mhurhangee/ep-ind-claims huggingface dataset:
A force sensor comprising: a cylindrical main body; a cylindrical movable body capable of moving with respect to the main body; a strain body fixed to the main body and the movable body, and capable of deformation in accordance with the movement of the movable body; strain sensors provided on the strain body; at least three circular openings provided in the circumferential surface of the movable body at equal intervals; stoppers being arranged inside the openings, each of the stoppers including a first side surface and a second side surface, the first side surface having a first outer diameter (R14a) smaller than an inner diameter of the opening and capable of contacting the inner surface of the opening, the second side surface including a second outer diameter (R14b) smaller than the first outer diameter (R14a) and configured in such a manner that a jig for adjustment can be inserted between the second side surface and an inner surface of the opening, and the first side surface being positioned on the inner side of the second side surface in the movable body; fixing members configured to fix the stoppers to the main body; and a gap having a predetermined distance between an inner surface of the stopper parallel to the first side surface or the second side surface and the fixing member, wherein the stopper is configured in such a manner that when the jig is inserted between the inner surface of the opening and the second side surface, the stopper can be moved by a distance corresponding to the distance of the gap. a cylindrical main body; a cylindrical movable body capable of moving with respect to the main body; a strain body fixed to the main body and the movable body, and capable of deformation in accordance with the movement of the movable body; strain sensors provided on the strain body; at least three circular openings provided in the circumferential surface of the movable body at equal intervals; stoppers being arranged inside the openings, each of the stoppers including a first side surface and a second side surface, the first side surface having a first outer diameter (R14a) smaller than an inner diameter of the opening and capable of contacting the inner surface of the opening, the second side surface including a second outer diameter (R14b) smaller than the first outer diameter (R14a) and configured in such a manner that a jig for adjustment can be inserted between the second side surface and an inner surface of the opening, and the first side surface being positioned on the inner side of the second side surface in the movable body; fixing members configured to fix the stoppers to the main body; and a gap having a predetermined distance between an inner surface of the stopper parallel to the first side surface or the second side surface and the fixing member, wherein the stopper is configured in such a manner that when the jig is inserted between the inner surface of the opening and the second side surface, the stopper can be moved by a distance corresponding to the distance of the gap.
A turbine housing comprising: an inner pipe forming an exhaust air flow path in which a turbine wheel is arranged; and an outer pipe covering the inner pipe in a state where a space is interposed between the outer pipe and the inner pipe, characterized in that: a reinforcing plate (41, 42) is secured to a part of an inner surface of the outer pipe while being separated from the inner pipe, wherein the reinforcing plate (41, 42) is secured to the outer pipe by welding at least one point so that a non-welded portion exists. an inner pipe forming an exhaust air flow path in which a turbine wheel is arranged; and an outer pipe covering the inner pipe in a state where a space is interposed between the outer pipe and the inner pipe, characterized in that: a reinforcing plate (41, 42) is secured to a part of an inner surface of the outer pipe while being separated from the inner pipe, wherein the reinforcing plate (41, 42) is secured to the outer pipe by welding at least one point so that a non-welded portion exists. a reinforcing plate (41, 42) is secured to a part of an inner surface of the outer pipe while being separated from the inner pipe, wherein the reinforcing plate (41, 42) is secured to the outer pipe by welding at least one point so that a non-welded portion exists.
An isolated antibody, or an antigen binding fragment thereof, for use in treating a cancerous condition, wherein the antibody or an antigen binding fragment thereof specifically binds to a cysteine knot region of human activin A, said region spanning amino acids C11-S33 and amino acids C81-E111 of the sequence set forth in SEQ ID NO:225, and inhibits binding of human activin A to human activin A receptor.
Timepiece comprising a case housing a timepiece movement comprising a mechanical power source, a mechanism for counting the power reserve of said mechanical power source, notably comprising a counting wheel, characterized in that it comprises a first and a second polarized transparent member (4, 6) which are superposed and visible from outside said case, at least one of which is kinematically linked to said counting wheel so that the relative angular orientation between said first and second polarized transparent members (4, 6) is dependent on the amount of power reserve at each moment.
A non-pneumatic tire comprising a tread part with a cylindrical shape that is in contact with a ground surface, a wheel part disposed inside the tread part in a radial direction, and a spoke part interposed between the tread part and the wheel part, wherein: the wheel part includes a disk part to which an axle is connected, and a rim part whose inner circumferential side is continuously connected to the disk part and outer circumferential side is joined to the spoke part; and an average thickness of the disk part is larger than an average thickness of the rim part, wherein the disk part and the rim part are provided as separate members and are joined to each other characterized in that the disk part and the rim part each have a constant thickness in which the thickness of the disk part is larger than the thickness of the rim part. the wheel part includes a disk part to which an axle is connected, and a rim part whose inner circumferential side is continuously connected to the disk part and outer circumferential side is joined to the spoke part; and an average thickness of the disk part is larger than an average thickness of the rim part, wherein the disk part and the rim part are provided as separate members and are joined to each other characterized in that the disk part and the rim part each have a constant thickness in which the thickness of the disk part is larger than the thickness of the rim part.
A busbar comprising: a first planar conductor having a plurality of terminal locations for connecting to one or more power switches or energy switches; a second planar conductor having a plurality of terminal locations for connecting to one or more power switches or energy switches; a first planar insulator located between the first planar conductor and the second planar conductor; the first planar conductor comprising a first impedance element extending in a planar fashion away from the plane of the first planar conductor in a plane that is non-coplanar from the first planar conductor, the first impedance element located at or adjacent a terminal location of the plurality of terminal locations of the first planar conductor; and the second planar conductor comprising a second impedance element extending in a planar fashion away from the plane of the second planar conductor in a plane that is non-coplanar from the second planar conductor, the second impedance element located at or adjacent a terminal location of the plurality of terminal locations of the second planar conductor, further wherein the first impedance element and the second impedance element are adjacent to each other so as to define a gap therebetween; characterized in that: a second planar insulator located in the gap, wherein the second planar insulator is non-coplanar with the first and second planar conductors (20, 30), the first impedance element being L-shaped and the second impedance element being L-shaped. a first planar conductor having a plurality of terminal locations for connecting to one or more power switches or energy switches; a second planar conductor having a plurality of terminal locations for connecting to one or more power switches or energy switches; a first planar insulator located between the first planar conductor and the second planar conductor; the first planar conductor comprising a first impedance element extending in a planar fashion away from the plane of the first planar conductor in a plane that is non-coplanar from the first planar conductor, the first impedance element located at or adjacent a terminal location of the plurality of terminal locations of the first planar conductor; and the second planar conductor comprising a second impedance element extending in a planar fashion away from the plane of the second planar conductor in a plane that is non-coplanar from the second planar conductor, the second impedance element located at or adjacent a terminal location of the plurality of terminal locations of the second planar conductor, further wherein the first impedance element and the second impedance element are adjacent to each other so as to define a gap therebetween;
Control device for an adaptive vehicle optical unit and comprising at least one source capable of delivering a light beam participating in a signalling function, said control device comprising control means arranged to control the intensity of said delivered light beam as a function of a photometric function in which said source participates said control means being further arranged to control said intensity of the delivered light beam so that it belongs to an intensity sub-interval selected as a function of a measurement of light intensity outside said vehicle among at least two intensity sub-intervals belonging to an intensity interval depending on said photometric function - characterized in that said intensity subintervals of said intensity interval comprise an average value defined by the geometric sequence In = I1*pn-1, where n is an index designating said intensity subintervals of the considered intensity interval and comprised between 1 and N, N is the total number of intensity subintervals of the considered intensity interval, I1 is the average intensity of the subinterval with the smallest values within the considered intensity interval, and p is a function of N, I1 and IN, IN being the average intensity of the subinterval with the largest values within said considered intensity interval. and in that p is defined for each considered interval by the equation p = 10[1/(N-1)]*log(IN/I1). - characterized in that said intensity subintervals of said intensity interval comprise an average value defined by the geometric sequence In = I1*pn-1, where n is an index designating said intensity subintervals of the considered intensity interval and comprised between 1 and N, N is the total number of intensity subintervals of the considered intensity interval, I1 is the average intensity of the subinterval with the smallest values within the considered intensity interval, and p is a function of N, I1 and IN, IN being the average intensity of the subinterval with the largest values within said considered intensity interval.
A vehicle seat comprising: a seat base; a backrest; a seat base track arrangement comprising a fixed track and a moveable track that is moveable along the fixed track, the fixed track being connected to a vehicle seat support and the moveable track being connected to the seat base; a link arm and a seat base pivot connection between the link arm and the seat base; characterised in that the vehicle seat comprises: a backrest track arrangement comprising a backrest fixed track and a backrest moveable track that is moveable along the backrest fixed track, the backrest fixed track being connected to a vehicle backrest support; and a link arm and backrest pivot connection between the link arm and the backrest and the backrest moveable track. a seat base; a backrest; a seat base track arrangement comprising a fixed track and a moveable track that is moveable along the fixed track, the fixed track being connected to a vehicle seat support and the moveable track being connected to the seat base; a link arm and a seat base pivot connection between the link arm and the seat base; a backrest track arrangement comprising a backrest fixed track and a backrest moveable track that is moveable along the backrest fixed track, the backrest fixed track being connected to a vehicle backrest support; and a link arm and backrest pivot connection between the link arm and the backrest and the backrest moveable track.
An endoscopic treatment tool, comprising: a sheath adapted to be inserted into a treatment tool insertion channel of an endoscope; a treatment portion which is inserted into the sheath and is capable of protruding from and retracting into a distal end of the sheath; a manipulation main body fixed to a proximal end of the sheath and formed along a longitudinal axis of the sheath; a slider advancing and retracting in a.longitudinal axis direction with respect to the manipulation main body to cause the treatment portion to protrude from and retract into the sheath; a first locking mechanism which locks the slider with a first amount of force at a position at which a distal end of the treatment portion is accommodated in the sheath in accordance with a retracting manipulation of the slider; a second locking mechanism which is provided at further distal side than the first locking mechanism, is capable of advancing and retracting in the longitudinal axis direction with respect to the manipulation main body, and restricts advance of the slider by being locked to the manipulation main body with a second amount of force greater than the first amount of force; a fixing mechanism provided in the second locking mechanism and fixed to the manipulation main body by sliding with respect to the manipulation main body to fix a position of the second locking mechanism with respect to the manipulation main body; and a restricting portion which restricts fixing of the fixing mechanism to the manipulation main body. a sheath adapted to be inserted into a treatment tool insertion channel of an endoscope; a treatment portion which is inserted into the sheath and is capable of protruding from and retracting into a distal end of the sheath; a manipulation main body fixed to a proximal end of the sheath and formed along a longitudinal axis of the sheath; a slider advancing and retracting in a.longitudinal axis direction with respect to the manipulation main body to cause the treatment portion to protrude from and retract into the sheath; a first locking mechanism which locks the slider with a first amount of force at a position at which a distal end of the treatment portion is accommodated in the sheath in accordance with a retracting manipulation of the slider; a second locking mechanism which is provided at further distal side than the first locking mechanism, is capable of advancing and retracting in the longitudinal axis direction with respect to the manipulation main body, and restricts advance of the slider by being locked to the manipulation main body with a second amount of force greater than the first amount of force; a fixing mechanism provided in the second locking mechanism and fixed to the manipulation main body by sliding with respect to the manipulation main body to fix a position of the second locking mechanism with respect to the manipulation main body; and a restricting portion which restricts fixing of the fixing mechanism to the manipulation main body.
A switch cabinet comprising a front part and a rear part, a left side part and a right side part and a top part and a bottom part, wherein a voltage limiting device is disposed in the switch cabinet, the voltage limiting device having an electromagnetically operable switching device for producing an electrical connection between a first cable terminal and a second cable terminal, wherein an electrical conductor electrically connects the first cable terminal to the switching device and another electrical conductor electrically connects the second cable terminal to the switching device, wherein the switching device comprises a multi-pole contactor, characterised in that one of the two electrical conductors comprises an electrically conductive support plate which is disposed at the back of the switch cabinet, the electrically conductive support plate forms at least part of the rear wall or at least part of a back wall of the switch cabinet, the switching device is disposed in a plane extending parallel to the electrically conductive support plate, wherein the contactor of the switching device is disposed in the switch cabinet in front of the support plate in the area of one of the two side parts (17, 18) of the switch cabinet. one of the two electrical conductors comprises an electrically conductive support plate which is disposed at the back of the switch cabinet, the electrically conductive support plate forms at least part of the rear wall or at least part of a back wall of the switch cabinet, the switching device is disposed in a plane extending parallel to the electrically conductive support plate, wherein the contactor of the switching device is disposed in the switch cabinet in front of the support plate in the area of one of the two side parts (17, 18) of the switch cabinet.
A method of tracking a moving object, the method being performed by a processor and the method comprising: determining an initial pointing angle (36,74) of the object from a tracking device; determining an estimated position of a selected feature on the object based upon the initial pointing angle (36,74); determining a velocity vector at the estimated position; determining a lateral acceleration at the estimated position based upon the velocity vector and a yaw rate of the object; determining a sideslip angle of the selected feature based on the lateral acceleration; and determining a refined pointing angle (36,74) of the object from the determined sideslip angle. determining an initial pointing angle (36,74) of the object from a tracking device; determining an estimated position of a selected feature on the object based upon the initial pointing angle (36,74); determining a velocity vector at the estimated position; determining a lateral acceleration at the estimated position based upon the velocity vector and a yaw rate of the object; determining a sideslip angle of the selected feature based on the lateral acceleration; and determining a refined pointing angle (36,74) of the object from the determined sideslip angle.
A shoe sole for a sandal, a shoe, a boot or the like, with a large-area footbed, on which a foot stands, a large-area sole layer that serves as support on a ground in the area at the ball of the foot and the heel area, and a support layer that is at least partially located between the footbed and the sole layer, wherein the support layer in the heel area lifts the footbed from the sole layer, wherein a large-volume clearance is formed that is designed in an open manner up to the heel, characterized in that the footbed, the sole layer and the support layer feature wood, wherein, in particular, multilayer wood is provided.
A joint (2, 3; 109, 110) which can be fixed in a plurality of joint positions selectable according to a first position division subdivided in regularly spaced-apart positions in a joint movement direction, having two joint parts (4, 5, 6; 101, 102, 103) which can be displaced relative to one another and bear against one another with joint surfaces (7, 11; 13, 16; 104, 106); 101, 102, 103), wherein a first joint surface (7, 13, 106) formed on a first joint part (5, 103) is provided with a structuring (8, 14, 16; 104, 106) having a second position division subdivided in the joint movement direction in regularly spaced-apart positions, distributed in the second positional division, wherein a second joint part (4, 6, 101, 102, 108) has a second joint surface (11, 16, 104) and bolt receivers (12, 17, 105) are provided on the second joint part (4, 6, 101, 102, 108), which receive the second joint surface (11, 16, 104), 105) are provided, which break through the second joint surface (11, 16, 104) at a third position division arranged in regularly spaced-apart positions in the direction of the joint movement direction, wherein the second and the third position division are each larger than the first position division, wherein the first position division is determined by the amount of the difference of the second and the third position division, wherein, in a position taken along the joint movement direction of the joint (2, 3, 101, 102, 108), the first position division is determined by the amount of the difference of the second and the third position division (2, 3; 109, 110) along the joint movement direction of the joint (2, 3; 109, 110), a locking element being selectively insertable into one of the bolt receptacles (12, 17, 105) in such a manner that it engages, from the bolt position belonging to the bolt receptacle (12, 17, 105), a bolt engagement placed in the assumed joint position opposite the bolt position in such a manner that it locks the joint (2, 3; 109, 110) in the assumed joint position.
An inductive power transfer transmitter including: a. an enclosure for accommodating devices to be energised having a base portion and one or more side walls projecting from the base portion in a height direction; b. one or more coils comprising a series of loops of wire wound about the enclosure, for generating an alternating magnetic field within the enclosure, wherein a density of the one or more coils as defined by a number of loops per unit height in the height direction of the one or more side walls is initially decreasing with increased distance in the height direction from the base portion and then increasing with further increased distance in the height direction from the base portion; and c. a drive circuit for driving the one or more coils. a. an enclosure for accommodating devices to be energised having a base portion and one or more side walls projecting from the base portion in a height direction; b. one or more coils comprising a series of loops of wire wound about the enclosure, for generating an alternating magnetic field within the enclosure, wherein a density of the one or more coils as defined by a number of loops per unit height in the height direction of the one or more side walls is initially decreasing with increased distance in the height direction from the base portion and then increasing with further increased distance in the height direction from the base portion; and c. a drive circuit for driving the one or more coils.
Method for real-time proofing of a recording, wherein a recording is captured using a recording device equipped with a speaker device, a vibration device and with at least one of at least one microphone, at least one camera and at least one accelerometer, wherein the vibration device is physically connected to the recording device such that it causes the recording device to vibrate when activated, providing physical tactile and/or haptic feedback, wherein the recording is watermarked by activating the vibration device at least once during the recording according to at least one predetermined unique or quasi-unique watermarking sequence, wherein the vibrations caused by activating the vibration device are recorded as visible and/or acceleration watermarking, and in particular additionally as audible watermarking, in the recording.