mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly for a horizontally mounted planetary gearbox, the assembly comprising: high speed components of the gearbox; a housing for the high speed components; and a collar located at an output end of the housing and extending radially inward from an outer surface of the housing; wherein the collar retains lubricant in the gearbox when the gearbox is stationary; wherein the high speed components includes a bearing housing, the bearing housing including engagement means for one or more guide bars ; characterised in that : the high speed components includes a high speed intermediate shaft assembly comprising a gear , the gear including one or more holes through which one or more guide bars can pass for engagement with the bearing housing, wherein the high speed intermediate shaft assembly can be moved along the guide bars and out of the housing. high speed components of the gearbox; a housing for the high speed components; and a collar located at an output end of the housing and extending radially inward from an outer surface of the housing; wherein the collar retains lubricant in the gearbox when the gearbox is stationary; wherein the high speed components includes a bearing housing, the bearing housing including engagement means for one or more guide bars ; characterised in that : the high speed components includes a high speed intermediate shaft assembly comprising a gear , the gear including one or more holes through which one or more guide bars can pass for engagement with the bearing housing, wherein the high speed intermediate shaft assembly can be moved along the guide bars and out of the housing.
A method for controlling a drive of a machine having at least one first roll element , which rolls with a surface on a counter surface at least in subintervals of a revolution cycle with the action of a contact force under elastic deformation, characterized in that a speed correction method, which automatically compensates for deformation-related deviations of the peripheral velocity of the first roll element by way of an adaptation of the setpoint value for the velocity of the first roll element , and a retrospective method, which automatically compensates for deviations of the speed consistency of the first roll element within a revolution cycle by applying a correction signal determined from the curve of a control variable, in particular an actual velocity or actual position of the first roll element , in a preceding revolution cycle or in multiple preceding revolution cycles, are applied in combination.
A composition for use in treating cancer or an angiogenesis-related disease or for use in inhibiting cancer metastasis, the composition comprising, as an active ingredient, a fusion protein obtained by fusion of a tumor-penetrating peptide and an anti-vascular endothelial cell growth factor (anti-VEGF) agent selected from a group consisting of ranibizumab, bevacizumab, aflibercept, conbercept, r84, CT01, DOM15-10-11, DOM15-26-593, PRS-050, CT-322, ESBA903, EPI-0030, and antibody-drug conjugates (ADCs) thereof, wherein the tumor-penetrating peptide binds to both neuropilin 1 (NRP1) and neuropilin 2 (NRP2) and comprises an amino acid sequence selected from the group consisting of SEQ ID NO: 1 to SEQ ID NO: 4, or the tumor-penetrating peptide specifically binds only to neuropilin 1 and comprises an amino acid sequence selected from the group consisting of SEQ ID NO: 5 to SEQ ID NO: 7.
An apparatus for inserting an elongate object into a trench , the apparatus comprising: trench cutting means for cutting a trench; moving means for moving the trench cutting means relative to the trench; characterised by support means for supporting at least part of an elongate object in at least one first position displaced from the trench cutting means in a direction transverse to a direction of travel of the apparatus, and in at least one second position above the trench cutting means, wherein the support means is moveable between the at least one said first position and the at least one said second position ; and transfer means for transferring at least part of the elongate object into the support means; and further comprising bend limiting means for preventing bending of the elongate object around a bend of less than a predetermined bend radius. trench cutting means for cutting a trench; moving means for moving the trench cutting means relative to the trench; characterised by support means for supporting at least part of an elongate object in at least one first position displaced from the trench cutting means in a direction transverse to a direction of travel of the apparatus, and in at least one second position above the trench cutting means, wherein the support means is moveable between the at least one said first position and the at least one said second position ; and transfer means for transferring at least part of the elongate object into the support means; and further comprising bend limiting means for preventing bending of the elongate object around a bend of less than a predetermined bend radius.
A preparation method of a permanent magnet synchronous motor with an integrated pump body comprises steps to be conducted in the following sequence: performing an injection molding process for the first time to a coil being wound on a coil former to form a coil sealing part for sealing the coil ; assembling an iron core in the coil being sealed by the coil sealing part , and performing the injection molding process for the second time on the sealed coil and the iron core to form a pump body part with a rotor barrel ; wherein the rotor barrel is formed by the injection molding process based on the iron core , and during the injection molding process for the second time, an isolating thin layer is formed on a pole arc part of the iron core to isolate the iron core from the rotor cavity in the rotor barrel ; wherein a groove is provided on the internal concave surface of the pole arc part of the said iron core , during the injection molding process for forming the isolating thin layer , a root of the isolating thin layer embedded in the groove is formed by the injection molding material flowing into the groove , through which the isolating thin layer fixes tightly to the internal concave surface ; wherein the iron core is U-shaped. performing an injection molding process for the first time to a coil being wound on a coil former to form a coil sealing part for sealing the coil ; assembling an iron core in the coil being sealed by the coil sealing part , and performing the injection molding process for the second time on the sealed coil and the iron core to form a pump body part with a rotor barrel ; wherein the rotor barrel is formed by the injection molding process based on the iron core , and during the injection molding process for the second time, an isolating thin layer is formed on a pole arc part of the iron core to isolate the iron core from the rotor cavity in the rotor barrel ; wherein a groove is provided on the internal concave surface of the pole arc part of the said iron core , during the injection molding process for forming the isolating thin layer , a root of the isolating thin layer embedded in the groove is formed by the injection molding material flowing into the groove , through which the isolating thin layer fixes tightly to the internal concave surface ; wherein the iron core is U-shaped.
Method for updating a plurality of tables (TAN1, TAN2) corresponding respectively to a plurality of access networks (AN1, AN2) linking a first terminal (T1) to a second terminal (T2) in parallel, the method comprising the following steps implemented by the first terminal: - reception (F1001, F2001) of a message (MPH), known as a pheromonal message, that is received from the second terminal and has travelled through one of the access networks of the plurality, - analysis (F1001a, F2001a) of the contents of the pheromonal message received, comprising a step of detecting the pheromonal message, - addition (F1001b, F2001b) of a row corresponding to the pheromonal message to the table corresponding to the access network of travel of the pheromonal message received, depending on the analysis, the method also comprising a step (F300) of counting the number of rows per table, and a step (F400) of selecting one of the access networks of the plurality depending on the count, the pheromonal message received having been: - either sent by the second terminal towards the first terminal repeatedly at an identical frequency through each of the access networks of the plurality, - or sent by the second terminal towards the first terminal in response to a corresponding pheromonal message, known as an initial pheromonal message, sent by the first terminal towards the second terminal repeatedly at an identical frequency through each of the access networks of the plurality, the pheromonal message received and said initial pheromonal message having travelled through the same access network. - reception (F1001, F2001) of a message (MPH), known as a pheromonal message, that is received from the second terminal and has travelled through one of the access networks of the plurality, - analysis (F1001a, F2001a) of the contents of the pheromonal message received, comprising a step of detecting the pheromonal message, - addition (F1001b, F2001b) of a row corresponding to the pheromonal message to the table corresponding to the access network of travel of the pheromonal message received, depending on the analysis, - either sent by the second terminal towards the first terminal repeatedly at an identical frequency through each of the access networks of the plurality, - or sent by the second terminal towards the first terminal in response to a corresponding pheromonal message, known as an initial pheromonal message, sent by the first terminal towards the second terminal repeatedly at an identical frequency through each of the access networks of the plurality, the pheromonal message received and said initial pheromonal message having travelled through the same access network.
A braking system for a wheel , the braking system comprising: a main braking system comprising a main disc stack ; and an auxiliary braking system , the auxiliary braking system comprising: a torque tube defining a wheel axis (A); a housing configured to rotate around the wheel axis (A); a disc stack comprising: a plurality of rotor discs rotationally coupled with the housing ; and a plurality of stator discs coupled with the torque tube and interleaved with the plurality of rotor discs ; and an actuator within the torque tube and configured to compress the disc stack ; wherein the braking system further comprises control circuitry configured to receive a braking signal, wherein the control circuitry is configured to selectively cause the actuator to compress the disc stack and/or cause the main braking system to compress the main disc stack based on the braking signal. a main braking system comprising a main disc stack ; and an auxiliary braking system , the auxiliary braking system comprising: a torque tube defining a wheel axis (A); a housing configured to rotate around the wheel axis (A); a disc stack comprising: a plurality of rotor discs rotationally coupled with the housing ; and a plurality of stator discs coupled with the torque tube and interleaved with the plurality of rotor discs ; and an actuator within the torque tube and configured to compress the disc stack ; a torque tube defining a wheel axis (A); a housing configured to rotate around the wheel axis (A); a disc stack comprising: a plurality of rotor discs rotationally coupled with the housing ; and a plurality of stator discs coupled with the torque tube and interleaved with the plurality of rotor discs ; and a plurality of rotor discs rotationally coupled with the housing ; and a plurality of stator discs coupled with the torque tube and interleaved with the plurality of rotor discs ; and an actuator within the torque tube and configured to compress the disc stack ; wherein the braking system further comprises control circuitry configured to receive a braking signal, wherein the control circuitry is configured to selectively cause the actuator to compress the disc stack and/or cause the main braking system to compress the main disc stack based on the braking signal.
A pelvic floor muscle supporting aid comprising: an annular part which is provided so as to be situated at a position corresponding to an outer peripheral portion of a vaginal opening when the pelvic floor muscle supporting aid is worn; and a pulling part which is coupled with the annular part and pulls the annular part in a front direction and a back direction of the vaginal opening to narrow an interval between left and right side portions of the annular part , the left and right side portions being situated on left and right of the vaginal opening, the pelvic floor muscle supporting aid being of an underpants type having a front body , a back body , and a crotch part , wherein the annular part is provided in a range including the crotch part ; and the pulling part has a front pulling part provided on a range in the front body and a back pulling part provided on a range in the back body , wherein: the front pulling part includes a plurality of front pulling parts which are formed to fan out from a front portion of the annular part toward an upper portion of the front body ; the back pulling part has one end connected to a vicinity of a middle portion of a back portion of the annular part and has the other end extending toward an upper portion of the back body ; and characterized in that at least part of the annular part bulges in a thickness direction an annular part which is provided so as to be situated at a position corresponding to an outer peripheral portion of a vaginal opening when the pelvic floor muscle supporting aid is worn; and a pulling part which is coupled with the annular part and pulls the annular part in a front direction and a back direction of the vaginal opening to narrow an interval between left and right side portions of the annular part , the left and right side portions being situated on left and right of the vaginal opening, the pelvic floor muscle supporting aid being of an underpants type having a front body , a back body , and a crotch part , wherein the annular part is provided in a range including the crotch part ; and the pulling part has a front pulling part provided on a range in the front body and a back pulling part provided on a range in the back body , wherein: the front pulling part includes a plurality of front pulling parts which are formed to fan out from a front portion of the annular part toward an upper portion of the front body ; the back pulling part has one end connected to a vicinity of a middle portion of a back portion of the annular part and has the other end extending toward an upper portion of the back body ; and characterized in that at least part of the annular part bulges in a thickness direction the front pulling part includes a plurality of front pulling parts which are formed to fan out from a front portion of the annular part toward an upper portion of the front body ; the back pulling part has one end connected to a vicinity of a middle portion of a back portion of the annular part and has the other end extending toward an upper portion of the back body ; and characterized in that at least part of the annular part bulges in a thickness direction
A system for securing a watercraft to a dock , the system comprising: a proximity sensor for automatically detecting a securing point to which to dock the watercraft ; characterized in that said system further comprises : an arm for mounting to the watercraft ; a cable housed inside the arm and having a proximal end secured to a reel, such that the cable is unwound from the reel by extension of the arm ; and a grasping element mounted to a distal end of the cable and configured to engage the securing point , wherein the grasping element comprises: a cable end connected to the distal end of the cable ; a cleat end positioned opposite the cable end ; a bay defined between the cable end and the cleat end ; and a gate that is moveable between the cable end and the cleat end to create a secure loop that reversibly locks the securing point within the bay . an arm for mounting to the watercraft ; a cable housed inside the arm and having a proximal end secured to a reel, such that the cable is unwound from the reel by extension of the arm ; and a grasping element mounted to a distal end of the cable and configured to engage the securing point , wherein the grasping element comprises: a cable end connected to the distal end of the cable ; a cleat end positioned opposite the cable end ; a bay defined between the cable end and the cleat end ; and a gate that is moveable between the cable end and the cleat end to create a secure loop that reversibly locks the securing point within the bay . a cable end connected to the distal end of the cable ; a cleat end positioned opposite the cable end ; a bay defined between the cable end and the cleat end ; and a gate that is moveable between the cable end and the cleat end to create a secure loop that reversibly locks the securing point within the bay .
A method of converting solid carbon based material comprising the steps of: providing a rotatable chamber in which the material can be heated; introducing the material into the chamber; rotating the chamber and heating the material in the chamber to reduce the material; collecting low temperature gases or oil or both from the chamber; and collecting residual solids from the material, wherein the solid carbon based material is a whole tire or other solid carbon based material selected from the group consisting of a rubber belting and a rubber construction track, wherein the solid carbon based material is introduced and processed into the chamber in its existing form, wherein the collected low temperature gases include syngas, and wherein the collected residual solids include carbon solids. providing a rotatable chamber in which the material can be heated; introducing the material into the chamber; rotating the chamber and heating the material in the chamber to reduce the material; collecting low temperature gases or oil or both from the chamber; and collecting residual solids from the material, wherein the solid carbon based material is a whole tire or other solid carbon based material selected from the group consisting of a rubber belting and a rubber construction track, wherein the solid carbon based material is introduced and processed into the chamber in its existing form, wherein the collected low temperature gases include syngas, and wherein the collected residual solids include carbon solids.
A playback control assembly for a media playback device in a vehicle , the playback control assembly comprising: a control knob assembly movably engaged with a body of the media playback device and configured to receive a manual input from a user (U) for controlling playback of media content, the manual input including a pressing input and a rotational input, the control knob assembly including: a front face having a plurality of input regions , each input region configured to receive the pressing input, the front face configured to be physically depressible at the plurality of input regions, respectively, upon receiving the pressing input thereat; and a rotary knob having a rotational input surface configured to receive the rotational input and rotate relative to the front face and the body of the media playback device upon receiving the rotation input; wherein the control knob assembly includes a spring device configured to bias the front face to an undepressed position relative to the body of the media playback device , wherein the spring device includes: a first spring unit configured to enable the front face to pivot sideways in response to press input against the input regions , and a second spring unit configured to enable the front face to be depressed in response to press input against the input regions . a front face having a plurality of input regions , each input region configured to receive the pressing input, the front face configured to be physically depressible at the plurality of input regions, respectively, upon receiving the pressing input thereat; and a rotary knob having a rotational input surface configured to receive the rotational input and rotate relative to the front face and the body of the media playback device upon receiving the rotation input; wherein the control knob assembly includes a spring device configured to bias the front face to an undepressed position relative to the body of the media playback device , wherein the spring device includes: a first spring unit configured to enable the front face to pivot sideways in response to press input against the input regions , and a second spring unit configured to enable the front face to be depressed in response to press input against the input regions . a first spring unit configured to enable the front face to pivot sideways in response to press input against the input regions , and a second spring unit configured to enable the front face to be depressed in response to press input against the input regions .
A power converter circuit comprising: a diode group including a plurality of diodes arranged to rectify an output voltage of an alternating-current power supply ; a relay (S) provided at a point located closer to the alternating-current power supply than the diode group ; a DC section where an output voltage of the diode group is applied; and an inverter arranged to output a three-phase alternating-electric current to a three-phase load , the DC section has a maximum pulse voltage twice as great as a minimum pulse voltage thereof, characterized in that the DC section includes an energy-absorbing circuit being a series circuit between a diode (Ds) and an electrolytic capacitor (Cs), and a rectifying circuit is directly connected to a point located closer to the alternating-current power supply than the relay (S) and is connected to the cathode of the diode (Ds) in the energy-absorbing circuit to provide a pathway arranged to apply the output voltage of the alternating-current power supply from the alternating-current power supply to the electrolytic capacitor (Cs) via the rectifying circuit , not via the relay (S), when the relay is off. a diode group including a plurality of diodes arranged to rectify an output voltage of an alternating-current power supply ; a relay (S) provided at a point located closer to the alternating-current power supply than the diode group ; a DC section where an output voltage of the diode group is applied; and an inverter arranged to output a three-phase alternating-electric current to a three-phase load , the DC section has a maximum pulse voltage twice as great as a minimum pulse voltage thereof, characterized in that the DC section includes an energy-absorbing circuit being a series circuit between a diode (Ds) and an electrolytic capacitor (Cs), and a rectifying circuit is directly connected to a point located closer to the alternating-current power supply than the relay (S) and is connected to the cathode of the diode (Ds) in the energy-absorbing circuit to provide a pathway arranged to apply the output voltage of the alternating-current power supply from the alternating-current power supply to the electrolytic capacitor (Cs) via the rectifying circuit , not via the relay (S), when the relay is off.