mhurhangee/patent-ind-claim-en huggingface dataset:
A boom mount device for mounting a boom on an upper frame in a construction machine including the upper frame for supporting the boom to allow rising and falling, and a boom cylinder that expands and contracts to cause the boom to rise and fall, the boom mount device comprising: a center section to be provided on the upper frame and including a bottom plate and one pair of left-and-right vertical plates erected on the bottom plate ; and an adapter that is configured to pivotably connect each of the boom and the boom cylinder to the center section , wherein the adapter includes an adapter body that is configured to pivotably support a base end of the boom and a base end of the boom cylinder around rotation central axes each extending in a left-and-right direction, and the left-and-right vertical plates each include an outside surface facing outside of the left-and-right direction, characterized in that the adapter further includes one pair of left-and-right guide pins each extending downward from the adapter body , and the left-and-right vertical plates each further include a guide part disposed on the outside surface and including an upper surface part, a guide hole capable of receiving each of the guide pins along a downward direction when the boom is attached to the upper frame being open on the upper surface part of the guide part . a center section to be provided on the upper frame and including a bottom plate and one pair of left-and-right vertical plates erected on the bottom plate ; and an adapter that is configured to pivotably connect each of the boom and the boom cylinder to the center section , wherein the adapter includes an adapter body that is configured to pivotably support a base end of the boom and a base end of the boom cylinder around rotation central axes each extending in a left-and-right direction, and the left-and-right vertical plates each include an outside surface facing outside of the left-and-right direction, characterized in that the adapter further includes one pair of left-and-right guide pins each extending downward from the adapter body , and the left-and-right vertical plates each further include a guide part disposed on the outside surface and including an upper surface part, a guide hole capable of receiving each of the guide pins along a downward direction when the boom is attached to the upper frame being open on the upper surface part of the guide part .
An aircraft comprising: landing gear, landing gear legs, an activation lever of the landing gear, a parking brake, an actuation lever for actuation the parking brake, brake systems, wheels and an aircraft safety system for indicating the state of the aircraft and for being able to safely approach said aircraft, whereby said aircraft system comprises: - two types of indicators, a first type or mechanical indicator , and a second type or light indicator , arranged on at least one of said landing gear legs, - a first sensor associated with said activation lever of said landing gear, - a micro switch or the like associated with said wheels of said landing gear and indicating if said wheels are bearing weight, - a second sensor associated with said actuation lever for actuating said parking brake, - a hydraulic pressure sensor in said brake systems, - a control unit which receives information from said first sensors , said second sensor , said hydraulic pressure sensor and said micro switch wherein said light indicator comprises first light means (2.1) and second light means (2.2) of a different colour to that of said first light means (2.1) and said control unit sends a switching signal to said first indicator or mechanical indicator, and a first activation signal for activating said first light means (2.1) or a second activation signal for activating said second light means (2.2), depending on the values of said first sensor , said second sensor and said hydraulic pressure sensor . - two types of indicators, a first type or mechanical indicator , and a second type or light indicator , arranged on at least one of said landing gear legs, - a first sensor associated with said activation lever of said landing gear, - a micro switch or the like associated with said wheels of said landing gear and indicating if said wheels are bearing weight, - a second sensor associated with said actuation lever for actuating said parking brake, - a hydraulic pressure sensor in said brake systems, - a control unit which receives information from said first sensors , said second sensor , said hydraulic pressure sensor and said micro switch wherein
Process for replacing shaping drums in an assembling machine of tyres for vehicle wheels, wherein each of said shaping drums comprises: a central shaft having a proximal end and a distal end ; a first half part fixed in proximity to one between the distal end and the proximal end ; a second half part slidingly engaged along the central shaft and movable along the latter starting from a parking position of minimum distance from the first half part ; at least one waiting shaping drum at a storage station , and an active shaping drum on a bearing assembly of the assembling machine , being distinguishable among said shaping drums ; wherein the waiting shaping drum is replaced with the active shaping drum by: engaging the distal end of the central shaft of the active shaping drum by means of a manipulator ; shifting the second half part of the active shaping drum along the central shaft up to the parking position; disengaging the active shaping drum from the bearing assembly ; engaging the waiting shaping drum to the bearing assembly , in place of the active shaping drum previously removed from the bearing assembly . wherein each of said shaping drums comprises: a central shaft having a proximal end and a distal end ; a first half part fixed in proximity to one between the distal end and the proximal end ; a second half part slidingly engaged along the central shaft and movable along the latter starting from a parking position of minimum distance from the first half part ; a central shaft having a proximal end and a distal end ; a first half part fixed in proximity to one between the distal end and the proximal end ; a second half part slidingly engaged along the central shaft and movable along the latter starting from a parking position of minimum distance from the first half part ; at least one waiting shaping drum at a storage station , and an active shaping drum on a bearing assembly of the assembling machine , being distinguishable among said shaping drums ; wherein the waiting shaping drum is replaced with the active shaping drum by: engaging the distal end of the central shaft of the active shaping drum by means of a manipulator ; shifting the second half part of the active shaping drum along the central shaft up to the parking position; disengaging the active shaping drum from the bearing assembly ; engaging the waiting shaping drum to the bearing assembly , in place of the active shaping drum previously removed from the bearing assembly . engaging the distal end of the central shaft of the active shaping drum by means of a manipulator ; shifting the second half part of the active shaping drum along the central shaft up to the parking position; disengaging the active shaping drum from the bearing assembly ; engaging the waiting shaping drum to the bearing assembly , in place of the active shaping drum previously removed from the bearing assembly .
Run-off prevention apparatus, in particular handheld power tool run-off prevention apparatus, for preventing a clamping element (12a; 12b; 12c) and/or a tool (14a; 14b; 14c) from running off a spindle (16a; 16b; 16c), comprising at least one transmission unit (18a; 18b; 18c) and comprising at least one cam mechanism (20a; 20b; 20c) which has at least one control element (22a, 72a; 22b, 72b; 22c, 72c), characterized in that the cam mechanism (20a; 20b; 20c) has at least one control recess (24a, 74a; 24b, 74b; 24c, 74c) into which the control element (22a, 72a; 22b, 72b; 22c, 72c) at least partially engages, wherein the control recess (24a, 74a; 24b, 74b; 24c, 74c) is formed by a groove, wherein the transmission unit (18a; 18b; 18c) has at least one transmission element (26a; 26b; 26c) on which the control recess (24a, 74a; 24b, 74a; 24c, 74c) is arranged, and the cam mechanism (20a; 20b; 20c) has at least one spring element (32a; 32b; 32c) which is provided to prestress the transmission element (26a; 26b; 26c) relative to the control element (22a, 72a; 22b, 72b; 22c, 72c) in such a way that the at least one transmission element (26a; 26b; 26c) is prestressed as a result of a pitch of the control recess and as a result of the spring forces of the at least one spring element (32a; 32b; 32c) in the direction of the tool (14a; 14b; 14c).
Apparatus for transporting notes of value, having a first deflecting roller mounted in the apparatus and having at least one second deflecting roller mounted in the apparatus , having an endless belt , which circulates around the deflecting rollers , and having a freely rotatable guide roller , which is mounted in the apparatus and has at least one connecting region for accommodating in an accommodating opening of the apparatus , wherein, in a first accommodating position of the connecting region in the accommodating opening , the axis of rotation of the guide roller is at a first orthogonal distance from a plane in which the axes of rotation of the deflecting rollers run, and wherein, in a second receiving position of the connecting region in the receiving opening , the axis of rotation of the guide roller is at a second orthogonal distance from the plane, characterized in that , in the second position, the connecting region is accommodated in the accommodated opening in a state in which it has been rotated by 180° about the axis of rotation of the guide roller in relation to the first position. having a first deflecting roller mounted in the apparatus and having at least one second deflecting roller mounted in the apparatus , having an endless belt , which circulates around the deflecting rollers , and having a freely rotatable guide roller , which is mounted in the apparatus and has at least one connecting region for accommodating in an accommodating opening of the apparatus , wherein, in a first accommodating position of the connecting region in the accommodating opening , the axis of rotation of the guide roller is at a first orthogonal distance from a plane in which the axes of rotation of the deflecting rollers run, and wherein, in a second receiving position of the connecting region in the receiving opening , the axis of rotation of the guide roller is at a second orthogonal distance from the plane, characterized in that , in the second position, the connecting region is accommodated in the accommodated opening in a state in which it has been rotated by 180° about the axis of rotation of the guide roller in relation to the first position.
A chlorin e6 derivative or pharmaceutically acceptable salt thereof, wherein the chlorin e6 derivative has general structural formula I, wherein R 1 represents H, a lower alkyl, a higher alkyl, (CH 2 ) m OR 3 or (CH 2 CH 2 O)kR 4 , wherein the higher alkyl is a linear or branched alkyl containing 7-18 carbon atoms, R 3 and R 4 independently represent H, a lower alkyl, m and k independently represent any integers from 2 to 6, in R 1 R 3 and R 4 , the lower alkyl is a linear or branched alkyl containing 1-6 carbon atoms, and R 2 represents an aspartic acid, glutamic acid or lysine amino acid residue. R 1 represents H, a lower alkyl, a higher alkyl, (CH 2 ) m OR 3 or (CH 2 CH 2 O)kR 4 , wherein the higher alkyl is a linear or branched alkyl containing 7-18 carbon atoms, R 3 and R 4 independently represent H, a lower alkyl, m and k independently represent any integers from 2 to 6, in R 1 R 3 and R 4 , the lower alkyl is a linear or branched alkyl containing 1-6 carbon atoms, and R 2 represents an aspartic acid, glutamic acid or lysine amino acid residue.
Damping device for damping vibrations of a cable , the damping device comprising: - a plurality of damping cylinders ; - a tube case forming a case of the cable in a region of the damping device and fixed with respect to an anchor block , the tube case internally delimiting a central passage wherein a base and the damping cylinders are received; and - the base configured to mechanically couple the cable to the damping cylinders, the base comprising a through-orifice for receiving the cable , the through-orifice extending along at least one longitudinal axis (X), the tube case internally delimiting a central passage wherein the base and the damping cylinders are received, each of the damping cylinders being connected to the tube case by one end of said damping cylinder opposite the base , characterised in that the plurality of damping cylinders comprise: - at least a first cylinder connected to the base and inclined with respect to the longitudinal axis (X) at an angle (α i ) other than 90°, and - a complementary cylinder connected to the base and inclined with respect to the longitudinal axis (X) at an angle (α' i ) other than 90°, the first cylinder and the complementary cylinder being arranged on either side of a plane (P) orthogonal to the longitudinal axis (X), the orthogonal plane containing a centre (C) of the base located along the longitudinal axis (X). - a plurality of damping cylinders ; - a tube case forming a case of the cable in a region of the damping device and fixed with respect to an anchor block , the tube case internally delimiting a central passage wherein a base and the damping cylinders are received; and - the base configured to mechanically couple the cable to the damping cylinders, the base comprising a through-orifice for receiving the cable , the through-orifice extending along at least one longitudinal axis (X), - at least a first cylinder connected to the base and inclined with respect to the longitudinal axis (X) at an angle (α i ) other than 90°, and - a complementary cylinder connected to the base and inclined with respect to the longitudinal axis (X) at an angle (α' i ) other than 90°, the first cylinder and the complementary cylinder being arranged on either side of a plane (P) orthogonal to the longitudinal axis (X), the orthogonal plane containing a centre (C) of the base located along the longitudinal axis (X).
A method comprising: receiving , in a client system, an authentication request from a cloud server remotely coupled to the client system, the authentication request for authentication of a device coupled to the client system; in response to the authentication request, performing an authentication protocol with the device via the client system, including obtaining device authentication information of the device; placing at least a portion of the device authentication information and authentication information of the client system in a protocol packet, and sending the protocol packet to the cloud server; characterized by in response to a challenge request from the cloud server, sending to the cloud server a challenge response signed with a first certificate of the client system and a second certificate of the device, to cause the cloud server to authenticate the device. receiving , in a client system, an authentication request from a cloud server remotely coupled to the client system, the authentication request for authentication of a device coupled to the client system; in response to the authentication request, performing an authentication protocol with the device via the client system, including obtaining device authentication information of the device; placing at least a portion of the device authentication information and authentication information of the client system in a protocol packet, and sending the protocol packet to the cloud server; characterized by in response to a challenge request from the cloud server, sending to the cloud server a challenge response signed with a first certificate of the client system and a second certificate of the device, to cause the cloud server to authenticate the device.
A method for transmitting a physical uplink control channel, PUCCH, to a base station by a user equipment in a wireless communication system, the method comprising: determining one or more resource elements, REs, included in one or more interlaces as a PUCCH resource for transmitting the PUCCH, wherein the one or more interlaces are configured with resource blocks, RBs, apart from each other by the same spacing in a frequency domain in one symbol; and transmitting, to the base station , the PUCCH in the PUCCH resource, the method characterised in that the one or more REs are included in one interlace configured with RBs apart from each other by 10 RBs in the one symbol, and the one or more REs are configured with comb-type REs apart from each other by the same spacing among total REs of the one interlace. determining one or more resource elements, REs, included in one or more interlaces as a PUCCH resource for transmitting the PUCCH, wherein the one or more interlaces are configured with resource blocks, RBs, apart from each other by the same spacing in a frequency domain in one symbol; and transmitting, to the base station , the PUCCH in the PUCCH resource, the method characterised in that the one or more REs are included in one interlace configured with RBs apart from each other by 10 RBs in the one symbol, and the one or more REs are configured with comb-type REs apart from each other by the same spacing among total REs of the one interlace.
A run-flat tire , comprising: a sidewall having a side-reinforcing rubber layer with an approximately crescent-shaped cross section, wherein on the external surface of at least one sidewall , a plurality of protrusions raised in a tire axially outward direction are arranged in a tire circumferential direction, in a front view of the sidewall , the protrusions each extend to incline relative to a tire radial direction, and protrusions adjacent to each other in a tire circumferential direction are positioned to overlap each other in a tire circumferential direction, characterized in that length (L1) of protrusion in a radius direction is 15 to 35% of tire cross-sectional height (Ha). a sidewall having a side-reinforcing rubber layer with an approximately crescent-shaped cross section, wherein on the external surface of at least one sidewall , a plurality of protrusions raised in a tire axially outward direction are arranged in a tire circumferential direction, in a front view of the sidewall , the protrusions each extend to incline relative to a tire radial direction, and protrusions adjacent to each other in a tire circumferential direction are positioned to overlap each other in a tire circumferential direction, characterized in that length (L1) of protrusion in a radius direction is 15 to 35% of tire cross-sectional height (Ha).
A method comprising: receiving, by a wireless device: configuration parameters of: a plurality of MsgA physical uplink shared channel, PUSCH, resources associated with a two-step random access procedure; and a plurality of MsgA physical random access channel, PRACH, resources associated with the two-step random access procedure; an indication of a first quantity of allowed repetitions of a MsgA PUSCH transmission associated with the two-step random access procedure; and an indication of a second quantitiy of repetitions of a MsgA PRACH transmission associated with the two-step random access procedure; determining, based on a received signal strength of a downlink reference signal and based on the first quantity of allowed repetitions, a third quantity of repetitions of the MsgA PUSCH transmission; transmitting, via one or more MsgA PUSCH resources of the plurality of MsgA PUSCH resources, the third quantity of repetitions of the MsgA PUSCH transmission; and transmitting, via one or more MsgA PRACH resources of the plurality of MsgA PRACH resources, the second quantity of repetitions of the MsgA PRACH transmission. receiving, by a wireless device: configuration parameters of: a plurality of MsgA physical uplink shared channel, PUSCH, resources associated with a two-step random access procedure; and a plurality of MsgA physical random access channel, PRACH, resources associated with the two-step random access procedure; an indication of a first quantity of allowed repetitions of a MsgA PUSCH transmission associated with the two-step random access procedure; and an indication of a second quantitiy of repetitions of a MsgA PRACH transmission associated with the two-step random access procedure; configuration parameters of: a plurality of MsgA physical uplink shared channel, PUSCH, resources associated with a two-step random access procedure; and a plurality of MsgA physical random access channel, PRACH, resources associated with the two-step random access procedure; a plurality of MsgA physical uplink shared channel, PUSCH, resources associated with a two-step random access procedure; and a plurality of MsgA physical random access channel, PRACH, resources associated with the two-step random access procedure; an indication of a first quantity of allowed repetitions of a MsgA PUSCH transmission associated with the two-step random access procedure; and an indication of a second quantitiy of repetitions of a MsgA PRACH transmission associated with the two-step random access procedure; determining, based on a received signal strength of a downlink reference signal and based on the first quantity of allowed repetitions, a third quantity of repetitions of the MsgA PUSCH transmission; transmitting, via one or more MsgA PUSCH resources of the plurality of MsgA PUSCH resources, the third quantity of repetitions of the MsgA PUSCH transmission; and transmitting, via one or more MsgA PRACH resources of the plurality of MsgA PRACH resources, the second quantity of repetitions of the MsgA PRACH transmission.