mhurhangee/ep-ind-claims huggingface dataset:
A surgical stapling device comprising: an elongate body having a proximal portion and a distal portion; and a tool assembly defining a longitudinal axis and including: a cartridge assembly; an anvil (114, 118) including a proximal portion and a distal portion, the anvil coupled to the cartridge assembly such that the tool assembly is moveable from an open position to a clamped position; a dissector tip including a body having a proximal portion and a distal portion, the body having a thickness that decreases towards the distal portion of the body of the dissector tip, the body being movably coupled to the anvil for movement between a first position substantially aligned with the longitudinal axis and a second configuration defining an acute angle with the longitudinal axis; wherein the dissector tip includes a proximal face that defines spaced recesses (156a, 156b, 256a, 256b), and a retaining member supported on the distal portion of the anvil, the retaining member engaged with the spaced recesses of the dissector tip to releasably retain the dissector tip in one of the first or second positions. an elongate body having a proximal portion and a distal portion; and a tool assembly defining a longitudinal axis and including: a cartridge assembly; an anvil (114, 118) including a proximal portion and a distal portion, the anvil coupled to the cartridge assembly such that the tool assembly is moveable from an open position to a clamped position; a dissector tip including a body having a proximal portion and a distal portion, the body having a thickness that decreases towards the distal portion of the body of the dissector tip, the body being movably coupled to the anvil for movement between a first position substantially aligned with the longitudinal axis and a second configuration defining an acute angle with the longitudinal axis; wherein the dissector tip includes a proximal face that defines spaced recesses (156a, 156b, 256a, 256b), and a retaining member supported on the distal portion of the anvil, the retaining member engaged with the spaced recesses of the dissector tip to releasably retain the dissector tip in one of the first or second positions. a cartridge assembly; an anvil (114, 118) including a proximal portion and a distal portion, the anvil coupled to the cartridge assembly such that the tool assembly is moveable from an open position to a clamped position; a dissector tip including a body having a proximal portion and a distal portion, the body having a thickness that decreases towards the distal portion of the body of the dissector tip, the body being movably coupled to the anvil for movement between a first position substantially aligned with the longitudinal axis and a second configuration defining an acute angle with the longitudinal axis; wherein the dissector tip includes a proximal face that defines spaced recesses (156a, 156b, 256a, 256b), and a retaining member supported on the distal portion of the anvil, the retaining member engaged with the spaced recesses of the dissector tip to releasably retain the dissector tip in one of the first or second positions.
A ski, comprising: • a core including longitudinal beams (13, 14, 15) produced on the basis of corrugated board, in which the corrugations of the board are parallel and have crests orientated perpendicularly to the lower face of the core; • lateral sidewalls (20, 21) bordering the core, • at least one longitudinal stiffener (16, 17) extending over the entire height of the core, and separating two longitudinal beams (13, 14, 15) based on corrugated board, characterized in that the width of the longitudinal stiffener (16, 17), measured transversely to the central point of the boot, is less than that of the longitudinal beams based on corrugated board, and in that the lateral elements (20, 21) forming the sidewalls have a width which varies over the length of the ski. • a core including longitudinal beams (13, 14, 15) produced on the basis of corrugated board, in which the corrugations of the board are parallel and have crests orientated perpendicularly to the lower face of the core; • lateral sidewalls (20, 21) bordering the core, • at least one longitudinal stiffener (16, 17) extending over the entire height of the core, and separating two longitudinal beams (13, 14, 15) based on corrugated board,
Seal for a bolt, characterized in that the seal - has a fastening part and a sealing part, - wherein the fastening part can be fastened to the bolt, - wherein the sealing part is mounted on the fastening part so as to be displaceable between a first end position and a second end position, - and the sealing part has a sealing means which, with a seal fastened to the bolt of a door, can be applied to an opposing surface for sealing purposes. - has a fastening part and a sealing part, - wherein the fastening part can be fastened to the bolt, - wherein the sealing part is mounted on the fastening part so as to be displaceable between a first end position and a second end position, - and the sealing part has a sealing means which, with a seal fastened to the bolt of a door, can be applied to an opposing surface for sealing purposes.
Power supply for an electronic tripping unit for a switch, in particular a circuit breaker for low voltages, which is connected on the outgoer side to a load via whose load resistance a direct current or alternating current flows, with a conductor running through the switch, with contact elements resting on one another when the switch is closed and being disconnected from one another in order to open the switch, with the electronic tripping unit initiating the disconnection of the contact elements when a predetermined current limit value is exceeded, in particular in the event of an overcurrent and/or short-circuit current, having a voltage tap, which taps off a voltage (U_load) on the conductor, which voltage (U_load) ensures the supply of electrical power to the tripping unit, as voltage drop across the load resistance, characterized in that an inductance is connected in the conductor between the load and the voltage tap and is of such a magnitude that, when the current changes over time during the course of a short circuit, the voltage (U_induced) which is tapped off as the voltage drop across the inductance ensures the supply of electrical power to the tripping unit for a predetermined minimum time.
A juicer comprising: a hollow frame comprising a front fixed plate and a rear fixed plate, the rear fixed plate having a mounting surface facing the front fixed plate; an actuator having a rear side mounted to the mounting surface of the rear fixed plate and a front side facing the front fixed plate; a propulsion plate arranged on the front side of the actuator facing the front fixed plate, the propulsion plate and the front fixed plate forming a cavity for receiving a juicing bag; and a hanging rack for hanging the juicing bag vertically between the propulsion plate and the front fixed plate; wherein the actuator comprises moving parts, a driving rod, and action blocks; the moving parts are symmetrically arranged; the driving rod and the action blocks are arranged between the symmetrically arranged moving parts; rotation of the driving rod causes the propulsion plate to reciprocate linearly between the mounting surface and the front fixed plate; and travel of the propulsion plate towards the front fixed plate exerts pressure on food contained in the juicing bag. a hollow frame comprising a front fixed plate and a rear fixed plate, the rear fixed plate having a mounting surface facing the front fixed plate; an actuator having a rear side mounted to the mounting surface of the rear fixed plate and a front side facing the front fixed plate; a propulsion plate arranged on the front side of the actuator facing the front fixed plate, the propulsion plate and the front fixed plate forming a cavity for receiving a juicing bag; and a hanging rack for hanging the juicing bag vertically between the propulsion plate and the front fixed plate; wherein the actuator comprises moving parts, a driving rod, and action blocks; the moving parts are symmetrically arranged; the driving rod and the action blocks are arranged between the symmetrically arranged moving parts; rotation of the driving rod causes the propulsion plate to reciprocate linearly between the mounting surface and the front fixed plate; and travel of the propulsion plate towards the front fixed plate exerts pressure on food contained in the juicing bag.
Sterilisation device for beverage container caps which are conveyed on at least track on a web, said device comprising a closed housing traversed by a gas, wherein the web (11, 6.1-6.4, 13.1-13.3, 14) runs through said housing and is arranged inside the housing in such a way that it circulates downstream several times about a perpendicular axis, wherein, per circulation, a peripherally driven carrier ring (6.1-6.4) is arranged between lateral guides (5, 9) which define said web (6.1-6.4), and that stationary transfer chutes (13.1-13.3) are arranged on superimposed sections of the outer lateral guide, said chutes collecting the caps in each case from a top supporting ring (6.1) and delivering said caps in an array pivoting outward and downward onto the supporting ring (6.2) lying below, wherein a feed device feeds the caps to the top supporting ring (6.1) and a removal device removes the caps from the bottom supporting ring (6.4), wherein the supporting rings (6.1-6.4) are driven synchronously in relation to one another, and wherein the supporting rings (6.1-6.4) are secured to a rotationally driven drum (4, 5) forming the inner lateral guide.
A DC power source configured to supply DC power to a plasma generator, comprising, a voltage source step-down chopper constituting a DC source, a boosting circuit; a single-phase inverter configured to convert a DC output from the boosting circuit to a single-phase AC, and a controller including a chopper controller configured to control the voltage source step-down chopper and a boosting controller configured to control the boosting circuit, the controller performing a switching control by switching between an ignition mode to supply ignition voltage that generates a plasma discharge in the plasma generator, and a steady operation mode to continue the plasma discharge in the plasma generator, characterized by said boosting circuit being configured to boost DC voltage of the voltage source step-down chopper; and in the ignition mode, the boosting controller controlling output voltage that is applied to the plasma generator, by intermittently establishing a short-circuit between a positive voltage side and a negative voltage side of the boosting circuit and controlling a boosting operation according to a short-circuit current formed by the short-circuit. a voltage source step-down chopper constituting a DC source, a boosting circuit; a single-phase inverter configured to convert a DC output from the boosting circuit to a single-phase AC, and a controller including a chopper controller configured to control the voltage source step-down chopper and a boosting controller configured to control the boosting circuit, the controller performing a switching control by switching between an ignition mode to supply ignition voltage that generates a plasma discharge in the plasma generator, and a steady operation mode to continue the plasma discharge in the plasma generator, characterized by said boosting circuit being configured to boost DC voltage of the voltage source step-down chopper; and in the ignition mode, the boosting controller controlling output voltage that is applied to the plasma generator, by intermittently establishing a short-circuit between a positive voltage side and a negative voltage side of the boosting circuit and controlling a boosting operation according to a short-circuit current formed by the short-circuit.
A method for separating at least two substrates (S1, S2), which are part of a structure comprising at least two separation interfaces (I1, 12) extending in parallel with the main face of said structure along an interface chosen among said interfaces, wherein at least one of these two substrates being intended for use in electronics, optics, optoelectronics and/or photovoltaics, said separation being implemented by inserting a blade between said substrates (S1, S2) and applying a force by way of said blade for spreading the two substrates, characterized in that - an interface, that is sensitive to stress corrosion cracking, i.e. to the combined action of said spreading force and a fluid that is likely to break the siloxane bonds (Si-O-Si) located at said interface, is chosen for separation, - before inserting said blade, at least a part of a peripheral region of the chosen interface, comprising the region of insertion of the blade, is damaged in such a manner that the impact strength in said peripheral region is weaker than that of the other interfaces in the region of insertion of the blade, thus making it possible to initiate the spreading of the substrates (S1, S2) in the damaged region in accordance with the chosen interface, and subsequently in that - a fluid is applied in the interval between said spread substrates (S1, S2) while continuing the insertion of said blade so as to weaken the impact strength of the chosen interface by stress corrosion cracking. - an interface, that is sensitive to stress corrosion cracking, i.e. to the combined action of said spreading force and a fluid that is likely to break the siloxane bonds (Si-O-Si) located at said interface, is chosen for separation, - before inserting said blade, at least a part of a peripheral region of the chosen interface, comprising the region of insertion of the blade, is damaged in such a manner that the impact strength in said peripheral region is weaker than that of the other interfaces in the region of insertion of the blade, thus making it possible to initiate the spreading of the substrates (S1, S2) in the damaged region in accordance with the chosen interface, and subsequently in that - a fluid is applied in the interval between said spread substrates (S1, S2) while continuing the insertion of said blade so as to weaken the impact strength of the chosen interface by stress corrosion cracking.
A method for diagnosing a disease comprising the step detecting in a sample comprising antibodies from a patient an autoantibody binding to a polypeptide selected from the group comprising N-Ethylmaleimide-Sensitive Factor and Syntaxin 1B (STX1B), wherein the disease is an autoimmune disease of the nervous system selected from the group comprising stiff-person syndrome and encephalitis.
A kit for setting a pressure in a surgically-implantable shunt valve, the kit comprising: a surgically-implantable shunt valve assembly having a magnetically operable motor configured to provide a selected pressure setting of the valve assembly; a monitor device configured to detect a pressure setting of the surgically-implantable valve assembly; and a programmer device having at least one programmer magnet, the at least one programmer magnet being selectively movable and configured to actuate the magnetically operable motor to allow a user to adjust the pressure setting of the valve assembly to match a pressure setpoint of the programmer; characterized in that the programmer device includes a housing, a motor coupled to the housing, and a magnet assembly coupled to the motor and configured to rotate with respect to the housing, the magnet assembly including at least one permanent magnet to apply the external magnetic field on the valve assembly, and wherein the motor includes a shaft having a driver gear, wherein the magnet assembly further includes a magnet support having a bearing, a driven gear coupled to the driver gear, a magnetic bridging plate coupled to the magnet support, and the at least one permanent magnet being coupled to the magnetic bridging plate. a surgically-implantable shunt valve assembly having a magnetically operable motor configured to provide a selected pressure setting of the valve assembly; a monitor device configured to detect a pressure setting of the surgically-implantable valve assembly; and a programmer device having at least one programmer magnet, the at least one programmer magnet being selectively movable and configured to actuate the magnetically operable motor to allow a user to adjust the pressure setting of the valve assembly to match a pressure setpoint of the programmer; characterized in that the programmer device includes a housing, a motor coupled to the housing, and a magnet assembly coupled to the motor and configured to rotate with respect to the housing, the magnet assembly including at least one permanent magnet to apply the external magnetic field on the valve assembly, and wherein the motor includes a shaft having a driver gear, wherein the magnet assembly further includes a magnet support having a bearing, a driven gear coupled to the driver gear, a magnetic bridging plate coupled to the magnet support, and the at least one permanent magnet being coupled to the magnetic bridging plate. a housing, a motor coupled to the housing, and a magnet assembly coupled to the motor and configured to rotate with respect to the housing, the magnet assembly including at least one permanent magnet to apply the external magnetic field on the valve assembly, and wherein the motor includes a shaft having a driver gear, wherein the magnet assembly further includes a magnet support having a bearing, a driven gear coupled to the driver gear, a magnetic bridging plate coupled to the magnet support, and the at least one permanent magnet being coupled to the magnetic bridging plate.
An electrical connector comprising: a housing retaining a terminal and configured to be mated in a predetermined mating direction with a mating housing; and a seal member configured to come into contact with the mating housing when the mating housing is mated to the housing, and configured to come into contact with the housing, the seal member being made of an elastic material, and integrally comprising: a housing seal portion configured to be pressed between the housing and the mating housing when mated to the housing, and a front edge portion extending forwardly from a front end of the housing seal portion; characterized in that the electrical connector includes a shell made of metal enclosing the housing; the seal member is configured to come into contact with the shell, and includes: a shell seal portion configured to be pressed between the shell and the housing, the shell seal portion being larger in diameter than the housing seal portion; and a linkage portion linking the housing seal portion and the shell seal portion and configured to be sandwiched between an end portion in the mating direction of the mating housing when the mating housing is mated to the housing and a support portion protruding radially outward of an outer peripheral portion of the housing and facing the end portion; and the electrical connector includes a retaining member engaged with the housing and retaining the front edge portion. a housing retaining a terminal and configured to be mated in a predetermined mating direction with a mating housing; and a seal member configured to come into contact with the mating housing when the mating housing is mated to the housing, and configured to come into contact with the housing, the seal member being made of an elastic material, and integrally comprising: a housing seal portion configured to be pressed between the housing and the mating housing when mated to the housing, and a front edge portion extending forwardly from a front end of the housing seal portion; characterized in that the electrical connector includes a shell made of metal enclosing the housing; the seal member is configured to come into contact with the shell, and includes: a shell seal portion configured to be pressed between the shell and the housing, the shell seal portion being larger in diameter than the housing seal portion; and a linkage portion linking the housing seal portion and the shell seal portion and configured to be sandwiched between an end portion in the mating direction of the mating housing when the mating housing is mated to the housing and a support portion protruding radially outward of an outer peripheral portion of the housing and facing the end portion; and the electrical connector includes a retaining member engaged with the housing and retaining the front edge portion.
A method for producing structured chromium layers, in particular for media contact surfaces, wherein the structured chromium layer is formed through galvanic deposition of chromium from an electrolyte onto a substrate, characterized in that the formation of the structured chromium layers is realized - at constant current densities and - in a temperature range dependent on current density and that the structure formation is initiated by at least one temperature change. - at constant current densities and - in a temperature range dependent on current density
Massage chair for use in pools and the like, that made up of a backrest and a seat, forming between them an obtuse dihedral angle, complementing the backrest with a high headrest and the seat with a foot plate as well as lateral armrest in correspondence with the seat itself and also having a series of duct which distributes air flow and/or water driven by one or more pumps located on the headrest for the air outlet and/or water through the holes provided for that purpose on the backrest, the seat and in the footrest, were both the headrest and the seat are foldable relative to the backrest with de footrest also foldable against the seat, permitting partial folding of the seat inside the pool, or total folding for storage, characterized by both the headrest and the seat can be folded relative to the backrest, the footplate being also foldable from the seat, allowing partial folding chair inside the pool, or the total folding for storage; being provided that the folding or joint means between headrest and backrest as well as between this and the seat, and said seat with the foot plate are performed by the respective hinges, with these being understood as a set of two or more hollow parts engageable with one another or that can be fitted with the aid of an intermediate piece, which allow the relative rotation between them according to a common axis; wich are in communication with the ducts for circulation of air and/or water, which have a drive system located on the headrest.