mhurhangee/ep-ind-claims huggingface dataset:
A hydraulic auto-tensioner comprising: a sleeve which extends in a vertical direction; a rod having a lower portion inserted in the sleeve, and an upper protruding portion protruding beyond the sleeve, the rod being vertically movable relative to the sleeve; a spring seat fixed to the upper protruding portion of the rod; a return spring configured to bias the spring seat upwardly; a pressure chamber defined in the sleeve such that a volume of the pressure chamber increases as the rod moves upwardly relative to the sleeve, and such that the volume of the pressure chamber decreases as the rod moves downwardly relative to the sleeve; a reservoir chamber defined outside of the sleeve; oil stored in the pressure chamber and the reservoir chamber; an oil passage through which a lower portion of the pressure chamber communicates with a lower portion of the reservoir chamber; a check valve configured to allow oil to flow, through the oil passage, only from the reservoir chamber to the pressure chamber; a tubular plunger vertically movably mounted between an outer periphery of the rod and an inner periphery of the sleeve such that the volume of the pressure chamber increases as the tubular plunger moves upwardly relative to the sleeve, and such that the volume of the pressure chamber decreases as the tubular plunger moves downwardly relative to the sleeve; a first leakage gap defined between an inner periphery of the tubular plunger and the outer periphery of the rod; the hydraulic auto-tensioner being characterized by comprising: an upper stopper configured to restrict an upwardly movable range of the tubular plunger relative to the rod; and a pressure regulating spring disposed above the tubular plunger so as to surround the outer periphery of the rod, and configured to bias the tubular plunger downwardly. a sleeve which extends in a vertical direction; a rod having a lower portion inserted in the sleeve, and an upper protruding portion protruding beyond the sleeve, the rod being vertically movable relative to the sleeve; a spring seat fixed to the upper protruding portion of the rod; a return spring configured to bias the spring seat upwardly; a pressure chamber defined in the sleeve such that a volume of the pressure chamber increases as the rod moves upwardly relative to the sleeve, and such that the volume of the pressure chamber decreases as the rod moves downwardly relative to the sleeve; a reservoir chamber defined outside of the sleeve; oil stored in the pressure chamber and the reservoir chamber; an oil passage through which a lower portion of the pressure chamber communicates with a lower portion of the reservoir chamber; a check valve configured to allow oil to flow, through the oil passage, only from the reservoir chamber to the pressure chamber;
A method of molding a tank for refrigerated cabinets, comprising the steps of providing a mold for manufacturing said tank, coating an inner face of said mold with a layer of high-density thermosetting resin of a first polymer; closing said mold; injecting a low-density thermosetting resin of a second polymer into said mold; curing said high-density thermosetting resin to thereby define an enclosure; curing said low-density thermosetting resin to define a filler; characterized in that said curing steps on the high- and low-density resins are carried out at least partially at the same time.
A method that facilitates sending reference signals for channel estimation in a wireless communication environment, comprising: identifying a number of symbols from a subframe utilized for downlink transmission; obtaining at least one time domain component of a second UE-RS user-specific reference signal, UE-RS, pattern by time-shifting at least one time domain component of a first UE-RS pattern depending on a number of configurable control symbols; selecting one of the first UE-RS pattern when the identified number of symbols corresponds to all symbols, and the second UE-RS pattern when the identified number of symbols corresponds to less than all symbols; and mapping UE-RSs to resource elements of the subframe as a function of the selected UE-RS pattern. identifying a number of symbols from a subframe utilized for downlink transmission; obtaining at least one time domain component of a second UE-RS user-specific reference signal, UE-RS, pattern by time-shifting at least one time domain component of a first UE-RS pattern depending on a number of configurable control symbols; selecting one of the first UE-RS pattern when the identified number of symbols corresponds to all symbols, and the second UE-RS pattern when the identified number of symbols corresponds to less than all symbols; and mapping UE-RSs to resource elements of the subframe as a function of the selected UE-RS pattern.
An intraocular lens for insertion into a human eye having a macula, said intraocular lens comprising an optic, said optic comprising - a first lens having a first optical axis arranged for alignment with an optical axis of the human eye; and - a second lens having a second optical axis, characterized in that said second optical axis and said first optical axis enclose an angle (α) between 0.5 and 10 degrees, the first lens and the second lens being arranged next to one another in a direction transverse to the first optical axis to provide no overlap in a direction along the first optical axis such that the first lens and the second lens each, independent from one another, image onto the macula of the eye. - a first lens having a first optical axis arranged for alignment with an optical axis of the human eye; and - a second lens having a second optical axis, characterized in that said second optical axis and said first optical axis enclose an angle (α) between 0.5 and 10 degrees, the first lens and the second lens being arranged next to one another in a direction transverse to the first optical axis to provide no overlap in a direction along the first optical axis such that the first lens and the second lens each, independent from one another, image onto the macula of the eye.
A cooling system (60; 124) for cooling a rotary electric machine (MG1, MG2) of a vehicle (10; 120), said cooling system (60; 124) comprising: a first pump which is to be mechanically driven accompanying with running of the vehicle (10; 120), to supply lubricant to the rotary electric machine (MG1, MG2); and a second pump which is to be driven by a second drive source (20; 122) that is other than a first drive source of said first pump, to supply the lubricant to the rotary electric machine (MG1, MG2), wherein said first pump is configured to supply the lubricant, through a first passage, to an inside of a rotary shaft of a rotor core of the rotary electric machine (MG1, MG2), and said second pump is configured to supply the lubricant, through a second passage, to a coil (87, 88) of a stator of the rotary electric machine (MG1, MG2). a first pump which is to be mechanically driven accompanying with running of the vehicle (10; 120), to supply lubricant to the rotary electric machine (MG1, MG2); and a second pump which is to be driven by a second drive source (20; 122) that is other than a first drive source of said first pump, to supply the lubricant to the rotary electric machine (MG1, MG2), wherein said first pump is configured to supply the lubricant, through a first passage, to an inside of a rotary shaft of a rotor core of the rotary electric machine (MG1, MG2), and said second pump is configured to supply the lubricant, through a second passage, to a coil (87, 88) of a stator of the rotary electric machine (MG1, MG2).
A drive sprocket for driving a track of a tracked vehicle, said drive sprocket comprising: an interior ring, an exterior ring, and an intermediate ring situated between said interior ring and said exterior ring; said interior ring, said exterior ring, and said intermediate ring are oriented in a substantially spaced-apart manner and are parallel with one another, each of said rings having an outer peripheral surface (48, 58, 67); and a plurality of rods attached to said exterior ring, intermediate ring and exterior ring, adjacent to said outer peripheral surface (48, 58, 67) thereof, characterized in that at least one of said interior ring, said exterior ring, and said intermediate ring has a substantially "U" or "J" shape, wherein an inner guide ring (41, 51, 61), an outer guide ring (43, 55, 63), and a base ring (47, 57, 66) of said at least one of the interior ring, exterior ring and intermediate ring form said substantially "U" or "J" shape, wherein said base ring (47, 57, 66) is located between said inner guide ring (41, 51, 61) and said outer guide ring (43, 55, 63) and defines the respective outer peripheral surface (48, 58, 67). an interior ring, an exterior ring, and an intermediate ring situated between said interior ring and said exterior ring; said interior ring, said exterior ring, and said intermediate ring are oriented in a substantially spaced-apart manner and are parallel with one another, each of said rings having an outer peripheral surface (48, 58, 67); and a plurality of rods attached to said exterior ring, intermediate ring and exterior ring, adjacent to said outer peripheral surface (48, 58, 67) thereof, characterized in that at least one of said interior ring, said exterior ring, and said intermediate ring has a substantially "U" or "J" shape, wherein an inner guide ring (41, 51, 61), an outer guide ring (43, 55, 63), and a base ring (47, 57, 66) of said at least one of the interior ring, exterior ring and intermediate ring form said substantially "U" or "J" shape, wherein said base ring (47, 57, 66) is located between said inner guide ring (41, 51, 61) and said outer guide ring (43, 55, 63) and defines the respective outer peripheral surface (48, 58, 67).
Artificial limb comprising a prosthetic socket having an open-ended socket wall with an inner surface and an outer surface and into which a residual limb may be inserted, the socket forming, when the residual limb is inserted, a sealed interior wherein a positive or negative pressure may be generated through a fitting fixed in a hole of the socket and connected to a pressure source through a flexible tubing, characterized in that a connector made of flexible material is used as the fitting, the connector comprising: - an elongated tubular section, - a flange formed at one end of the tubular section, having a seal surface adapted for sealingly abutting one of the surfaces (138, 139) of the socket around the hole, - a tubular section (202, 204), extending through the hole from the seal surface of the flange, and including at least one portion (202, 203) oversized relative to the size of the hole so that a reasonable air-tight seal is provided between said portion (202, 203) and the inner surface of the hole or the other of said surfaces (138, 139) around the hole said other surface being distant from the flange, and - a lumen extending through the elongated tubular section, the flange and the tubular section (202, 204) into the sealed interior of the socket. - an elongated tubular section, - a flange formed at one end of the tubular section, having a seal surface adapted for sealingly abutting one of the surfaces (138, 139) of the socket around the hole, - a tubular section (202, 204), extending through the hole from the seal surface of the flange, and including at least one portion (202, 203) oversized relative to the size of the hole so that a reasonable air-tight seal is provided between said portion (202, 203) and the inner surface of the hole or the other of said surfaces (138, 139) around the hole said other surface being distant from the flange, and - a lumen extending through the elongated tubular section, the flange and the tubular section (202, 204) into the sealed interior of the socket.
A control circuit for controlling operation of an implantable blood pump, the control circuit comprising: a pump shutdown module responsive to one or more inputs indicating at least from the group consisting of an operational error at the implantable blood pump and an adverse physiological state of a user of the implantable blood pump, the pump shutdown module being further configured to cease operation of the implantable blood pump in response to the one or more inputs; a pump restart module configured to resume operation of the implantable blood pump in response to a first pump restart input and a second pump restart input, the second pump restart input is inaccessible to the user of the implantable blood pump; and a pump restart lockout module configured to initiate a pump lockout mode in response to a lockout input, the pump lockout mode: preventing resumption of operation of the implantable blood pump in response to the first pump restart input; and allowing resumption of operation of the implantable blood pump in response to the second pump restart input. a pump shutdown module responsive to one or more inputs indicating at least from the group consisting of an operational error at the implantable blood pump and an adverse physiological state of a user of the implantable blood pump, the pump shutdown module being further configured to cease operation of the implantable blood pump in response to the one or more inputs; a pump restart module configured to resume operation of the implantable blood pump in response to a first pump restart input and a second pump restart input, the second pump restart input is inaccessible to the user of the implantable blood pump; and a pump restart lockout module configured to initiate a pump lockout mode in response to a lockout input, the pump lockout mode: preventing resumption of operation of the implantable blood pump in response to the first pump restart input; and allowing resumption of operation of the implantable blood pump in response to the second pump restart input. preventing resumption of operation of the implantable blood pump in response to the first pump restart input; and allowing resumption of operation of the implantable blood pump in response to the second pump restart input.
An adhesive skin patch comprising a substrate and an adhesive layer, wherein the substrate is formed of a foam sheet having open cells and a bubble fraction of 70% or more, and the adhesive layer is partially formed on one side of the substrate in a wavy line shape. wherein the substrate is formed of a foam sheet having open cells and a bubble fraction of 70% or more, and the adhesive layer is partially formed on one side of the substrate in a wavy line shape.
A skirting board fixing system comprising a skirting profile element and a fixing element to which the skirting element is separable connected, the fixing element being archway bent and having a flat base wall to be located under a floor board or a panel and an upper arm having a free end, wherein the fixing element is an elastic element, characterized in that the skirting profile element has a base arm, and wherein the free end of the upper arm of the fixing element is clickway connected to the base arm of the skirting profile element.
Tool attachment for a portable power tool that has a tool housing with a fastening interface, having an attachment housing, at which a locking unit for locking the tool attachment at the fastening interface of the portable power tool and a tool receptacle for receiving an application tool are arranged, wherein a percussion mechanism is arranged in the attachment housing, said percussion mechanism being configured to subject an application tool arranged in the tool receptacle to impacts executed in an axial direction with respect to the tool receptacle during percussive operation of the tool attachment, wherein the tool receptacle is positionally fixed so as to be unable to twist in the attachment housing at least during percussive operation, characterized in that the tool receptacle has an output member that is rotatable about an associated axis of rotation, wherein the axis of rotation coincides with a drive axis of the percussion mechanism, and the output member has a guide portion which is enclosed at least sectionally by a tool receptacle holder assigned to the attachment housing, wherein, between the guide portion and the tool receptacle holder, an engagement contour for creating a rotationally fixed coupling between the tool receptacle holder and the guide portion at least during percussive operation of the tool attachment is at least sectionally provided.
A seal support structure (100; 180; 200; 300; 400; 500; 600) for a circumferential seal of a gas turbine engine, the seal support structure comprising: an engine support structure including a first flange (150; 401); a seal support (122; 405) including a second flange (155;402), wherein the seal support is configured to retain a circumferential seal; and a shoulder (121; 406, 407) joining the engine support and seal support, wherein the shoulder offsets the engine support from the seal support; characterized in that the seal support structure comprises one or more dampening elements configured to dampen vibration to the circumferential seal. an engine support structure including a first flange (150; 401); a seal support (122; 405) including a second flange (155;402), wherein the seal support is configured to retain a circumferential seal; and a shoulder (121; 406, 407) joining the engine support and seal support, wherein the shoulder offsets the engine support from the seal support; characterized in that the seal support structure comprises one or more dampening elements configured to dampen vibration to the circumferential seal.
Method for displaying driving modes of a vehicle, wherein the vehicle can be operated in at least two different driving modes, in which method it is determined whether the vehicle is being operated in a first or a second driving mode, wherein in the first driving mode a second agent carries out a first action, and in the second driving mode a first agent carries out the first action, wherein the first agent is a subsystem for automatically controlling the vehicle, and/or the second agent is the driver of the vehicle, wherein a first graphic element which represents the first agent is generated on a display area, characterized in that a second graphic element which represents the second agent is generated on the display area, and a first graphic action element (9, 10) which represents the first action is generated at the first graphic element and/or the second graphic element depending on whether the vehicle is in the first or the second driving mode.
A boring machine comprising a structure moveable in the horizontal direction according to a first horizontal axis, a carriage mounted on said structure and vertically moveable according to a vertical axis, a ram mounted in said carriage and moveable with respect to said carriage according to a second horizontal axis perpendicular to said first horizontal axis, and a bar mounted in a rotary manner in said ram characterised in that the carriage is provided with coupling means for coupling a head to the carriage, said coupling means comprising mechanical coupling means comprising at least one coupling element configured to selectively adopt a first state and a second state, in such a way that if a head is coupled to the carriage, when the coupling element is in said second state the coupling element prevents the removal of the head from the carriage, and when the coupling element is in said first state, it does not prevent the removal of the head from the carriage.
A mass analyzer comprising: two rotating electric field units (1, 2) lined in tandem each having a plurality of elongated electrodes (101, 102, 103, 104) positioned parallel to and equidistant from a central axis, along which ions may travel till incidence; high frequency sinusoidal signal generators (3, 4) configured to generate and apply HF sinusoidal signals to the elongated electrodes (101, 102, 103, 104), such that the signals applied to the elongated electrodes (101, 102, 103, 104) of both REF units (1, 2) have a period equal to a transit time of a specified mass ion in the 1 st REF unit, and the signals are configured to cause the electric field to rotate within the REF units (1, 2), to cause the two REF units (1, 2) to have the same period of the rotating field equal to a transit time of a specified mass ion in the 1 st REF unit and to cause the phase angle of the 2 nd REF unit at t=T 2 being different from the phase angle of the 1 st REF unit at t=0 by 180 degrees, where t=0 is the time at which the specified mass ion enters the 1 st REF unit and where T 2 is the transit time of the specified mass ion from an inlet of the 1 st REF unit to an inlet of the 2 nd REF unit; and at least one of an aperture plate for separating dispersed ions and a 2-D charge sensitive detector for detecting dispersed ions, each located adjacent the downstream end of the 2 nd REF unit. two rotating electric field units (1, 2) lined in tandem each having a plurality of elongated electrodes (101, 102, 103, 104) positioned parallel to and equidistant from a central axis, along which ions may travel till incidence; high frequency sinusoidal signal generators (3, 4) configured to generate and apply HF sinusoidal signals to the elongated electrodes (101, 102, 103, 104), such that the signals applied to the elongated electrodes (101, 102, 103, 104) of both REF units (1, 2) have a period equal to a transit time of a specified mass ion in the 1 st REF unit, and the signals are configured to cause the electric field to rotate within the REF units (1, 2), to cause the two REF units (1, 2) to have the same period of the rotating field equal to a transit time of a specified mass ion in the 1 st REF unit and to cause the phase angle of the 2 nd REF unit at t=T 2 being different from the phase angle of the 1 st REF unit at t=0 by 180 degrees, where t=0 is the time at which the specified mass ion enters the 1 st REF unit and where T 2 is the transit time of the specified mass ion from an inlet of the 1 st REF unit to an inlet of the 2 nd REF unit; and at least one of an aperture plate for separating dispersed ions and a 2-D charge sensitive detector for detecting dispersed ions, each located adjacent the downstream end of the 2 nd REF unit.
A method for processing a cluster in a cluster system, applied to a member device, characterized in that the member device comprises a main monitoring module, and the method comprises: sending, by a switched fabric board of the member device, a request answer signal for requesting a main control board that receives the request answer signal to answer the request answer signal; and if the switched fabric board does not receive an answer signal of the request answer signal, sending, by the switched fabric board, an address of the main monitoring module to a main control board of a main device. sending, by a switched fabric board of the member device, a request answer signal for requesting a main control board that receives the request answer signal to answer the request answer signal; and