mhurhangee/ep-ind-claims huggingface dataset:
A razor cartridge comprising: a first blade support and a second blade support, each of the first and second blade supports include a flat portion having a lower surface (120b") and a front end, wherein a support plane S is tangent to the respective front ends of the first and second blade supports and the lower surface (120b") faces away from the support plane S; a first blade attached to the lower surface (120b") of the flat portion of the first blade support, wherein the first blade includes a first cutting edge; and a second blade attached to the lower surface (120b") of the flat portion of the second blade support, wherein the second blade includes a second cutting edge; wherein the first and second cutting edges are offset with respect to the support plane S, wherein the first and second cutting edges have first and second cutting edge exposures, characterised in that at least one of the first and second cutting edge exposures are positive with respect to the support plane S. a first blade support and a second blade support, each of the first and second blade supports include a flat portion having a lower surface (120b") and a front end, wherein a support plane S is tangent to the respective front ends of the first and second blade supports and the lower surface (120b") faces away from the support plane S; a first blade attached to the lower surface (120b") of the flat portion of the first blade support, wherein the first blade includes a first cutting edge; and a second blade attached to the lower surface (120b") of the flat portion of the second blade support, wherein the second blade includes a second cutting edge; wherein the first and second cutting edges are offset with respect to the support plane S, wherein the first and second cutting edges have first and second cutting edge exposures, characterised in that at least one of the first and second cutting edge exposures are positive with respect to the support plane S.
Gripper having at least two gripper arms (2, 3) arranged in a pincer-like manner on a base part so as to be movable relative to one another and a cutting device for material to be cut for attachment to a processing machine, wherein the cutting device is formed by a cutting plate which can be moved with the aid of a piston-cylinder unit from an active position, in which the cutting plate projects into a receiving space for the material to be cut enclosed by the gripper arms (2, 3), into an inactive position, in which the cutting plate is retracted in the base part, wherein the cutting plate is pivotably mounted on the base part about a first pivot axis (S 1) perpendicular to the cutting plate, and the cylinder of the piston-cylinder unit is pivotably mounted on the base part about a second pivot axis (S 2) parallel to the first pivot axis (S 1), characterized in that the retractable and extendable piston rod of the piston-cylinder unit is connected to the cutting plate via a driver pin which, in the active position of the cutting plate, rests against an abutment of the base part when the cutting plate is loaded, wherein the driver pin is guided via ball bearings in a link guide of the base part, the clear cross-section of which widens in the region of the abutment to ensure a spacing of the ball bearings from the leading cam track of the link guide when the driver pin rests against the abutment.
A tensioning system for tensioning an endless drive member, comprising: a tensioner arm that is pivotally mounted for pivoting movement about a tensioner arm axis between a free arm position and a load stop position; a pulley rotatably mounted to the tensioner arm for rotation about a pulley axis; a tensioner arm biasing member positioned to urge the tensioner arm in a direction towards the free arm position; an abutment member that is operatively engageable with the tensioner arm; and characterized by an abutment member drive mechanism that is controllable to drive the abutment member in a first direction towards operative engagement with the tensioner arm and in a second direction away from operative engagement with the tensioner arm; and a tensioner control system programmed to operate in at least a load stop mode, wherein in the load stop mode, the tensioner control system is programmed to: a) drive the abutment member in the first direction; b) detect operative engagement with the tensioner arm during step a); and c) after detecting operative engagement with the tensioner arm, drive the abutment member to a load stop position that is a selected distance away from operative engagement with the tensioner arm. a tensioner arm that is pivotally mounted for pivoting movement about a tensioner arm axis between a free arm position and a load stop position; a pulley rotatably mounted to the tensioner arm for rotation about a pulley axis; a tensioner arm biasing member positioned to urge the tensioner arm in a direction towards the free arm position; an abutment member that is operatively engageable with the tensioner arm; and characterized by an abutment member drive mechanism that is controllable to drive the abutment member in a first direction towards operative engagement with the tensioner arm and in a second direction away from operative engagement with the tensioner arm; and a tensioner control system programmed to operate in at least a load stop mode, wherein in the load stop mode, the tensioner control system is programmed to: a) drive the abutment member in the first direction; b) detect operative engagement with the tensioner arm during step a); and c) after detecting operative engagement with the tensioner arm, drive the abutment member to a load stop position that is a selected distance away from operative engagement with the tensioner arm. a) drive the abutment member in the first direction; b) detect operative engagement with the tensioner arm during step a); and c) after detecting operative engagement with the tensioner arm, drive the abutment member to a load stop position that is a selected distance away from operative engagement with the tensioner arm.
A hair brush having protruding components disposed along the longitudinal axis of the brush, designed to easily penetrate into the hair and facilitate and improve the heating process, wherein a support is provided with a plurality of orifices, into which the teeth-like components are inserted, and owns a hole in the central region suited to enable the assembling with a handle by a self screwing bolt; the teeth-like components have elongated shape, for example cylindrical, with a base having a larger diameter in order to lock the teeth-like components on the support; the handle owns a protuberance in the top central region, corresponding to the central hole of the support, having a thickness substantially equivalent to the thickness of the teeth-like components base and the screwing takes place on this protuberance; all components being made of plastics.
A peptide antagonist of the binding between a CD47 receptor and a protein belonging to the thrombospondin family, or TSP, wherein it has the following S1 sequence: S1: R1-R2-R3-S-Q-L-L-K-G-R4-R5-R6 where R1 to R6 correspond to amino acids. S1: R1-R2-R3-S-Q-L-L-K-G-R4-R5-R6
A cutting insert, comprising two supporting surfaces, four side surfaces between the two supporting surfaces, each side surface of the four side surfaces intersecting with two other side surfaces of the four side surfaces to form four corners, the four side surfaces intersecting with the two supporting surfaces to form, at two of the four corners, four cutting corners, each cutting corner comprising a first and a second cutting edge component (51 and 53), and to form, at two other ones of the four corners, four non-cutting corners, characterized in that each supporting surface comprises a surface portion and an angled supporting surface, a plane of the angled supporting surface intersecting with a plane of the surface portion along a line of intersection and forming a non-zero angle (β') with the plane of the surface portion, wherein the line of intersection on a first one of the two supporting surfaces is substantially perpendicular to the line of intersection on a second one of the two supporting surfaces. two supporting surfaces, four side surfaces between the two supporting surfaces, each side surface of the four side surfaces intersecting with two other side surfaces of the four side surfaces to form four corners, the four side surfaces intersecting with the two supporting surfaces to form, at two of the four corners, four cutting corners, each cutting corner comprising a first and a second cutting edge component (51 and 53), and to form, at two other ones of the four corners, four non-cutting corners, characterized in that each supporting surface comprises a surface portion and an angled supporting surface, a plane of the angled supporting surface intersecting with a plane of the surface portion along a line of intersection and forming a non-zero angle (β') with the plane of the surface portion, wherein the line of intersection on a first one of the two supporting surfaces is substantially perpendicular to the line of intersection on a second one of the two supporting surfaces.
A method of testing the status of a wired detonator system which includes a harness and a plurality of detonators (14A, 148... 14N) connected to the harness, the method including the steps of: 1) from a first defined point in the system propagating a first impulse ofenergy into the system 2) at a second defined point in the system recording a first observation of energy reflected by the system in response to the first impulse; 3) conducting a test on the detonator system to determine its integrity and, if the integrity of the system is validated; 4) at the first defined point propagating a second impulse of energy into the system; 5) at the second defined point recording a second observation of energy reflected by the system in response to the second impulse; and 6) comparing the first observation to the second observation to detect a variation in the integrity of the wired detonator system. 1) from a first defined point in the system propagating a first impulse ofenergy into the system 2) at a second defined point in the system recording a first observation of energy reflected by the system in response to the first impulse; 3) conducting a test on the detonator system to determine its integrity and, if the integrity of the system is validated; 4) at the first defined point propagating a second impulse of energy into the system; 5) at the second defined point recording a second observation of energy reflected by the system in response to the second impulse; and 6) comparing the first observation to the second observation to detect a variation in the integrity of the wired detonator system.
Charge air cooler in an intake tract of an internal combustion engine, with connecting nozzles (17, 18) for connection to a coolant conveying cooling circuit, wherein in the charge air cooler a coolant pump is integrated for conveying the coolant, wherein - the coolant pump is integrated into a coolant collecting container of the charge air cooler, characterized in that - on the coolant collecting container a recess is arranged, into which the coolant pump is inserted, - a housing of the coolant pump is formed by the coolant collecting container, - an impeller together with an inner wall of the recess of the coolant collecting container forms the coolant pump. - the coolant pump is integrated into a coolant collecting container of the charge air cooler, - on the coolant collecting container a recess is arranged, into which the coolant pump is inserted, - a housing of the coolant pump is formed by the coolant collecting container, - an impeller together with an inner wall of the recess of the coolant collecting container forms the coolant pump.
A can bottom forming assembly for forming the bottom of a can body and for attachment to a body maker having a punch, said bottom forming assembly comprising: a) a housing assembly having an outer housing, a cylinder housing and a cover chamber connected to said cylinder housing, said cylinder housing being constructed and arranged for sliding engagement within said outer housing, said cylinder housing having opposing axially aligned cylinders (33,34) separated by a circular wall with an annular peripheral ledge extending outward from said axially aligned cylinders (33,34); b) a clamp ring retainer assembly having biasing means to float a clamp ring, wherein said clamp ring retainer assembly is constructed and arranged to be partially positioned within said outer housing; c) a clamp ring and a domer die plug for contact with the can body; d) a piston assembly in communication with said domer die plug; e) an annular compressible spring member constructed and arranged for placement on said cylinder housing to absorb movement of said cylinder housing with respect to said outer housing; and f) means to attach the can bottom forming assembly to a bodymaker assembly, said means to attach including a mounting flange, at least one tension bolt and at least one spacer member and wherein a spring plate is spaced from said peripheral ledge and wherein said tension bolt extends through said spring plate, said annular spring member, said spacer and said outer housing. a) a housing assembly having an outer housing, a cylinder housing and a cover chamber connected to said cylinder housing, said cylinder housing being constructed and arranged for sliding engagement within said outer housing, said cylinder housing having opposing axially aligned cylinders (33,34) separated by a circular wall with an annular peripheral ledge extending outward from said axially aligned cylinders (33,34); b) a clamp ring retainer assembly having biasing means to float a clamp ring, wherein said clamp ring retainer assembly is constructed and arranged to be partially positioned within said outer housing; c) a clamp ring and a domer die plug for contact with the can body; d) a piston assembly in communication with said domer die plug; e) an annular compressible spring member constructed and arranged for placement on said cylinder housing to absorb movement of said cylinder housing with respect to said outer housing; and f) means to attach the can bottom forming assembly to a bodymaker assembly, said means to attach including a mounting flange, at least one tension bolt and at least one spacer member and wherein a spring plate is spaced from said peripheral ledge and wherein said tension bolt extends through said spring plate, said annular spring member, said spacer and said outer housing.
Cableway installation, comprising: - at least one carrying cable on which the vehicle rolls along the line between two end stations (12, 13), - support blocks provided in the end stations (12, 13) for supporting and guiding of the carrying cable, - and means for repositioning the carrying cable to periodically renew the surface directly in contact with the support blocks, characterized in that the means for repositioning the carrying cable are configured to make said cable rotate on itself by angularly modifying the contact area according to the profile of the housing groove of the support blocks. - at least one carrying cable on which the vehicle rolls along the line between two end stations (12, 13), - support blocks provided in the end stations (12, 13) for supporting and guiding of the carrying cable, - and means for repositioning the carrying cable to periodically renew the surface directly in contact with the support blocks, characterized in that the means for repositioning the carrying cable are configured to make said cable rotate on itself by angularly modifying the contact area according to the profile of the housing groove of the support blocks.
Cooking appliance apparatus with an accessory carrier apparatus, which has at least one mountable and removable accessory carrier unit that is unsuitable for pyrolysis operation, and a retaining apparatus which is provided for retaining the accessory carrier unit of the accessory carrier apparatus, wherein the accessory carrier apparatus has at least one accessory carrier unit that is suitable for the pyrolysis operation, characterised by a warning unit which, in an operating state in which the accessory carrier unit that is unsuitable for the pyrolysis operation is mounted, outputs at least one warning signal when the pyrolysis operation is selected and/or during the pyrolysis operation, wherein the warning unit, in an operating state in which the accessory carrier unit that is unsuitable for the pyrolysis operation is removed and the accessory carrier unit that is suitable for the pyrolysis operation is mounted, outputs at least one warning signal when the pyrolysis operation is selected and/or during the pyrolysis operation less than in an operating state in which the accessory carrier unit that is unsuitable for the pyrolysis operation is mounted.
A method for determining the history of a droplet, comprising exposing a droplet to a first condition and adding a first nucleic acid to the droplet by fusing the droplet to a second droplet containing the first nucleic acid, wherein the first nucleic acid encodes the first condition; exposing the droplet to a second condition and adding a second nucleic acid to the droplet by fusing the droplet to a third droplet containing the second nucleic acid, wherein the second nucleic acid encodes the second condition; and ligating the first nucleic acid and the second nucleic acid together.
A test socket comprising: a plurality of contact terminals each having a device-side end portion (21a1) at one end in an axial direction and a substrate-side end portion (21c1) at another end on a side opposite the device-side end portion (21a1), the device-side end portion (21a1) being configured to come into contact with a device under test, the substrate-side end portion (21c1) being configured to come into contact with a test board; a central housing located in a central part of the contact terminals in the axial direction and having electrical conductivity, a plurality of through-holes being formed in the central housing to pass the respective contact terminals therethrough; a positioning resin substrate being stacked in the axial direction on the central housing, locating holes being formed in the positioning resin substrate, the locating holes being configured to position the contact terminals in a direction orthogonal to the axial direction; and an end-side housing; wherein the positioning resin substrate includes a conductive portion configured to form a conductive path in the axial direction; characterized by the end-side housing having electrical conductivity and stacked in the axial direction by sandwiching the positioning resin substrate between the end-side housing and the central housing. a plurality of contact terminals each having a device-side end portion (21a1) at one end in an axial direction and a substrate-side end portion (21c1) at another end on a side opposite the device-side end portion (21a1), the device-side end portion (21a1) being configured to come into contact with a device under test, the substrate-side end portion (21c1) being configured to come into contact with a test board; a central housing located in a central part of the contact terminals in the axial direction and having electrical conductivity, a plurality of through-holes being formed in the central housing to pass the respective contact terminals therethrough; a positioning resin substrate being stacked in the axial direction on the central housing, locating holes being formed in the positioning resin substrate, the locating holes being configured to position the contact terminals in a direction orthogonal to the axial direction; and an end-side housing; wherein the positioning resin substrate includes a conductive portion configured to form a conductive path in the axial direction; characterized by the end-side housing having electrical conductivity and stacked in the axial direction by sandwiching the positioning resin substrate between the end-side housing and the central housing.
A refrigeration reciprocating compressor including bearing arrangements and comprising: a crankcase carrying a cylinder and a bearing hub defining a radial bearing; a crankshaft mounted in the radial bearing and having an eccentric end portion and a free end portion which project outwards from a first and second end portions (40a, 40b), respectively, of the bearing hub; a piston housed in the cylinder; and a connecting rod coupling the eccentric end portion of the crankshaft to the piston, wherein the first end portion of the bearing hub is defined by a bushing extension affixed in the interior of the bearing hub and presenting an end portion, which projects axially, characterized in that the end portions (40a, 40b) of the bearing hub are each defined by a respective bushing extension (45, 46) affixed in the interior of the bearing hub and presenting an end portion (45a, 46a) which projects axially outwards from the bearing hub, so as to be elastically and radially deformed outwardly when pressed by a confronting portion of the crankshaft, which presents a coaxiality deviation of its axis in relation to the axis of the radial bearing.
An apparatus for passing a weak pulse current through a living body or living tissue to suppress inflammation in the living body or living tissue by suppressing the production of an inflammatory cytokine, comprising a power supply means and a current control means for intermittently applying a direct current at a prescribed interval in response to supply of electric power; wherein the current control means includes a pulse width modulation control means, and the pulse width modulation control means is so configured as to generate a pulse wave which is a rectangular wave, characterized in that the time indicating the peak value of the rising in one cycle of the pulse wave ("pulse duration") is 0.1 ms or more, the peak value is 1.0 V or more and 20 V or less and the Duty ratio of the pulse wave is 55% or more.