mhurhangee/patent-ind-claim-en huggingface dataset:
A Power Take Off (PTO) coupler , comprising: a power transmission coupler , the power transmission coupler having a first extremity adapted to be affixed to a vehicle shaft adapted to convey motion generated by a motor to an implement, and a second extremity adapted to engage a power mechanism of the implement; and a securing mechanism for fixedly securing one of the extremities of the power transmission coupler to a hitch , the securing mechanism comprising a position adjustment mechanism for allowing planar movement of the power transmission coupler within the securing mechanism , characterized in that the second extremity is provided with a tapered male connection and the power mechanism is provided with a tapered female connection adapted to receive the male connection, and in that the second extremity is inserted in one annular bearing , which are then inserted in the position adjustment mechanism , wherein the position adjustment mechanism further comprises a compression adjustment mechanism for adjusting pressure and axial position received by the power transmission coupler in operation, while further providing adjustment of the PTO coupler in a direction perpendicular to the planar adjustment provided by the position adjustment mechanism . a power transmission coupler , the power transmission coupler having a first extremity adapted to be affixed to a vehicle shaft adapted to convey motion generated by a motor to an implement, and a second extremity adapted to engage a power mechanism of the implement; and a securing mechanism for fixedly securing one of the extremities of the power transmission coupler to a hitch , the securing mechanism comprising a position adjustment mechanism for allowing planar movement of the power transmission coupler within the securing mechanism , characterized in that the second extremity is provided with a tapered male connection and the power mechanism is provided with a tapered female connection adapted to receive the male connection, and in that the second extremity is inserted in one annular bearing , which are then inserted in the position adjustment mechanism , wherein the position adjustment mechanism further comprises a compression adjustment mechanism for adjusting pressure and axial position received by the power transmission coupler in operation, while further providing adjustment of the PTO coupler in a direction perpendicular to the planar adjustment provided by the position adjustment mechanism .
A method of power supply line protection in a power supply system, the power supply system including: a battery ; a master device configured to be supplied with power from the battery ; and a slave device configured to be supplied with power from the master device via a first power supply line (PL1), wherein the slave device is further configured to supply power to a load via a second power supply line (PL2); the method comprising the steps of: estimating (S404) a temperature of the second power supply line (PL2) by the master device based on a current value of the second power supply line (PL2) acquired from the slave device ; and controlling (S406) by the master device the cutting off of the power supply via the second power supply line (PL2) when the estimated temperature of the second power supply line (PL2) is higher than a cutoff threshold of the second power supply line (PL2). a battery ; a master device configured to be supplied with power from the battery ; and a slave device configured to be supplied with power from the master device via a first power supply line (PL1), wherein the slave device is further configured to supply power to a load via a second power supply line (PL2); the method comprising the steps of: estimating (S404) a temperature of the second power supply line (PL2) by the master device based on a current value of the second power supply line (PL2) acquired from the slave device ; and controlling (S406) by the master device the cutting off of the power supply via the second power supply line (PL2) when the estimated temperature of the second power supply line (PL2) is higher than a cutoff threshold of the second power supply line (PL2). estimating (S404) a temperature of the second power supply line (PL2) by the master device based on a current value of the second power supply line (PL2) acquired from the slave device ; and controlling (S406) by the master device the cutting off of the power supply via the second power supply line (PL2) when the estimated temperature of the second power supply line (PL2) is higher than a cutoff threshold of the second power supply line (PL2).
Method for drying and/or curing adhesive on the surfaces to be bonded that are in contact with the adhesive, wherein an adhesive substantially containing at least 30% to 70% by mass of starch, 1% to 15% by mass of at least one dicarboxylic acid and a total water content of 70% to 98% is exposed to the activity of electromagnetic waves having wavelengths from 100 mm to 100 cm, where the activity of the electromagnetic waves is realized with a power of 800 to 1600 watts within a time of 20 to 5 s, and where within the powers and times, the higher the power, the shorter the activity time.
An impact-driven threaded nail including a threaded portion with a lead angle of about 45°, the threaded portion being formed along an outer circumference of a nail shank that has one end in the form of a pointed tip , and a head having a larger diameter than the nail shank , the head being integrally provided at the other end of the nail shank , wherein a portion of the head on a back-surface side in continuation with the nail shank is formed in a pyramidal shape with a diameter decreasing gradually toward the nail shank (2, characterized in that the pyramidal shape has a regular polygonal cross-section.
An air conditioner comprising: a case having an inlet and an outlet ; a first heat exchanger arranged in the case; a second heat exchanger being spaced apart from the first heat exchanger and positioned below the first heat exchanger; a guide member to block a space between adjacent edges of the first heat exchanger and the second heat exchanger, and a water collecting member provided at the guide member to collect condensed water from the first heat exchanger, wherein the water collecting member has a holding space (S) to collect the condensed water, characterized in that the water collecting member further includes a blocking portion extended from a bottom of the holding space toward the first heat exchanger to a height (Hp) at which the blocking portion abuts with the underside of the first heat exchanger. a case having an inlet and an outlet ; a first heat exchanger arranged in the case; a second heat exchanger being spaced apart from the first heat exchanger and positioned below the first heat exchanger; a guide member to block a space between adjacent edges of the first heat exchanger and the second heat exchanger, and a water collecting member provided at the guide member to collect condensed water from the first heat exchanger, wherein the water collecting member has a holding space (S) to collect the condensed water, characterized in that the water collecting member further includes a blocking portion extended from a bottom of the holding space toward the first heat exchanger to a height (Hp) at which the blocking portion abuts with the underside of the first heat exchanger.
A staple cartridge assembly, comprising: a cartridge body, comprising: a deck; and a plurality of staple cavities defined in said deck; a plurality of staples stored in said staple cavities, wherein each said staple comprises: a first portion comprised of a magnesium alloy; and a second portion comprised of an absorbable polymer, wherein said second portion is disposed on said first portion, and wherein said second portion covers less than the entirety of said first portion, characterised in that said second portion is arranged in a grid, mesh, and/or lattice arrangement on said first portion. a cartridge body, comprising: a deck; and a plurality of staple cavities defined in said deck; a deck; and a plurality of staple cavities defined in said deck; a plurality of staples stored in said staple cavities, wherein each said staple comprises: a first portion comprised of a magnesium alloy; and a second portion comprised of an absorbable polymer, wherein said second portion is disposed on said first portion, and wherein said second portion covers less than the entirety of said first portion, characterised in that said second portion is arranged in a grid, mesh, and/or lattice arrangement on said first portion. a first portion comprised of a magnesium alloy; and a second portion comprised of an absorbable polymer, wherein said second portion is disposed on said first portion, and wherein said second portion covers less than the entirety of said first portion, characterised in that said second portion is arranged in a grid, mesh, and/or lattice arrangement on said first portion.
A cryogenic pump comprising: - a pump body inside which is a piston mounted so as to be movable translationally along an axis , referred to as longitudinal axis, and delimiting a pumping chamber , - means for discharging pressurized liquid out of the pumping chamber comprising an outlet provided in a discharge valve body mounted on the longitudinal axis , said outlet being closed by a discharge valve mounted in said discharge valve body , - means for supplying liquid in the pumping chamber comprising a supply valve positioned around the outlet of the pumping chamber, and - a supply chamber positioned around the discharge valve body in communication with the pumping chamber via at least one passage, the opening and closing of which are controlled by the supply valve , characterized in that the supply chamber is closed on the side opposite to the piston by a cover comprising a first passage to allow a supply of cryogenic liquid from the supply chamber and a second passage to allow discharge of pumped liquid. - a pump body inside which is a piston mounted so as to be movable translationally along an axis , referred to as longitudinal axis, and delimiting a pumping chamber , - means for discharging pressurized liquid out of the pumping chamber comprising an outlet provided in a discharge valve body mounted on the longitudinal axis , said outlet being closed by a discharge valve mounted in said discharge valve body , - means for supplying liquid in the pumping chamber comprising a supply valve positioned around the outlet of the pumping chamber, and - a supply chamber positioned around the discharge valve body in communication with the pumping chamber via at least one passage, the opening and closing of which are controlled by the supply valve ,
A computer-implemented method, comprising: receiving , using a server , a first list of files, the first list of files including a hash value in place of a filename for a file in the first list of files and telemetry data for each file in the list of files comparing on the server , the hash value of the filename from the first list of files to a hash value of a filename from a second list of files; determining on the server that the hash value of the filename from the first list of files matches the filename from the second list of files; identifying on the server an original filename for the hash value of the filename that matches; and generating a third list of files, by replacing on the first list of files, the hash value of the filename that matches with the original filename identified wherein the first list of files includes white-listed files that correspond to at least one of an operating system or a computing application, and non-white listed files associated with a user of a client environment. receiving , using a server , a first list of files, the first list of files including a hash value in place of a filename for a file in the first list of files and telemetry data for each file in the list of files comparing on the server , the hash value of the filename from the first list of files to a hash value of a filename from a second list of files; determining on the server that the hash value of the filename from the first list of files matches the filename from the second list of files; identifying on the server an original filename for the hash value of the filename that matches; and generating a third list of files, by replacing on the first list of files, the hash value of the filename that matches with the original filename identified wherein the first list of files includes white-listed files that correspond to at least one of an operating system or a computing application, and non-white listed files associated with a user of a client environment.
A transporting apparatus comprising: a first roller that transports a web-like or sheet-like transport target object (FM)) and a second roller disposed downstream of the first roller in a transport path of the transport target object; and a first detection section and a second detection section that are disposed between the first roller and the second roller in the transport path, the first detection section being provided on one side in the transport path and the second detection section being provided on another side in the transport path; characterized by further comprising a measuring section that measures a time from when the transport target object (FM) is detected by the first detection section until the transport target object (FM) is detected by the second detection section ; and a rotation control section that modifies a rotation speed of the second roller when the time measured by the measuring section is shorter than a first reference time. a first roller that transports a web-like or sheet-like transport target object (FM)) and a second roller disposed downstream of the first roller in a transport path of the transport target object; and a first detection section and a second detection section that are disposed between the first roller and the second roller in the transport path, the first detection section being provided on one side in the transport path and the second detection section being provided on another side in the transport path; characterized by further comprising a measuring section that measures a time from when the transport target object (FM) is detected by the first detection section until the transport target object (FM) is detected by the second detection section ; and a rotation control section that modifies a rotation speed of the second roller when the time measured by the measuring section is shorter than a first reference time.
A piston , comprising: a skirt having an upper body portion ; a crown formed on the upper body portion by an additive manufacturing process, the crown including an outer peripheral air gap formed within an outer wall of the crown ; and a central air gap defined by a surface of a central wall of the crown and a surface of the upper body portion . a skirt having an upper body portion ; a crown formed on the upper body portion by an additive manufacturing process, the crown including an outer peripheral air gap formed within an outer wall of the crown ; and a central air gap defined by a surface of a central wall of the crown and a surface of the upper body portion .
An electronic device comprising: a front housing disposed in an interior space of the electronic device ; a display disposed on a front surface of the front housing ; a rear housing located on a rear surface of the front housing ; and an antenna clip mounted to the rear housing ; and a sub-antenna disposed in the rear housing ; wherein the antenna clip comprises: a coupling body mounted to one end of the rear housing ; a first contact portion extending from the coupling body and electrically connected to an external radiator of the electronic device ; and a second contact portion electrically connected to a circuit board disposed between the front housing and the rear housing ; and a third contact portion electrically connected to the sub-antenna and disposed at a portion of the coupling body . a front housing disposed in an interior space of the electronic device ; a display disposed on a front surface of the front housing ; a rear housing located on a rear surface of the front housing ; and an antenna clip mounted to the rear housing ; and a sub-antenna disposed in the rear housing ; wherein the antenna clip comprises: a coupling body mounted to one end of the rear housing ; a first contact portion extending from the coupling body and electrically connected to an external radiator of the electronic device ; and a second contact portion electrically connected to a circuit board disposed between the front housing and the rear housing ; and a third contact portion electrically connected to the sub-antenna and disposed at a portion of the coupling body . a coupling body mounted to one end of the rear housing ; a first contact portion extending from the coupling body and electrically connected to an external radiator of the electronic device ; and a second contact portion electrically connected to a circuit board disposed between the front housing and the rear housing ; and a third contact portion electrically connected to the sub-antenna and disposed at a portion of the coupling body .
A method for the production of a transgenic mouse, comprising the step of introducing by site-specific recombination an expression cassette comprising a rearranged nucleic acid encoding a rearranged human VL region of a human immunoglobulin into the mouse germline, wherein the VL region is encoded by human germline V and germline J segments, wherein the nucleic acid encoding said VL region is targeted to the mouse Ig kappa or lambda light chain locus so as to inactivate the endogenous locus, wherein the VL region is selected for its capacity to pair with at least two different human or murine VH regions, and wherein the mouse is capable of producing antibodies harboring the VL region and an endogenous murine light chain constant region.
A method for manufacturing at least one part of electroconductive material by additive manufacturing on a powder bed, including a step of: a) by means of a first additive manufacturing machine , manufacturing said at least one part on a support plate , layer by layer, said part being bounded by a portion of an outer contour surface which is facing and spaced from said support plate, and which is connected to said support plate by at least one support material bridge of the part, characterized in that it further includes the steps of: b) by means of said first additive manufacturing machine , manufacturing a reference element on the support plate in a predetermined position spaced apart from said part, so that said at least one part is located in the space with respect to said reference element, c) mounting said support plate on a second machine for cutting said at least one part, and positioning it on said machine based on the position of said reference element, d) using a wire (62-66) from said second machine to cut by electrical discharge machining said at least one part by passing it between said at least one part and said support plate along and at the level of said surface portion. a) by means of a first additive manufacturing machine , manufacturing said at least one part on a support plate , layer by layer, said part being bounded by a portion of an outer contour surface which is facing and spaced from said support plate, and which is connected to said support plate by at least one support material bridge of the part, b) by means of said first additive manufacturing machine , manufacturing a reference element on the support plate in a predetermined position spaced apart from said part, so that said at least one part is located in the space with respect to said reference element, c) mounting said support plate on a second machine for cutting said at least one part, and positioning it on said machine based on the position of said reference element, d) using a wire (62-66) from said second machine to cut by electrical discharge machining said at least one part by passing it between said at least one part and said support plate along and at the level of said surface portion.
A device for separating a workpiece along a predetermined processing line via a focussed laser-beam , comprising at least - means for generating a relative movement between the laser beam and the workpiece along a predetermined processing line , in order to process the workpiece by means of action of the focused laser beam along a generated focal line and to separate it by external action, characterized by - means for generating a pulsed polychromatic laser beam , - an optical arrangement for generating the focal line along the beam direction of the laser beam , the optical arrangement having chromatic aberration for wavelength-dependent focusing of the laser beam and at least one filter for wavelength-dependent filtering of the laser beam . - means for generating a relative movement between the laser beam and the workpiece along a predetermined processing line , in order to process the workpiece by means of action of the focused laser beam along a generated focal line and to separate it by external action, - means for generating a pulsed polychromatic laser beam , - an optical arrangement for generating the focal line along the beam direction of the laser beam , the optical arrangement having chromatic aberration for wavelength-dependent focusing of the laser beam and at least one filter for wavelength-dependent filtering of the laser beam .
3D printing method for building up components layer by layer on the basis of a CAD dataset and by using a 3D printing machine having a working chamber , wherein the method has the steps: a) creating an individual CAD dataset whilst taking into account the dimensions of the working chamber and on the basis of design data of a plurality of components to be produced, which defines the shape and the position of the components in three-dimensional space and the shape and the position of at least some of the supporting structures connecting the components to one another; b) building up the components and the supporting structures layer by layer from a material by using the 3D printing machine and the CAD dataset created in step a) in a single operation, and c) separating the components from the supporting structures , wherein the components to be produced are individual parts of an assembly for manufacturing a single device, wherein the individual parts of the assembly comprise toothed components, the device is a gear mechanism and the individual parts make up at least 50% of the total number of individual parts of the assembly, in step b), a metallic material is used and the position of at least some components is chosen in such a way that these are arranged above one another and nested in one another in the production direction. a) creating an individual CAD dataset whilst taking into account the dimensions of the working chamber and on the basis of design data of a plurality of components to be produced, which defines the shape and the position of the components in three-dimensional space and the shape and the position of at least some of the supporting structures connecting the components to one another; b) building up the components and the supporting structures layer by layer from a material by using the 3D printing machine and the CAD dataset created in step a) in a single operation, and c) separating the components from the supporting structures , wherein the components to be produced are individual parts of an assembly for manufacturing a single device, wherein the individual parts of the assembly comprise toothed components, the device is a gear mechanism and the individual parts make up at least 50% of the total number of individual parts of the assembly, in step b), a metallic material is used and the position of at least some components is chosen in such a way that these are arranged above one another and nested in one another in the production direction.