mhurhangee/ep-ind-claims huggingface dataset:
A system for causing application of sealing current to one or more local telephony loops (122, 123) comprising: - a current source; - a switching interface for connecting the current source to the one or more telephony loop interfaces; and - a machine-readable instruction accessible to the switching interface, the instruction providing intelligence to the switching interface for identifying the one or more loops (122, 123) to be serviced, the time period for current application to each loop serviced, and a sequence order when more than one loop is serviced; characterized in that - the switching interface is a host line card and the assigned group of telephony loop interfaces comprise other line cards, - wherein the host line card is adapted to provide switched connection between each serviced line card and the current source for the predetermined time period allotted to each supported loop (122, 123), and - wherein a task of application of sealing current over local loops may be assignable such that during maintenance or shutdown period the task may be rerouted to another line card that is still in service. - a current source; - a switching interface for connecting the current source to the one or more telephony loop interfaces; and - a machine-readable instruction accessible to the switching interface, the instruction providing intelligence to the switching interface for identifying the one or more loops (122, 123) to be serviced, the time period for current application to each loop serviced, and a sequence order when more than one loop is serviced; - the switching interface is a host line card and the assigned group of telephony loop interfaces comprise other line cards, - wherein the host line card is adapted to provide switched connection between each serviced line card and the current source for the predetermined time period allotted to each supported loop (122, 123), and - wherein a task of application of sealing current over local loops may be assignable such that during maintenance or shutdown period the task may be rerouted to another line card that is still in service.
An electric device body in which a battery pack is detachably mounted, the battery pack including a plurality of battery cells and a plurality of first terminals, the electric device body comprising: a housing (12, 13, 14), the battery pack being configured to be attached to and detached from the housing along a first direction; a guide mechanism (45, 24) provided at the housing and configured to define the first direction; and a plurality of second terminals configured to be connected to the plurality of first terminals upon attachment of the battery pack to the housing; characterized by: a pressed portion (22e, 22f, 60, 61) configured to be elastically deformed and pressed against the battery pack in a second direction intersecting the first direction when the battery pack has been attached to the housing in order to prevent the battery pack from rattling relative to the housing (12, 13, 14). a housing (12, 13, 14), the battery pack being configured to be attached to and detached from the housing along a first direction; a guide mechanism (45, 24) provided at the housing and configured to define the first direction; and a plurality of second terminals configured to be connected to the plurality of first terminals upon attachment of the battery pack to the housing; a pressed portion (22e, 22f, 60, 61) configured to be elastically deformed and pressed against the battery pack in a second direction intersecting the first direction when the battery pack has been attached to the housing in order to prevent the battery pack from rattling relative to the housing (12, 13, 14).
A coupling yoke for a double cardan joint, which includes a pair of mutually facing flange portions (12, 13) each of which has a bearing hole (14, 15) for allowing one (3a, 4a) of two perpendicular shaft portions (3a, 4a, 3b, 4b) of each spider (3, 4) to be rotatably installed and that protrude from each of both axial ends of a base portion in an axial direction, characterized in that: the base portion is formed of a thick wall portion that couples the bearing holes (14, 15) of the diagonally arranged flange portions (12, 13) and that has an X shape when viewed in a direction along an axis of the other one of the shaft portions (3b, 4b) of each spider (3, 4) and trimmed portions (19a, 19b) between adjacent thick portions of the X-shaped thick wall portion. the base portion is formed of a thick wall portion that couples the bearing holes (14, 15) of the diagonally arranged flange portions (12, 13) and that has an X shape when viewed in a direction along an axis of the other one of the shaft portions (3b, 4b) of each spider (3, 4) and trimmed portions (19a, 19b) between adjacent thick portions of the X-shaped thick wall portion.
A steel for a fracture splitting type connecting rod, containing C: 0.25 - 0.5% (in mass %, the same is applied hereunder), Si: 0.01 - 2.0%, Mn: 0.50 - 2.0%, P: 0.015 - 0.080%, S: 0.01 - 0.2%, V: 0.02 - 0.20%, Cr: 0.05 - 1.0%, Ti: 0.01 - 0.10%, and N: 0.01% or less, and optionally at least one kind selected from the group consisting of Zr: 0.15% or less, Ca: 0.005% or less, Mg: 0.005% or less, Te: 0.1 % or less, and REM: 0.3% or less, and optionally at least either one of Al: 0.05% or less, or Nb: 0.05% or less, and optionally at least one kind selected from the group consisting of Cu: 1.0% or less, Ni: 1.0% or less, and Mo: 1.0% or less, and optionally Bi: 0.1% or less, with the remainder consisting of iron and inevitable impurities, wherein an f-value represented by the expression shown below is in the range of 0.003 to 0.04; and in a longitudinal section at a position of D/4 (D is the thickness or the diameter of the steel) from the steel surface, the number of sulfide system inclusions 1 μm or more in width is 100 to 4,000 pieces per 1 mm 2, and the average aspect ratio (length/width) of the sulfide system inclusions 1 μm or more in width is 15 or less, f = Ti - N ⁢ x ⁢ 48 / 14 (in the expression, [Ti] and represent the contents (mass %) of Ti and N in a steel, respectively).
A belt layer for a tire, wherein the belt layer comprising at least one belt ply, wherein the belt ply includes a plurality of belt cords including a steel single wire having a flat cross-sectional shape, and in at least one of the belt cords, the steel single wire has a short diameter direction inclined at an angle (Θ) of 10 to 35 degrees with respect to a thickness direction of the belt ply, the steel single wire has a short diameter of 0.15 to 0.42 mm in the cross-sectional shape, the steel single wire has a ratio (SD/LD) of 0.70 or less between a short diameter and a long diameter in the cross-sectional shape, the belt cords include a first belt cord having the steel single wire having the short diameter direction inclined to a first side with respect to the thickness direction of the belt ply and a second belt cord having the steel single wire having the short diameter direction inclined to a second side opposite to the first side with respect to the thickness direction of the belt ply, five belt cords adjacent in the tire axial direction include at least one first belt cord and at least one second belt cord, and the belt ply includes a topping rubber covering the belt cords, and the topping rubber has a complex elastic modulus (E*) at 70 degrees Celsius of 7 to 20 MPa, wherein the complex elastic modulus is measured in accordance with Japanese Industrial Standard JIS-K6394 under the conditions of initial strain 10%, amplitude of dynamic strain ±1%, frequency 10Hz and deformation mode tensile. the belt ply includes a plurality of belt cords including a steel single wire having a flat cross-sectional shape, and in at least one of the belt cords, the steel single wire has a short diameter direction inclined at an angle (Θ) of 10 to 35 degrees with respect to a thickness direction of the belt ply, the steel single wire has a short diameter of 0.15 to 0.42 mm in the cross-sectional shape, the steel single wire has a ratio (SD/LD) of 0.70 or less between a short diameter and a long diameter in the cross-sectional shape, the belt cords include a first belt cord having the steel single wire having the short diameter direction inclined to a first side with respect to the thickness direction of the belt ply and a second belt cord having the steel single wire having the short diameter direction inclined to a second side opposite to the first side with respect to the thickness direction of the belt ply, five belt cords adjacent in the tire axial direction include at least one first belt cord and at least one second belt cord, and the belt ply includes a topping rubber covering the belt cords, and the topping rubber has a complex elastic modulus (E*) at 70 degrees Celsius of 7 to 20 MPa, wherein the complex elastic modulus is measured in accordance with Japanese Industrial Standard JIS-K6394 under the conditions of initial strain 10%, amplitude of dynamic strain ±1%, frequency 10Hz and deformation mode tensile.
A detachable leadless pacemaker system for cardiac conduction bundle pacing, comprising: a detachable leadless pacemaker with a first data interface; a passive leadless pacemaker with a second data interface; and a signal wire which is coupled with the first data interface and the second data interface to supply power from the detachable leadless pacemaker to the passive leadless pacemaker, and to support communication therebetween, characterized in that the detachable leadless pacemaker comprises: a first pacemaker body with a first detachable structure; and a first hook-shape side electrode which is fixed with the first pacemaker body by the first detachable structure, and which is arranged in parallel with the first pacemaker body at a first predetermined distance. a detachable leadless pacemaker with a first data interface; a passive leadless pacemaker with a second data interface; and a signal wire which is coupled with the first data interface and the second data interface to supply power from the detachable leadless pacemaker to the passive leadless pacemaker, and to support communication therebetween, characterized in that the detachable leadless pacemaker comprises: a first pacemaker body with a first detachable structure; and a first hook-shape side electrode which is fixed with the first pacemaker body by the first detachable structure, and which is arranged in parallel with the first pacemaker body at a first predetermined distance. a first pacemaker body with a first detachable structure; and a first hook-shape side electrode which is fixed with the first pacemaker body by the first detachable structure, and which is arranged in parallel with the first pacemaker body at a first predetermined distance.
A work machine provided with a lifting magnet, the work machine comprising: the lifting magnet; an arm that supports the lifting magnet; a boom that supports the arm; an upper turning body that supports the boom; an engine; a selective catalytic reduction system; and a controller that controls attraction and release by the lifting magnet, characterised in that the controller changes a control state of the lifting magnet depending on a state of a residual amount of urea water used in the selective catalytic reduction system and depending on the attraction state of the lifting magnet. the lifting magnet; an arm that supports the lifting magnet; a boom that supports the arm; an upper turning body that supports the boom; an engine; a selective catalytic reduction system; and a controller that controls attraction and release by the lifting magnet, characterised in that the controller changes a control state of the lifting magnet depending on a state of a residual amount of urea water used in the selective catalytic reduction system and depending on the attraction state of the lifting magnet.
Power conducting system comprising a) a guide channel (1.1), wherein the latter is formed by two mutually parallel and vertically disposed sides (2.1, 2.2), b) a vertically suspended power track chain, wherein the power track chain has a fixed strand (3.1), a movable strand, and segments which are connected to one another in an articulated manner while forming a curvature region between a first stationary connection region and a second movable connection region, wherein the fixed strand (3.1) is disposed between the first stationary connection region and the curvature region, wherein the movable strand is disposed between the second movable connection region and the curvature region, and the fixed strand (3.1) between the curvature region and the first stationary connection region is at least partially guided in the guide channel (1.1) between the sides (2.1, 2.2), c) a catch hook, wherein the catch hook is connected to a segment and wherein a portion of the catch hook is disposed so as to protrude beyond at least one side (2.1, 2.2) of the guide channel (1.1), and d) a catch hook holder (9.1), characterized in that the catch hook holder (9.1) has a clearance which is formed on the outside next to one of the sides (2.1, 2.2) of the guide channel (1.1) in the direction of the opposite movable strand, and which extends in the vertical direction from an entry opening downwards, wherein the catch hook in one position engages in the clearance of the catch hook holder (9.1). a) a guide channel (1.1), wherein the latter is formed by two mutually parallel and vertically disposed sides (2.1, 2.2), b) a vertically suspended power track chain, wherein the power track chain has a fixed strand (3.1), a movable strand, and segments which are connected to one another in an articulated manner while forming a curvature region between a first stationary connection region and a second movable connection region, wherein the fixed strand (3.1) is disposed between the first stationary connection region and the curvature region, wherein the movable strand is disposed between the second movable connection region and the curvature region, and the fixed strand (3.1) between the curvature region and the first stationary connection region is at least partially guided in the guide channel (1.1) between the sides (2.1, 2.2), c) a catch hook, wherein the catch hook is connected to a segment and wherein a portion of the catch hook is disposed so as to protrude beyond at least one side (2.1, 2.2) of the guide channel (1.1), and d) a catch hook holder (9.1), characterized in that the catch hook holder (9.1) has a clearance which is formed on the outside next to one of the sides (2.1, 2.2) of the guide channel (1.1) in the direction of the opposite movable strand, and which extends in the vertical direction from an entry opening downwards, wherein the catch hook in one position engages in the clearance of the catch hook holder (9.1).
A wireless communication apparatus for user equipment side, comprising: at least one processor (111, 113, 115) configured to acquire information regarding a movement of the wireless communication apparatus with respect to a serving base station thereof; adjust, based on the information, a trigger condition for a transmission of a measurement report for performing a cell handover; acquire information regarding a distance and/or a relative speed between the wireless communication apparatus and another wireless communication apparatus in proximity-based service direct communication with the wireless communication apparatus; further adjust the trigger condition based on the distance and/or the relative speed between the wireless communication apparatus and the another wireless communication apparatus; and control, based on the adjusted trigger condition, the transmission of the measurement report. at least one processor (111, 113, 115) configured to acquire information regarding a movement of the wireless communication apparatus with respect to a serving base station thereof; adjust, based on the information, a trigger condition for a transmission of a measurement report for performing a cell handover; acquire information regarding a distance and/or a relative speed between the wireless communication apparatus and another wireless communication apparatus in proximity-based service direct communication with the wireless communication apparatus; further adjust the trigger condition based on the distance and/or the relative speed between the wireless communication apparatus and the another wireless communication apparatus; and control, based on the adjusted trigger condition, the transmission of the measurement report.
A grip type cutter knife, comprising: a cutter knife body having a grip portion, wherein the grip portion comprises a trigger lever, a cutting blade provided on an end of the cutter knife body, a pin rotatably supporting the cutting blade in the cutter knife body, a locking member placed in an opening formed in the cutter knife body, and a pair of cutting blade protector flanges (610, 612), each protector flange being disposed on a side of the cutting blade, the grip type cutter knife characterized in that: each of said pair of cutting blade protector flanges (610, 612) has an outward protrusion from a surface of the flange (610, 612), and a pair of springs located between the pin and each of the outward protrusion from the flange surface, such that the pair of flanges (610, 612) is slidably supported in the cutter knife body by the pin and the pair of springs. a cutter knife body having a grip portion, wherein the grip portion comprises a trigger lever, a cutting blade provided on an end of the cutter knife body, a pin rotatably supporting the cutting blade in the cutter knife body, a locking member placed in an opening formed in the cutter knife body, and a pair of cutting blade protector flanges (610, 612), each protector flange being disposed on a side of the cutting blade, the grip type cutter knife characterized in that: each of said pair of cutting blade protector flanges (610, 612) has an outward protrusion from a surface of the flange (610, 612), and a pair of springs located between the pin and each of the outward protrusion from the flange surface, such that the pair of flanges (610, 612) is slidably supported in the cutter knife body by the pin and the pair of springs.
A precious metal paste for bonding a semiconductor element, the paste consisting of a precious metal powder and an organic solvent and optionally containing 0.05 to 1 mass% of a surfactant, wherein the precious metal powder comprises any one or more of a gold powder and a silver powder, has a purity of 99.9 mass% or more and an average particle diameter of 0.1 to 0.5 μm, the organic solvent has a boiling point of 200 to 350°C, a volume content of the precious metal powder in the precious metal paste is 26 to 66 vol.% (v/v), and the precious metal paste has a thixotropy index value of 6.0 or more, which is calculated from a measurement value of a viscosity at a shear rate of 4/s with respect to a viscosity at a shear rate of 40/s at 23°C by means of a rotational viscometer. the precious metal powder comprises any one or more of a gold powder and a silver powder, has a purity of 99.9 mass% or more and an average particle diameter of 0.1 to 0.5 μm, the organic solvent has a boiling point of 200 to 350°C, a volume content of the precious metal powder in the precious metal paste is 26 to 66 vol.% (v/v), and the precious metal paste has a thixotropy index value of 6.0 or more, which is calculated from a measurement value of a viscosity at a shear rate of 4/s with respect to a viscosity at a shear rate of 40/s at 23°C by means of a rotational viscometer.
A method in a terminal for acquiring paging information during a set of two or more paging occasions, one paging occasion corresponding to a subframe, wherein the method comprises: determining a first subframe of the set of two or more paging occasions, wherein the first subframe is a subframe of a Discovery Reference Signal, DRS, Transmission Window, DTxW; and determining a last subframe of the set of two or more paging occasions, wherein determining the last subframe comprises detecting a DRS transmission from a serving cell of the terminal, and wherein: the terminal is required to attempt to acquire the paging information in any subframe between the first subframe and the last subframe of the set of two of more paging occasions. determining a first subframe of the set of two or more paging occasions, wherein the first subframe is a subframe of a Discovery Reference Signal, DRS, Transmission Window, DTxW; and determining a last subframe of the set of two or more paging occasions, wherein determining the last subframe comprises detecting a DRS transmission from a serving cell of the terminal, and wherein: the terminal is required to attempt to acquire the paging information in any subframe between the first subframe and the last subframe of the set of two of more paging occasions.
A capacitive touch assembly, comprising a cover plate and a printed circuit board assembly, wherein the capacitive touch assembly further comprises a conductor located between the cover plate and the printed circuit board assembly and electrically connected to the printed circuit board assembly, wherein the conductor is an elastic conductor, wherein the elastic conductor comprises a helical section, a bending section and an extension section between the helical section and the bending section, characterized in that the cover plate comprises a touch key, and a mounting groove being provided at a side of the cover plate opposite to the touch key and at a position corresponding to the touch key, and configured to receive the helical section of the elastic conductor, wherein a retaining rib is provided in the mounting groove configured to position and retain the elastic conductor.
Operating method for a driver assistance system for longitudinal vehicle control of a vehicle with respect to a foreign vehicle, preferably for speed and/or distance control, wherein a changing angle of incidence of the foreign vehicle approaching laterally from behind is used by the longitudinal vehicle control, the angle of incidence being the angle between the direction of travel of the vehicle and the distance vector to the foreign vehicle, the operating method comprising the steps of: - determining a trajectory of the foreign vehicle as a function of a measured distance and the changing angle of incidence of the foreign vehicle; - determining a trajectory curve of the vehicle; and - determining, in dependence on the determined trajectories (110, 111), whether a time duration or a distance until a possible lateral collision between the vehicle and the foreign vehicle has fallen below a predetermined threshold value; - determination of the vehicle class of the foreign vehicle approaching obliquely from behind, wherein the determination of a safety distance of the longitudinal control and/or of the duration or of the distance until a possible lateral collision takes place as a function of the determined vehicle class. - determining a trajectory of the foreign vehicle as a function of a measured distance and the changing angle of incidence of the foreign vehicle; - determining a trajectory curve of the vehicle; and - determining, in dependence on the determined trajectories (110, 111), whether a time duration or a distance until a possible lateral collision between the vehicle and the foreign vehicle has fallen below a predetermined threshold value; - determination of the vehicle class of the foreign vehicle approaching obliquely from behind, wherein the determination of a safety distance of the longitudinal control and/or of the duration or of the distance until a possible lateral collision takes place as a function of the determined vehicle class.