mhurhangee/ep-ind-claims huggingface dataset:
A high pressure fuel supply pump comprising: a suction path which is provided on an inlet side of a compression chamber; a discharge path into which fuel is discharged from the compression chamber; a suction valve which communicates and does not communicate the suction path and the compression chamber by opening and closing the suction valve; an electromagnetic coil which is configured to generate magnetic attractive force; a first member which moves the suction valve in a valve-opening direction by a biasing force of a spring in a state that the electromagnetic coil is not supplied with current; and a second member which is a separate body from the first member and moves the first member in a valve-closing direction by the magnetic attractive force; wherein, the first member and the second member are slidably held on each other and wherein the high pressure fuel supply pump further comprises: a fixing part with which the second member collides by the magnetic attractive force; characterized in that when the first member has moved the suction valve to a valve-opening state, the position of the suction valve is limited by a suction valve holder such that a clearance between the second member and the fixing part is set greater than a clearance between the suction valve and a valve seat. a suction path which is provided on an inlet side of a compression chamber; a discharge path into which fuel is discharged from the compression chamber; a suction valve which communicates and does not communicate the suction path and the compression chamber by opening and closing the suction valve; an electromagnetic coil which is configured to generate magnetic attractive force; a first member which moves the suction valve in a valve-opening direction by a biasing force of a spring in a state that the electromagnetic coil is not supplied with current; and a second member which is a separate body from the first member and moves the first member in a valve-closing direction by the magnetic attractive force; wherein, the first member and the second member are slidably held on each other and wherein the high pressure fuel supply pump further comprises: a fixing part with which the second member collides by the magnetic attractive force; characterized in that when the first member has moved the suction valve to a valve-opening state, the position of the suction valve is limited by a suction valve holder such that a clearance between the second member and the fixing part is set greater than a clearance between the suction valve and a valve seat. a fixing part with which the second member collides by the magnetic attractive force; characterized in that when the first member has moved the suction valve to a valve-opening state, the position of the suction valve is limited by a suction valve holder such that a clearance between the second member and the fixing part is set greater than a clearance between the suction valve and a valve seat.
A catalyst composition for polymerization of a conjugated diene or for copolymerization of a conjugated diene and an aromatic vinyl compound, which comprises the following components: a. a metallocene-type complex of the following formula I: R a MX b L c or the formula II: R a MX b QX b; wherein each M is samarium, each R is independently a cyclopentadienyl group selected from the group consisting of pentamethylcyclopentadienyl group, 1-ethyl-2,3,4,5-tetramethylcyclopentadienyl group, 1-benzyl-2,3,4,5-tetramethylcyclopentadienyl group, 1-phenyl-2,3,4,5-tetramethyloyclopentadienyl group, 1-trimethylsilyl-2,3,4,5-tetramethylcyclopentadienyl group, and 1-triflouromethyl-2,3,4,5-tetramethylcyclopentadienylgroup, X is a C 1-20 hydrocarbon, L is a Lewis base, Q is an element of Group III, a is 2, b is 0, 1, or 2 and c is 0, 1, or 2, and b. an aluminoxane. a. a metallocene-type complex of the following formula I: R a MX b L c or the formula II: R a MX b QX b; wherein each M is samarium, each R is independently a cyclopentadienyl group selected from the group consisting of pentamethylcyclopentadienyl group, 1-ethyl-2,3,4,5-tetramethylcyclopentadienyl group, 1-benzyl-2,3,4,5-tetramethylcyclopentadienyl group, 1-phenyl-2,3,4,5-tetramethyloyclopentadienyl group, 1-trimethylsilyl-2,3,4,5-tetramethylcyclopentadienyl group, and 1-triflouromethyl-2,3,4,5-tetramethylcyclopentadienylgroup, X is a C 1-20 hydrocarbon, L is a Lewis base, Q is an element of Group III, a is 2, b is 0, 1, or 2 and c is 0, 1, or 2, and b. an aluminoxane.
Fan, having a plurality of components (1, 2, 5, 6), one component being a stator carrier and a component which can be joined thereto being a wall ring, at least one latching element extending in the axial direction from the wall ring, which latching element is designed to latch a retaining section when the components (1, 5) with one another, while bending the latching element, and, after overcoming the holding section, latching in while bending back and assuming a latched-in position, wherein the latching element extends over a soft component which is deformed during the joining operation between the components (1, 5), 5) during the joining process between the components (1, 5), the latching element being held in the latched position under prestress in the radial direction R (prestress FR) and in the axial direction A (prestress FA), and the deformed soft component pressing outwards on the latching element in the radial direction, the deformable soft component being held between a wall ring collar, from which the at least one latching element extends, and a cylindrical section of the stator carrier and, in addition to the function of pressing against the latching element with a prestress (FA, FR), assumes a sealing function, so that moisture cannot reach the stator between the stator carrier and the wall ring collar.
A linear electromagnetic device, comprising: a core in which a magnetic flux is generable; an opening through the core, wherein the opening through the core comprises an elongated slot; and a plurality of primary conductors (210, 212) disposed in a single row in the elongated slot and extending through the core, each of the primary conductors including a substantially square or rectangular cross-section, wherein an electrical current flowing through the primary conductor generates a magnetic field about the primary conductor, at least one other core, the at least one other core comprising an opening through which the primary conductors extend through the at least one other core, wherein a cross-section of each primary conductor of the plurality of conductors comprises a predetermined width in a direction corresponding to a length of the elongated slot and an end primary conductor on each end of the single row of primary conductors being less than about one half of the predetermined width from an end of the elongated slot, and the cross-section of each primary conductor of the plurality of conductors comprising a predetermined height, each primary conductor being less than about one half of the predetermined height from a side wall of the elongated slot. a core in which a magnetic flux is generable; an opening through the core, wherein the opening through the core comprises an elongated slot; and a plurality of primary conductors (210, 212) disposed in a single row in the elongated slot and extending through the core, each of the primary conductors including a substantially square or rectangular cross-section, wherein an electrical current flowing through the primary conductor generates a magnetic field about the primary conductor, at least one other core, the at least one other core comprising an opening through which the primary conductors extend through the at least one other core, wherein a cross-section of each primary conductor of the plurality of conductors comprises a predetermined width in a direction corresponding to a length of the elongated slot and an end primary conductor on each end of the single row of primary conductors being less than about one half of the predetermined width from an end of the elongated slot, and the cross-section of each primary conductor of the plurality of conductors comprising a predetermined height, each primary conductor being less than about one half of the predetermined height from a side wall of the elongated slot.
Barrier system for a line bushing of an electrical installation, having wall elements as barriers, which are arranged alongside one another, have axial longitudinal extents and are arranged in intervals from one another, with the intermediate spaces therefore forming channels for cooling, with the wall elements resting in places on a base at least with the lower end of the wall elements, characterized in that a plug element forms the base to which the wall elements can be connected, with the plug element having axial guide elements (13a, 13b, 13c) for holding and fixing the wall elements.
A power plug, comprising: male contacts (11, 12) to be connected with electric wires (41, 42) one by one, the male contacts (11, 12) each having electric conductivity; a core which has an end face and retains the male contacts (11, 12); and an envelope molded to cover the core and part of each of the male contacts (11, 12), the end face being exposed without being covered with the envelope, the end face being provided with through holes (81, 82), each of the male contacts (11, 12) comprises a base part (110, 120), a projection part (111, 121) and a stopper (112, 122), the projection parts (111, 121) of the male contacts (11, 12) respectively protruding from the base parts (110, 120) through the through holes (81, 82) of the end face of the core in a first direction, the stoppers (112, 122) of the male contacts (11, 12) respectively protruding from the base parts (110, 120) in second and third directions (D2, D3) perpendicular to the first direction, the core comprises a first member which has the end face and the projection parts (111, 121) are inserted into, and a second member combined with the first member, characterized in that each of the stoppers (112, 122) is in contact with the first member on a first side of the first direction and is in contact with the second member on a second side of the first direction, thereby prohibiting the male contacts (11, 12) from being displaced with respect to the core in the first direction. male contacts (11, 12) to be connected with electric wires (41, 42) one by one, the male contacts (11, 12) each having electric conductivity; a core which has an end face and retains the male contacts (11, 12); and an envelope molded to cover the core and part of each of the male contacts (11, 12), the end face being exposed without being covered with the envelope, the end face being provided with through holes (81, 82), each of the male contacts (11, 12) comprises a base part (110, 120), a projection part (111, 121) and a stopper (112, 122), the projection parts (111, 121) of the male contacts (11, 12) respectively protruding from the base parts (110, 120) through the through holes (81, 82) of the end face of the core in a first direction, the stoppers (112, 122) of the male contacts (11, 12) respectively protruding from the base parts (110, 120) in second and third directions (D2, D3) perpendicular to the first direction, the core comprises a first member which has the end face and the projection parts (111, 121) are inserted into, and a second member combined with the first member, characterized in that each of the stoppers (112, 122) is in contact with the first member on a first side of the first direction and is in contact with the second member on a second side of the first direction, thereby prohibiting the male contacts (11, 12) from being displaced with respect to the core in the first direction.
Joint for the articulated connection of two vehicle parts (15, 16), in particular of a rail vehicle, comprising a joint fork having a first fork arm and an opposite second fork arm, a joint tongue which, in a connected state of the joint, is arranged at least in sections between the first fork arm and the second fork arm, and a bolt for connecting the joint fork and the joint tongue, wherein the bolt is arranged at least in sections within the first fork arm and the joint tongue in the connected state, wherein the first fork arm has a through-going receiving opening, through which the bolt can be introduced from the outside in the direction of the second fork arm in order to produce the connected state, wherein at least one threaded segment is provided which is arranged on at least one of the fork arms (5, 6), wherein at least one locking screw is provided, which can be screwed to the at least one threaded segment from the outside from the side of the first fork arm in order to secure the bolt in the connected state, and wherein, in the connected state, the bolt is secured in a form-fitting and/or force-fitting manner against rotation about its longitudinal axis relative to the joint fork, characterized in in that, in the connected state, the bolt is arranged with a first partial section in the first fork arm, and in that, in order to secure the bolt against rotation, the first partial section has, at least in sections, a shape which deviates from a rotational symmetry around the longitudinal axis of the bolt, wherein the first fork arm has, at least in sections, a shape which corresponds thereto, in order to permit a form fit between the bolt and the joint fork.
A method for mapping an enhanced physical downlink control channel, ePDCCH, to physical resource blocks in a radio frame at an enhanced Node B, eNB, comprising: mapping modulated symbols at the eNB in the ePDCCH to consecutive control channel elements, CCEs; mapping (630,640) the CCEs to resource elements in a plurality of distributed physical resource blocks in a subframe, wherein each distributed physical resource block pair in the plurality of distributed physical resource blocks is separated in frequency from another distributed physical resource block pair by at least one additional physical resource block in the subframe and by a frequency that is at least two times a coherent bandwidth of an ePDCCH carrier frequency, wherein a resource element group is formed in one distributed physical resource block pair in the plurality of distributed physical resource blocks and the resource element group includes resource elements distributed in time and frequency for the ePDCCH; and applying the mapping of the consecutive CCEs to resource elements of the respective resource element group to control data for scheduling to form an ePDCCH configured to be communicated from the eNB to a user equipment, UE. mapping modulated symbols at the eNB in the ePDCCH to consecutive control channel elements, CCEs; mapping (630,640) the CCEs to resource elements in a plurality of distributed physical resource blocks in a subframe, wherein each distributed physical resource block pair in the plurality of distributed physical resource blocks is separated in frequency from another distributed physical resource block pair by at least one additional physical resource block in the subframe and by a frequency that is at least two times a coherent bandwidth of an ePDCCH carrier frequency, wherein a resource element group is formed in one distributed physical resource block pair in the plurality of distributed physical resource blocks and the resource element group includes resource elements distributed in time and frequency for the ePDCCH; and applying the mapping of the consecutive CCEs to resource elements of the respective resource element group to control data for scheduling to form an ePDCCH configured to be communicated from the eNB to a user equipment, UE.
Anti-wind towel, characterized in that the towel comprises an internal structure introduced into the towel consisting in • at least a row of hollow cylindrical pieces (1,2) capable of engaging one another • a hollow L shape piece located in the middle of the row of hollow cylindrical pieces (1,2) • at least one string running through the hollow cylindrical pieces (1,2) and the hollow L shape piece at least one pin such that the row of hollow cylindrical pieces (1,2) with the hollow L shape piece form a rigid structure with at least a part of the surface of the towel staying in the upright position by pulling the string running through in the opposite direction to the towel and using the pin for preventing the hollow cylindrical pieces (1,2) from disengaging and returning to their initial position. • at least a row of hollow cylindrical pieces (1,2) capable of engaging one another • a hollow L shape piece located in the middle of the row of hollow cylindrical pieces (1,2) • at least one string running through the hollow cylindrical pieces (1,2) and the hollow L shape piece at least one pin
A lighting apparatus for lighting a billiard table surface, the apparatus comprising: a frame configured to support one or more lights above the billiard table surface, the one or more lights comprising a light source or sources mounted in the frame in a configuration such that they provide substantially uniform illumination of the billiard table surface, or in a configuration around a periphery of the billiard table surface; a middle camera, mounted on the middle portion of the frame, to record images of the billiard table surface; a processing device in operative communication to receive the images recorded by the middle camera, characterized in that the processing device is configured to: determine whether balls on the billiard table surface are in motion or non-motion based on the images recorded by the middle camera, and automatically control a setting for the lighting apparatus based at least in part on the balls being either in motion or non-motion. a frame configured to support one or more lights above the billiard table surface, the one or more lights comprising a light source or sources mounted in the frame in a configuration such that they provide substantially uniform illumination of the billiard table surface, or in a configuration around a periphery of the billiard table surface; a middle camera, mounted on the middle portion of the frame, to record images of the billiard table surface; a processing device in operative communication to receive the images recorded by the middle camera, characterized in that the processing device is configured to: determine whether balls on the billiard table surface are in motion or non-motion based on the images recorded by the middle camera, and automatically control a setting for the lighting apparatus based at least in part on the balls being either in motion or non-motion. determine whether balls on the billiard table surface are in motion or non-motion based on the images recorded by the middle camera, and automatically control a setting for the lighting apparatus based at least in part on the balls being either in motion or non-motion.
Apparatus comprising a controller, a blood pump which is designed as a centrifugal pump and controllable by the controller, and at least one sensor for measuring the blood pressure upstream and/or downstream of the blood pump, wherein the controller is configured to set or ascertain an initial pump rate of the blood pump and, should the blood pressure upstream and/or downstream of the blood pump and/or the difference between the blood pressures upstream and downstream of the blood pump breach a limit value which depends on the pump rate of the blood pump and which is linked to a blood damaging rate, change the pump rate of the blood pump until the limit value is no longer breached, or the difference between the blood pressure downstream of the blood pump and this limit value or upstream of the blood pump and this limit value becomes smaller.
Head restraint for a vehicle seat with a head part which comprises a main body and a folding part, wherein the main body is fastened to support rods (13a, 13b) and wherein the folding part can be moved relative to the main body between a first position and a second position and wherein, in the first position, at least one outer surface of the folding part at least partially forms a first head contact surface, characterised in that, in the first position, a main surface (19, 20, 119, 120a, 120b) of the main body is at least partially concealed by the folding part so as to be inaccessible and in that, in the second position, at least the main surface (19, 20, 119, 120a, 120b) of the main body and at least one inner surface of the folding part form a second head contact surface.
A tissue resecting device comprising: an outer sleeve having an axial bore extending along a longitudinal axis from a proximal end to a distal end and opening to an outer window near the distal end; an inner sleeve rotatably received in the axial bore of the outer sleeve and having an axial channel adapted for communication with a negative pressure source; a distal housing attached to a distal end of the inner sleeve, wherein the distal housing comprises an annular dielectric portion and a circumferentially adjacent annular metal portion having an inner window with circumferentially spaced-apart sharp cutting edges that opens to the axial channel; a first longitudinal member which comprises the annular dielectric portion; a second longitudinal member which comprises the annular metal portion, wherein the first longitudinal member is coupled to the second longitudinal member, and wherein a proximal end of an assembly of the first longitudinal member and the second longitudinal member is dimensioned for insertion into the axial channel of the inner sleeve and wherein the inner sleeve engages with the first longitudinal member and the second longitudinal member to provide a connection around the proximal end; and an active electrode carried by the annular dielectric portion, wherein the inner window is circumferentially spaced-part from the active electrode and wherein the inner window and the active electrode rotate alternately into alignment with the outer window as the inner sleeve is rotated within the outer sleeve. an outer sleeve having an axial bore extending along a longitudinal axis from a proximal end to a distal end and opening to an outer window near the distal end; an inner sleeve rotatably received in the axial bore of the outer sleeve and having an axial channel adapted for communication with a negative pressure source; a distal housing attached to a distal end of the inner sleeve, wherein the distal housing comprises an annular dielectric portion and a circumferentially adjacent annular metal portion having an inner window with circumferentially spaced-apart sharp cutting edges that opens to the axial channel; a first longitudinal member which comprises the annular dielectric portion; a second longitudinal member which comprises the annular metal portion, wherein the first longitudinal member is coupled to the second longitudinal member, and wherein a proximal end of an assembly of the first longitudinal member and the second longitudinal member is dimensioned for insertion into the axial channel of the inner sleeve and wherein the inner sleeve engages with the first longitudinal member and the second longitudinal member to provide a connection around the proximal end; and an active electrode carried by the annular dielectric portion, wherein the inner window is circumferentially spaced-part from the active electrode and wherein the inner window and the active electrode rotate alternately into alignment with the outer window as the inner sleeve is rotated within the outer sleeve.