mhurhangee/patent-ind-claim-en huggingface dataset:
A tensioner comprising: a base having a cylindrical portion extending axially, the cylindrical portion comprising a radially outer surface and a radially inward receiving portion ; an eccentric arm pivotally engaged with the radially outer surface; an eccentric pivot engaging the radially inward receiving portion , the eccentric pivot rotatable about a fastener; and a bearing journalled to the eccentric arm ; and characterized by : a retainer engaged with the base whereby the base can be rotated by the retainer ; and a torsion spring disposed within the radially inward receiving portion , the torsion spring applying a biasing force to the eccentric arm . a base having a cylindrical portion extending axially, the cylindrical portion comprising a radially outer surface and a radially inward receiving portion ; an eccentric arm pivotally engaged with the radially outer surface; an eccentric pivot engaging the radially inward receiving portion , the eccentric pivot rotatable about a fastener; and a bearing journalled to the eccentric arm ; and characterized by : a retainer engaged with the base whereby the base can be rotated by the retainer ; and a torsion spring disposed within the radially inward receiving portion , the torsion spring applying a biasing force to the eccentric arm . a retainer engaged with the base whereby the base can be rotated by the retainer ; and a torsion spring disposed within the radially inward receiving portion , the torsion spring applying a biasing force to the eccentric arm .
A mandrel assembly for thickening a brim portion of a tube , the assembly comprising: a central core element receivable by an inner surface of the tube ; and a plurality of segments , disposable between the central core element and the inner surface of the tube , characterized in that the plurality of segments are configured to surround the central core element about perimeter region and along entire length of the central core element and both ends of each of the plurality of segments are defined with a forming region , wherein each of the plurality of segments is detachably positioned on the central core element , wherein, in use, the brim portion of the tube is deformable along the forming region in both ends of each of the plurality of segments . a central core element receivable by an inner surface of the tube ; and a plurality of segments , disposable between the central core element and the inner surface of the tube , characterized in that the plurality of segments are configured to surround the central core element about perimeter region and along entire length of the central core element and both ends of each of the plurality of segments are defined with a forming region , wherein each of the plurality of segments is detachably positioned on the central core element , wherein, in use, the brim portion of the tube is deformable along the forming region in both ends of each of the plurality of segments .
Method for managing a plurality of entities (10.1; 10.2; 10.3), each entity belonging to at least one type from among a first type and a second type, an entity of the second type (10.2; 10.3) being associated with a set of rules comprising event data in association with respective actions, an entity of the first type (10.1) being able to publish one or more event data on a user's newsfeed, the method comprising the following steps in a management unit : - receiving an event datum to be published from a first entity (10.1) of the first type; followed by - publishing the event datum received from the first entity of the first type on the newsfeed; - and detecting a correspondence between a rule associated with a second entity (10.3) of the second type and the published event datum; - transmitting the action contained in the rule matched with the published event datum to the second entity of the second type. - receiving an event datum to be published from a first entity (10.1) of the first type; followed by - publishing the event datum received from the first entity of the first type on the newsfeed; - and detecting a correspondence between a rule associated with a second entity (10.3) of the second type and the published event datum; - publishing the event datum received from the first entity of the first type on the newsfeed; - and detecting a correspondence between a rule associated with a second entity (10.3) of the second type and the published event datum; - transmitting the action contained in the rule matched with the published event datum to the second entity of the second type.
A handle for a safety razor , comprising: a body having a cartridge attachment end with an adjoined elongated portion having a hollow portion and defining an axis and terminating in an opening normal to the axis at an end of the body opposed the cartridge attachment end ; a pushbutton slidably retained in the opening and movable along the axis between an at-rest position and a depressed position, an elongated transfer rod located in the hollow portion having a first end in the cartridge attachment end region of the hollow portion and a second end closely abutting the pushbutton ; a compression spring located in the hollow portion and acting between the cartridge attachment end and the first end of the transfer rod to bias the transfer rod in a direction along the axis towards the opening ; and an ejector mounted in the cartridge attachment end having an outer end being extendable outwardly from the cartridge attachment end and having an inner end closely abutting the first end of the transfer rod ; wherein, when the pushbutton is moved from its at-rest position to its depressed position it contacts the second end of the transfer rod to move the transfer rod along the hollow portion axis in a direction towards the cartridge attachment end against bias forces of the spring such that the first end of the transfer rod contacts the inner end of the ejector to extend the outer end of the ejector outwardly from the cartridge attachment end of the handle . a body having a cartridge attachment end with an adjoined elongated portion having a hollow portion and defining an axis and terminating in an opening normal to the axis at an end of the body opposed the cartridge attachment end ; a pushbutton slidably retained in the opening and movable along the axis between an at-rest position and a depressed position, an elongated transfer rod located in the hollow portion having a first end in the cartridge attachment end region of the hollow portion and a second end closely abutting the pushbutton ; a compression spring located in the hollow portion and acting between the cartridge attachment end and the first end of the transfer rod to bias the transfer rod in a direction along the axis towards the opening ; and an ejector mounted in the cartridge attachment end having an outer end being extendable outwardly from the cartridge attachment end and having an inner end closely abutting the first end of the transfer rod ; wherein, when the pushbutton is moved from its at-rest position to its depressed position it contacts the second end of the transfer rod to move the transfer rod along the hollow portion axis in a direction towards the cartridge attachment end against bias forces of the spring such that the first end of the transfer rod contacts the inner end of the ejector to extend the outer end of the ejector outwardly from the cartridge attachment end of the handle .
A process for the preparation of a cable comprising: (I) in a high pressure process (a) compressing ethylene and optionally one or more monomer(s) under pressure in a compressor, wherein a mineral oil compressor lubricant is used for lubrication, (b) polymerising ethylene optionally together with one or more comonomer(s) in a polymerisation zone to obtain a low density polyethylene (LDPE) selected from a LDPE homopolymer or LDPE copolymer of ethylene with one or more comonomer(s), which LDPE homopolymer or LDPE copolymer of ethylene may optionally be unsaturated, (c) separating the obtained LDPE, from the unreacted products and recovering the separated LDPE in a recovery zone; (II) applying on a conductor at least a semiconductive layer comprising a semiconductive composition comprising carbon black and an insulation layer comprising a polymer composition comprising said LDPE, in any order; characterized in that the polymer composition of the insulation layer has an electrical conductivity of 150 fS/m or less, when measured at 70°C and 30 kV/mm mean electric field from a non-degassed, 1 mm thick plaque sample consisting of a crosslinked polymer composition according to DC conductivity method . (I) in a high pressure process (a) compressing ethylene and optionally one or more monomer(s) under pressure in a compressor, wherein a mineral oil compressor lubricant is used for lubrication, (b) polymerising ethylene optionally together with one or more comonomer(s) in a polymerisation zone to obtain a low density polyethylene (LDPE) selected from a LDPE homopolymer or LDPE copolymer of ethylene with one or more comonomer(s), which LDPE homopolymer or LDPE copolymer of ethylene may optionally be unsaturated, (c) separating the obtained LDPE, from the unreacted products and recovering the separated LDPE in a recovery zone; (a) compressing ethylene and optionally one or more monomer(s) under pressure in a compressor, wherein a mineral oil compressor lubricant is used for lubrication, (b) polymerising ethylene optionally together with one or more comonomer(s) in a polymerisation zone to obtain a low density polyethylene (LDPE) selected from a LDPE homopolymer or LDPE copolymer of ethylene with one or more comonomer(s), which LDPE homopolymer or LDPE copolymer of ethylene may optionally be unsaturated, (c) separating the obtained LDPE, from the unreacted products and recovering the separated LDPE in a recovery zone; (II) applying on a conductor at least a semiconductive layer comprising a semiconductive composition comprising carbon black and an insulation layer comprising a polymer composition comprising said LDPE, in any order;
A method for controlling an image processing apparatus comprising an image processing unit configured to perform image processing on a sheet; a first rotary body configured to convey the sheet; a second rotary body (542; 82; 81) configured to rotate according to an image processing operation of the image processing unit ; a motor for driving the first rotary body and the second rotary body (542; 82; 81); and a switching unit configured to switch between a connection state where a driving force from the motor is transmitted to the second rotary body (542; 82; 81) and a disconnection state where the driving force from the motor is not transmitted to the second rotary body (542; 82; 81), the method comprising the following steps: a constant-speed rotation process step of rotating the motor at a first speed in the connection state; a disconnecting process step of switching by the switching unit from the connection state to the disconnection state; a decelerating process step of decelerating the motor to a second speed that is lower than the first speed; and a connecting process step of switching by the switching unit from the disconnection state to the connection state, characterized in that the disconnecting process step is performed during the constant-speed rotation process step, the decelerating process is performed after the disconnecting process step, and the connecting process step is performed when the rotating speed of the second rotary body (542; 82; 81), at a timing when the decelerating process step is performed, is lower than the rotating speed of the second rotary body (542; 82; 8 ), at a timing when the switching to the disconnection state is performed in the disconnecting process step, wherein the connecting process step is performed after the disconnecting process step and before completion of the decelerating process step. a constant-speed rotation process step of rotating the motor at a first speed in the connection state; a disconnecting process step of switching by the switching unit from the connection state to the disconnection state; a decelerating process step of decelerating the motor to a second speed that is lower than the first speed; and a connecting process step of switching by the switching unit from the disconnection state to the connection state, characterized in that the disconnecting process step is performed during the constant-speed rotation process step, the decelerating process is performed after the disconnecting process step, and the connecting process step is performed when the rotating speed of the second rotary body (542; 82; 81), at a timing when the decelerating process step is performed, is lower than the rotating speed of the second rotary body (542; 82; 8 ), at a timing when the switching to the disconnection state is performed in the disconnecting process step, wherein the connecting process step is performed after the disconnecting process step and before completion of the decelerating process step.
An inductive power transfer pad , in particular a transfer pad of a system for inductive power transfer to a vehicle , comprising a stationary part and a movable part , wherein the movable part comprises a primary winding structure for generating a magnetic or electromagnetic field while an electric current flows through windings of the primary winding structure , wherein the inductive power transfer pad comprises at least one actuator (14; 44) for actuating motion of the movable part , wherein the movable part is movable at least into a first direction by the at least one actuator (14; 44) so as to move between a retracted state and an extended state, wherein the inductive power transfer pad comprises a cleaning device integrated in the inductive power transfer pad , characterized in that the cleaning device is adapted to remove foreign matters from a space between the stationary part and the movable part . wherein the inductive power transfer pad comprises a cleaning device integrated in the inductive power transfer pad , characterized in that the cleaning device is adapted to remove foreign matters from a space between the stationary part and the movable part .
A hair cutting system, comprising: a handle defining a longitudinal axis; a strut mounted to the handle; a hair cutting blade assembly coupled to the strut, the cutting blade assembly including: a stationary blade defining cutting teeth having blade edges; a movable blade defining cutting teeth having blade edges and capable of reciprocal movement relative to the stationary blade in a horizontal direction, the movable blade and the stationary blade being movable relative to each other in a longitudinal direction to adjust a longitudinal position of the movable blade relative to the stationary blade to selectively vary a distance between the blade edges of the stationary blade and the blade edges of the movable blade; and a releasable lock to selectively lock and release the stationary blade and the movable blade with respect to each other in the longitudinal direction, characterized in that the hair cutting system further comprises: an adjustment tool mountable relative to the cutting blade assembly and operatively engageable with the movable blade, the adjustment tool and the strut correspondingly configured such that longitudinal movement of the adjustment tool imparts corresponding longitudinal movement of the movable blade to facilitate adjustment of the longitudinal position of the movable blade relative to the stationary blade. a handle defining a longitudinal axis; a strut mounted to the handle; a hair cutting blade assembly coupled to the strut, the cutting blade assembly including: a stationary blade defining cutting teeth having blade edges; a movable blade defining cutting teeth having blade edges and capable of reciprocal movement relative to the stationary blade in a horizontal direction, the movable blade and the stationary blade being movable relative to each other in a longitudinal direction to adjust a longitudinal position of the movable blade relative to the stationary blade to selectively vary a distance between the blade edges of the stationary blade and the blade edges of the movable blade; and a releasable lock to selectively lock and release the stationary blade and the movable blade with respect to each other in the longitudinal direction, a stationary blade defining cutting teeth having blade edges; a movable blade defining cutting teeth having blade edges and capable of reciprocal movement relative to the stationary blade in a horizontal direction, the movable blade and the stationary blade being movable relative to each other in a longitudinal direction to adjust a longitudinal position of the movable blade relative to the stationary blade to selectively vary a distance between the blade edges of the stationary blade and the blade edges of the movable blade; and a releasable lock to selectively lock and release the stationary blade and the movable blade with respect to each other in the longitudinal direction,
A wavelength-converting nonlinear hybrid waveguide comprising: a nonlinear crystal substrate; a layer of laser-fabricated damage tracks in the nonlinear crystal substrate, wherein the laser-fabricated damage tracks have a crystalline structure different from an undamaged crystalline structure of the nonlinear crystal substrate; at least one laser-fabricated ridge region on a top surface of the nonlinear crystal substrate, the at least one laser-fabricated ridge region being configured to allow formation of an optical mode, the optical mode substantially delimited by said at least one laser-fabricated ridge region and the layer of damage tracks; and a dielectric layer on a top surface of the nonlinear crystal substrate. a nonlinear crystal substrate; a layer of laser-fabricated damage tracks in the nonlinear crystal substrate, wherein the laser-fabricated damage tracks have a crystalline structure different from an undamaged crystalline structure of the nonlinear crystal substrate; at least one laser-fabricated ridge region on a top surface of the nonlinear crystal substrate, the at least one laser-fabricated ridge region being configured to allow formation of an optical mode, the optical mode substantially delimited by said at least one laser-fabricated ridge region and the layer of damage tracks; and a dielectric layer on a top surface of the nonlinear crystal substrate.
A fusion protein comprising a DNA-binding domain having an N-terminus and a C-terminus, wherein the DNA-binding domain binds to a nucleotide target site; a truncated Fok I cleavage domain in which the N-terminal residues QLVK are deleted; and a linker between the C-terminus of the DNA-binding domain and the N-terminus of the truncated Fok I cleavage domain, wherein the linker is a sequence selected from the group consisting of PKPAN; (N)GICPPPRPRTSPP [L8a]; (T)GTAPIEIPPEVYP [L8b]; (N)GSYAPMPPLALASP [L8c]; (P)GIYTAPTSRPTVPP [L8d]; (N)GSQTPKRFQPTHPSA [L8e]; TGLMPPSHPRQPIHINF [L8g]; TGTVHTSPICPQTYP [L8i]; TGSGTPTRPHPPLPP [L8j]; (H)LPKPANPFPLD [L7-1]; (H)RDGPRNLPPTSPP [L7-2]; (H)RLPDSPTALAPDTL [L7-6]; (D)PNSPISRARPLNPHP [L7-3]; (Y)GPRPTPRLRCPIDSLIFR [L7-5]; (H)CPASRPIHP [L6-2]; (G)LQSLIPQQLL [L6-6]; (G)LQPTVNHEYNN [L6-7] (P)ANIHSLSSPPPL [L6-1] and further wherein the amino acid residue shown in round parentheses is optionally present.
A closure assembly for a surgical device comprising: a latch unit including: a hook latch having a home position; a forward bias constraint ; a rearward bias constraint ; and a bias member extending between the forward bias constraint and the rearward bias constraint so that the bias member has a pre-load when the hook latch is in the home position; and a movement unit including a bar that is movable relative to the latch unit in a prescribed motion into contact with the latch unit to create a locked state, wherein the hook latch is movable by the bar in a first direction away from the home position, and wherein the hook latch is movable by the bar in a second direction away from the home position, and wherein a loading of the bias member is increased from the pre-load when the hook latch is moved in either the first direction away from the home position or the second direction away from the home position. a latch unit including: a hook latch having a home position; a forward bias constraint ; a rearward bias constraint ; and a bias member extending between the forward bias constraint and the rearward bias constraint so that the bias member has a pre-load when the hook latch is in the home position; and a hook latch having a home position; a forward bias constraint ; a rearward bias constraint ; and a bias member extending between the forward bias constraint and the rearward bias constraint so that the bias member has a pre-load when the hook latch is in the home position; and a movement unit including a bar that is movable relative to the latch unit in a prescribed motion into contact with the latch unit to create a locked state, wherein the hook latch is movable by the bar in a first direction away from the home position, and wherein the hook latch is movable by the bar in a second direction away from the home position, and wherein a loading of the bias member is increased from the pre-load when the hook latch is moved in either the first direction away from the home position or the second direction away from the home position.
A method for computer-aided identification of a potential problem node in a network in response to detecting that a performance problem has occurred in the network, the method comprising: gathering telemetric and trace route data for each of a plurality of real-time communications that occurred within a network ; detecting that a performance problem has occurred in the network; identifying multiple real-time communications of the plurality of real-time communications that occurred within a window of time containing a time of the performance problem occurred in the network; aggregating the trace route data for the multiple real-time communications that were identified as occurring within the window of time containing the time of the performance problem; and identifying a potential problem network node in the network using the aggregation of the trace route data for at least some of the multiple real-time communications that were identified as occurring within the window of time containing the time of the performance problem. gathering telemetric and trace route data for each of a plurality of real-time communications that occurred within a network ; detecting that a performance problem has occurred in the network; identifying multiple real-time communications of the plurality of real-time communications that occurred within a window of time containing a time of the performance problem occurred in the network; aggregating the trace route data for the multiple real-time communications that were identified as occurring within the window of time containing the time of the performance problem; and identifying a potential problem network node in the network using the aggregation of the trace route data for at least some of the multiple real-time communications that were identified as occurring within the window of time containing the time of the performance problem.