the backoff ends, wherein the second channel is a channel on which a wake up receiver of the second node works. listening to the first channel in the first contention window CW1 and determining whether the first channel is idle in the first contention window CW1; and if the first channel is idle in the first contention window CW1, sending a wake up packet to the second node on the first channel; the method being characterized by further comprising: if the first channel is not idle in the first contention window CW1, generating a backoff count, executing a backoff based on the backoff count, and sending a wake up packet to the second node on a second channel when the backoff ends, wherein the second channel is a channel on which a wake up receiver of the second node works.
A reusable stage for a space launch vehicle , having a main body including a first end and a second end , and defining a central longitudinal axis between the first end and the second end , and the reusable stage further comprising: a reusable stage rocket engine arranged at or near the first end of the reusable stage to propel the launch vehicle vertically upwards at take-off, and a plurality of electrically powered fans for providing lift during a landing procedure of the stage, wherein the fans have rotational axes arranged substantially perpendicular to the central longitudinal axis . a reusable stage rocket engine arranged at or near the first end of the reusable stage to propel the launch vehicle vertically upwards at take-off, and a plurality of electrically powered fans for providing lift during a landing procedure of the stage, wherein the fans have rotational axes arranged substantially perpendicular to the central longitudinal axis .
An aircraft turbomachine , comprising: - a gas generator having a longitudinal axis (A), - a fan located at an upstream end of the gas generator and configured to rotate about said axis, and - an electric machine of generally annular shape which is mounted coaxially downstream of the fan, and which comprises a rotor rotatably coupled to the fan, and a stator , the fan being configured to generate a main gas flow (F), a portion of which flows into a primary annular duct of the gas generator to form a primary flow , and another portion of which flows around the gas generator to form a secondary flow , the primary duct being delimited by a first and a second annular envelopes coaxial with the gas generator, the primary duct being passed through by bladings, referred to as IGV , for connecting the first and second envelopes, as well as by tubular arms of an inlet casing located downstream of the IGV arms, the gas generator comprising a third annular envelope which coaxially surrounds the second envelope, the second and third envelopes being connected together at their upstream ends to form an annular splitter nose for separating the primary and secondary flows , characterised in that the stator of the electric machine is connected to a power electronic circuit by at least one rigid electroconductive bar , this bar comprising a first portion extending substantially radially with respect to said axis inside one of the IGV arms , and a second portion extending substantially parallel to said axis between the second and third envelopes . - a gas generator having a longitudinal axis (A), - a fan located at an upstream end of the gas generator and configured to rotate about said axis, and - an electric machine of generally annular shape which is mounted coaxially downstream of the fan, and which comprises a rotor rotatably coupled to the fan, and a stator , the fan being configured to generate a main gas flow (F), a portion of which flows into a primary annular duct of the gas generator to form a primary flow , and another portion of which flows around the gas generator to form a secondary flow , the primary duct being delimited by a first and a second annular envelopes coaxial with the gas generator, the primary duct being passed through by bladings, referred to as IGV , for connecting the first and second envelopes, as well as by tubular arms of an inlet casing located downstream of the IGV arms, the gas generator comprising a third annular envelope which coaxially surrounds the second envelope, the second and third envelopes being connected together at their upstream ends to form an annular splitter nose for separating the primary and secondary flows , characterised in that the stator of the electric machine is connected to a power electronic circuit by at least one rigid electroconductive bar , this bar comprising a first portion extending substantially radially with respect to said axis inside one of the IGV arms , and a second portion extending substantially parallel to said axis between the second and third envelopes .