mhurhangee/ep-ind-claims huggingface dataset:
A universal socket ratchet wrench, comprising: a ratchet head having a ratchet mechanism therein, a handle portion detachably connected to the ratchet head to form a ratchet wrench, wherein the ratchet head is a universal socket ratchet head; wherein the ratchet head is composed of a main body member, a universal socket, a pawl, a spring, a body cover and a rotating cover, wherein all of the universal socket, the pawl and the spring are installed in an interior of the main body member, and the body cover is disposed on the top of the main body member, and the rotating cover is rotatably sheathed on the body cover; wherein a lower end of the universal socket runs through and is exposed to a bottom of the main body member; an outer circumferential surface of the universal socket is provided with teeth, and a claw of the pawl is meshed with the teeth, and the back of the pawl is connected with the spring, which abuts against an inside wall of the main body member; wherein the universal socket is composed of a socket and an inner core assembly, wherein the socket is sheathed outside of the inner core assembly, and the inner core assembly comprises a plurality of positioning pins and a positioning cover, and the plurality of positioning pins are inserted in the positioning cover; wherein a guiding post is disposed in a center of the positioning cover. a ratchet head having a ratchet mechanism therein, a handle portion detachably connected to the ratchet head to form a ratchet wrench, wherein the ratchet head is a universal socket ratchet head; wherein the ratchet head is composed of a main body member, a universal socket, a pawl, a spring, a body cover and a rotating cover, wherein all of the universal socket, the pawl and the spring are installed in an interior of the main body member, and the body cover is disposed on the top of the main body member, and the rotating cover is rotatably sheathed on the body cover; wherein a lower end of the universal socket runs through and is exposed to a bottom of the main body member; an outer circumferential surface of the universal socket is provided with teeth, and a claw of the pawl is meshed with the teeth, and the back of the pawl is connected with the spring, which abuts against an inside wall of the main body member; wherein the universal socket is composed of a socket and an inner core assembly, wherein the socket is sheathed outside of the inner core assembly, and the inner core assembly comprises a plurality of positioning pins and a positioning cover, and the plurality of positioning pins are inserted in the positioning cover; wherein a guiding post is disposed in a center of the positioning cover.
A system with an oil filler device and with a gear unit, wherein the gear unit has a cutout, characterised in that the oil filler device has a slotted bush which has an axially continuous cutout, through which projects a cone unit (2, 3) which has on that side of the slotted bush which is remote from the gear unit an external thread onto which a nut is screwed, the cone unit (2, 3) having a region widened towards the gear unit which presses the slotted bush against the gear unit.
An image processing method, comprising: obtaining a double-page scanned image, wherein the double-page scanned image is obtained by performing double-sided scan on a to-be-scanned sheet; splitting (S13, S202) the double-page scanned image to obtain single-page scanned images; and sorting the single-page scanned images according to a page order of the to-be-scanned sheet, wherein the page order is one of the following orders: from left to right, from right to left, from top to bottom, and from bottom to top, characterized in that, sorting the single-page scanned images according to a page order of the to-be-scanned sheet comprises: setting a first list and a second list; according to the page order, placing single-page scanned images whose page numbers are 1 to n/2 in the first list, and placing single-page scanned images whose page numbers are (n/2)+1 to n in the second list, wherein n represents a total page quantity of a booklet or a book, and n is an even number; and sorting the single-page scanned images in the first list and the second list in ascending or descending order according to the page order. obtaining a double-page scanned image, wherein the double-page scanned image is obtained by performing double-sided scan on a to-be-scanned sheet; splitting (S13, S202) the double-page scanned image to obtain single-page scanned images; and sorting the single-page scanned images according to a page order of the to-be-scanned sheet, wherein the page order is one of the following orders: from left to right, from right to left, from top to bottom, and from bottom to top, characterized in that, sorting the single-page scanned images according to a page order of the to-be-scanned sheet comprises: setting a first list and a second list; according to the page order, placing single-page scanned images whose page numbers are 1 to n/2 in the first list, and placing single-page scanned images whose page numbers are (n/2)+1 to n in the second list, wherein n represents a total page quantity of a booklet or a book, and n is an even number; and sorting the single-page scanned images in the first list and the second list in ascending or descending order according to the page order. setting a first list and a second list; according to the page order, placing single-page scanned images whose page numbers are 1 to n/2 in the first list, and placing single-page scanned images whose page numbers are (n/2)+1 to n in the second list, wherein n represents a total page quantity of a booklet or a book, and n is an even number; and sorting the single-page scanned images in the first list and the second list in ascending or descending order according to the page order.
Pressure reducing valve for compressed gas, in particular for a pressurised gas bottle tap, comprising a body housing a gas circuit comprising an inlet intended to be put in communication with high-pressure gas and an outlet intended to be connected to a downstream circuit, the gas circuit comprising a mechanism for reducing the pressure of the gas between the inlet and the outlet to a predetermined pressure level, the reduction mechanism comprising a reduction piston which is movable in the body and sealingly delimits a reduction chamber via a seal, the reduction piston being able to move in translation in an upstream/downstream direction and being biased by a first return member, the pressure reducing valve comprising a safety valve for preventing a rise in the pressure in the reduction chamber beyond a predetermined threshold, the safety valve comprising a discharge orifice for the gas, the discharge orifice being selectively in communication with the reduction chamber when the reduction piston reaches a predetermined downstream limit position under the effect of the pressure in the reduction chamber, characterised in that the seal is disposed in a stationary housing of the body and cooperates sealingly with the reduction piston when the reduction piston has not reached its predetermined downstream limit position.
A delivery system for stabilizing a catheter shaft near a treatment location within a patient's body, the system comprising: a catheter shaft having a distal end portion, the distal end portion having increased stiffness relative to rest of the catheter shaft, wherein the distal end portion having increased stiffness relative to the rest of the catheter shaft comprises a tube member having a plurality of cuts, wherein the tube member is embedded in or coupled to the catheter shaft; and at least one pull wire being configured to cause the distal end portion to flex to wedge the distal end portion of the catheter shaft within the aortic arch, wherein the pull wire extends from the distal end portion of the catheter shaft to a proximal portion. a catheter shaft having a distal end portion, the distal end portion having increased stiffness relative to rest of the catheter shaft, wherein the distal end portion having increased stiffness relative to the rest of the catheter shaft comprises a tube member having a plurality of cuts, wherein the tube member is embedded in or coupled to the catheter shaft; and at least one pull wire being configured to cause the distal end portion to flex to wedge the distal end portion of the catheter shaft within the aortic arch, wherein the pull wire extends from the distal end portion of the catheter shaft to a proximal portion.
A knob cylinder for a door or a window, comprising a lock cylinder, in particular an electronic lock cylinder, having a cylinder housing which can be inserted into a door lock, a lock bit attached rotatably with respect to the cylinder housing for actuating locking devices of the door lock, and a knob (12, 14) as a handle for actuating the lock bit, wherein the knob (12, 14) is secured to the end of the shaft of the lock cylinder, characterized in that the knob (12, 14) is screwed into the end of the shaft of the lock cylinder, in that a counter nut securing the knob (12, 14) is screwed onto the shaft, and in that a displaceable bolt is provided, which connects the knob (12, 14) to the counter nut and/or shaft, wherein the bolt can be actuated from outside.
Redox flow battery (1, 1') with at least one cell frame encompassing a cell internal space and with at least one supply line (2, 2') provided outside the cell frame for supplying electrolyte to the cell internal space and/or at least one disposal line (3, 3') provided outside the cell frame for discharging electrolyte from the cell internal space, characterised in that the supply line (2, 2') for supplying electrolyte to the cell internal space of the cell frame is in fluid contact with the cell internal space via a plurality of separate flow channels which are unconnected to each other and are in the at least one cell frame and the flow channels for supplying electrolyte to the cell internal space of the cell frame each have openings at the outer circumferential edge of the cell frame and/or in that the disposal line (3, 3') for discharging electrolyte from the cell internal space of the cell frame is in fluid contact with the cell internal space via a plurality of separate flow channels which are unconnected to each other and are in the at least one cell frame and the flow channels for discharging electrolyte from the cell internal space of the cell frame each have openings at the outer circumferential edge of the cell frame.
Naturally-occurring or recombinant erythropoietin for use in cardiac resuscitation in a human subject suffering from cardiac arrest, said use comprising bolus administration of an effective amount of said EPO concurrent with cardiac resuscitation and after the onset of cardiac arrest, wherein the administration of said EPO to the human subject increases the rate of return of spontaneous circulation and shortens the duration of resuscitation to restore spontaneous circulation earlier, wherein the effective amount of EPO is about 1,200 IU/kg, and wherein administration of the EPO is by a route selected from the group consisting of: intravenous and intraosseous.
A deployable footrest assembly for a seat, the deployable footrest assembly comprising: a footrest movable between a stowed position and a deployed position in which the footrest presents a first surface for an occupant of the seat to rest their feet upon, wherein the footrest is bendable about an upstanding structural support for the seat such that the footrest is bent about the structural support in the stowed position, and characterised in that the footrest has a midline extending from a proximal end of the footrest closest to the seat when in the deployed position to a distal end furthest from the seat when in the deployed position and the footrest bends about one or more bending axes substantially parallel to or coincident with the midline. a footrest movable between a stowed position and a deployed position in which the footrest presents a first surface for an occupant of the seat to rest their feet upon, wherein the footrest is bendable about an upstanding structural support for the seat such that the footrest is bent about the structural support in the stowed position, and characterised in that the footrest has a midline extending from a proximal end of the footrest closest to the seat when in the deployed position to a distal end furthest from the seat when in the deployed position and the footrest bends about one or more bending axes substantially parallel to or coincident with the midline.
Program comprising a program code for performing a method, when the program runs on a computer or processor, of recognizing an object in a current image of a sequence of images, the object having been recognized at least in an image portion of a previous image of the sequence of images by means of a comparison to a model of the object, the method comprising: comparing a multitude of image portions (714, 724) of the current image to the model in order to recognize whether an image portion of the multitude of image portions comprises the object, wherein the multitude of image portions are compared to the model in accordance with a first order; and comparing an image portion of the current image to the image portion of the previous image in which the object has been recognized in order to recognize whether the image portion of the current image comprises the object when the object has not been recognized in any of the multitude of image portions by comparing it to the model. comparing a multitude of image portions (714, 724) of the current image to the model in order to recognize whether an image portion of the multitude of image portions comprises the object, wherein the multitude of image portions are compared to the model in accordance with a first order; and comparing an image portion of the current image to the image portion of the previous image in which the object has been recognized in order to recognize whether the image portion of the current image comprises the object when the object has not been recognized in any of the multitude of image portions by comparing it to the model.
A strategy for monitoring the quality of an engine lubricating oil comprising the following steps: • determining a first (Z d) and a second functional region (Z p) of the engine corresponding respectively to a first high risk of fuel dilution in the oil and a second high risk of the presence of carbonaceous particulates in the oil, • selecting a reference distance Dref, • calculating on the basis of this reference distance, adjusted by a sliding value, the percentage of the distance traveled in the first and / or the second region, this percentage being associated with a first (Cd) and second level (Cp) of criticality associated with the first and second risk; • triggering an alarm when at least one of these levels of criticality levels exceeds a threshold specific to the risk in question. • determining a first (Z d) and a second functional region (Z p) of the engine corresponding respectively to a first high risk of fuel dilution in the oil and a second high risk of the presence of carbonaceous particulates in the oil, • selecting a reference distance Dref, • calculating on the basis of this reference distance, adjusted by a sliding value, the percentage of the distance traveled in the first and / or the second region, this percentage being associated with a first (Cd) and second level (Cp) of criticality associated with the first and second risk; • triggering an alarm when at least one of these levels of criticality levels exceeds a threshold specific to the risk in question.
A hose structure with adjustable water outlet temperature, comprising a hose body and a water outlet joint assembly arranged at one end of the hose body and configured for connecting a water outlet device, wherein the hose body is provided with through first and second channels (18, 19), wherein the first channel is configured for receiving cold water, the second channel is annular and surrounds the first channel and is configured for receiving hot water, wherein the hose body comprises an outer hose and an inner hose sleeved in the outer hose, wherein the first channel is formed in the inner hose, and a gap between the outer hose and the inner hose forms the second channel, wherein the water outlet joint assembly comprises a water outlet joint and a water outlet horn-shaped joint which are connected to each other, wherein the water outlet joint is connected with the inner hose and the outer hose, and the water outlet joint is provided with a cold water through hole and a hot water through hole which are respectively matched with the first channel and the second channel to allow cold water and hot water to pass through, wherein the hot water through hole is provided with partition ribs at a water outlet end thereof to form a plurality of spaced water outlets, wherein the water outlet horn-shaped joint is sleeved outside the water outlet joint, characterized in that a temperature adjusting mechanism is provided in the water outlet joint assembly and configured for adjusting the flow rate of hot water flowing out of the hose structure, wherein the temperature adjusting mechanism is arranged in the water outlet horn-shaped joint and positioned at the side of the water outlet joint facing away from the hose body. wherein the hose body comprises an outer hose and an inner hose sleeved in the outer hose, wherein the first channel is formed in the inner hose, and a gap between the outer hose and the inner hose forms the second channel, wherein the water outlet joint assembly comprises a water outlet joint and a water outlet horn-shaped joint which are connected to each other, wherein the water outlet joint is connected with the inner hose and the outer hose, and the water outlet joint is provided with a cold water through hole and a hot water through hole which are respectively matched with the first channel and the second channel to allow cold water and hot water to pass through, wherein the hot water through hole is provided with partition ribs at a water outlet end thereof to form a plurality of spaced water outlets, wherein the water outlet horn-shaped joint is sleeved outside the water outlet joint, characterized in that a temperature adjusting mechanism is provided in the water outlet joint assembly and configured for adjusting the flow rate of hot water flowing out of the hose structure, wherein the temperature adjusting mechanism is arranged in the water outlet horn-shaped joint and positioned at the side of the water outlet joint facing away from the hose body.
Reinforced product comprising one or more reinforcing threads, the said thread or threads being covered individually or collectively with a sheath comprising a sheathing composition, the sheathed thread or threads being themselves embedded in a rubber composition, characterized in that the sheathing composition comprises one or more block copolymers comprising at least one polyamide block and at least one polyolefin block.
A needle safety assembly device for a hollow needle comprising: a needle safety element slidably mounted on a needle shaft (1.1) having a needle tip (1.2), the needle safety element comprising a proximal rear wall (2.1) having an opening (2.2) and two movable, resilient arms (2.3, 2.4) extending from the proximal rear wall (2.1) in a distal direction, which intersect each other in the middle portion, wherein at least one of the movable, resilient arms (2.3, 2.4) has a bent distal end wall portion (2.5, 2.6) abutting on the needle shaft in a ready position and overlapping the needle tip in a protective position; characterized in that a frame or protective band (3.9) surrounding, at least in part, the needle safety element, wherein the frame or protective band (3.9) comprises a distal wall or bracket, a first lateral stay and second lateral stay, wherein the first and second lateral stays (3a, 3b) are connected at the distal ends by the distal wall or bracket, and in that a lug (3.4a, 3.4b) is formed at least on one side of at least one of the first lateral stay and second lateral stay in the middle portion of the stays (3a, 3b) extending in the peripheral direction into the free region between the radially protruding portions of the needle safety element such that displacement of the arms (2.3, 2.4) of the needle element is prevented. the needle safety element comprising a proximal rear wall (2.1) having an opening (2.2) and two movable, resilient arms (2.3, 2.4) extending from the proximal rear wall (2.1) in a distal direction, which intersect each other in the middle portion, wherein at least one of the movable, resilient arms (2.3, 2.4) has a bent distal end wall portion (2.5, 2.6) abutting on the needle shaft in a ready position and overlapping the needle tip in a protective position; a frame or protective band (3.9) surrounding, at least in part, the needle safety element, wherein the frame or protective band (3.9) comprises a distal wall or bracket, a first lateral stay and second lateral stay, wherein the first and second lateral stays (3a, 3b) are connected at the distal ends by the distal wall or bracket, and in that a lug (3.4a, 3.4b) is formed at least on one side of at least one of the first lateral stay and second lateral stay in the middle portion of the stays (3a, 3b) extending in the peripheral direction into the free region between the radially protruding portions of the needle safety element such that displacement of the arms (2.3, 2.4) of the needle element is prevented.
Method for automatic calibration of position detection sensors of an automatic transmission comprising a plurality of gearshift actuators, each associated with an individual position detection sensor, the method comprising: Registering, using the position detection sensors, the position of at least two gearshift actuators upon power-up of the transmission; and performing a calibration of the associated position detection sensors if each registered position of the at least two gearshift actuators is outside of a predetermined expected position range of the gearshift actuators, or if each registered position of the at least two gearshift actuators is within a predetermined abnormal position range of the at least two gearshift actuators. Registering, using the position detection sensors, the position of at least two gearshift actuators upon power-up of the transmission; and performing a calibration of the associated position detection sensors if each registered position of the at least two gearshift actuators is outside of a predetermined expected position range of the gearshift actuators, or if each registered position of the at least two gearshift actuators is within a predetermined abnormal position range of the at least two gearshift actuators.