mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for replacing a welding tip (T) of a welder, characterized by comprising: a fixed bracket which is fixed at a support part ; an actuator which is coupled to the fixed bracket ; a first moving member which is configured to move by the actuator ; a second moving member which is coupled to the first moving member and is hingedly coupled to the fixed bracket ; a third moving member which is hingedly coupled to the second moving member ; a first welding tip removal member which is coupled to the third moving member and is able to separate a welding tip coupled to a shank (S); a fourth moving member which is configured to move by the actuator and is disposed at the opposite side in response to the first moving member ; a fifth moving member which is coupled to the fourth moving member and is hingedly coupled to the fixed bracket ; a sixth moving member which is coupled to the fifth moving member ; and a second welding tip removal member which is coupled to the sixth moving member and is configured to relatively move with respect to the first welding tip removal member . a fixed bracket which is fixed at a support part ; an actuator which is coupled to the fixed bracket ; a first moving member which is configured to move by the actuator ; a second moving member which is coupled to the first moving member and is hingedly coupled to the fixed bracket ; a third moving member which is hingedly coupled to the second moving member ; a first welding tip removal member which is coupled to the third moving member and is able to separate a welding tip coupled to a shank (S); a fourth moving member which is configured to move by the actuator and is disposed at the opposite side in response to the first moving member ; a fifth moving member which is coupled to the fourth moving member and is hingedly coupled to the fixed bracket ; a sixth moving member which is coupled to the fifth moving member ; and a second welding tip removal member which is coupled to the sixth moving member and is configured to relatively move with respect to the first welding tip removal member .
A superconducting rotary electromagnetic machine at least partially surrounded by a magnetic shielding arrangement , wherein: the superconducting rotary electromagnetic machine comprises a rotor and a stator, at least one of the rotor and the stator comprising a superconducting magnetic flux source in the form of a superconducting field winding; and the magnetic shielding arrangement comprises a superconductor magnetic shield , characterized in that the magnetic shielding arrangement further comprises a second magnetic shield and a third magnetic shield , wherein the second magnetic shield is an eddy current shield and at least partially surrounds the superconductor magnetic shield ; and the third magnetic shield is constructed from a material having a high magnetic permeability having a relative permeability (μ/μ 0 ) higher than 800. the superconducting rotary electromagnetic machine comprises a rotor and a stator, at least one of the rotor and the stator comprising a superconducting magnetic flux source in the form of a superconducting field winding; and the magnetic shielding arrangement comprises a superconductor magnetic shield , characterized in that the magnetic shielding arrangement further comprises a second magnetic shield and a third magnetic shield , wherein the second magnetic shield is an eddy current shield and at least partially surrounds the superconductor magnetic shield ; and the third magnetic shield is constructed from a material having a high magnetic permeability having a relative permeability (μ/μ 0 ) higher than 800.
Calcium carbonate characterized in that it derives: - from a marine or terrestrial natural calcium carbonate, from the aragonitic inner shell of a bivalve mollusc after extraction of the biopolymers, or of madreporic origin, - from calcium carbonate obtained by precipitation of a calcium salt, and converted by carbonation, and in that it has undergone carbonation at between 800°C and 1100°C for a time of 20 to 40 min. - from a marine or terrestrial natural calcium carbonate, from the aragonitic inner shell of a bivalve mollusc after extraction of the biopolymers, or of madreporic origin, - from calcium carbonate obtained by precipitation of a calcium salt, and converted by carbonation,
Insulating glazing at least comprising a first pane , a second pane , a third pane , and a spacer having a holding profiled element comprising a first leg (13.1), a second leg (13.2), and a bottom surface for holding the third pane , an outer interpane space between the first pane , the second pane , and the outer surface of the spacer , a first inner interpane space (5.1) between the first pane , the third pane , and a first glazing interior surface (7.1) of the spacer , and a second inner interpane space (5.2) between the second pane , the third pane , and a second glazing interior surface (7.2) of the spacer , wherein - the spacer contains at least one main body comprising a sealing material and a desiccant , - the spacer connects the first pane and the second pane , - the first leg (13.1) and the second leg (13.2) of the holding profiled element lie at least partially against opposite surfaces of the third pane in the peripheral edge region of the third pane , and the bottom surface surrounds the peripheral edge of the third pane , characterized in that - the third pane includes at least one thermoplastic polymeric pane , - the holding profiled element has a supporting element , which is attached to the side of the bottom surface opposite the first leg (13.1) and the second leg (13.2), and protrudes at least partially into the main body . - the spacer contains at least one main body comprising a sealing material and a desiccant , - the spacer connects the first pane and the second pane , - the first leg (13.1) and the second leg (13.2) of the holding profiled element lie at least partially against opposite surfaces of the third pane in the peripheral edge region of the third pane , and the bottom surface surrounds the peripheral edge of the third pane , - the third pane includes at least one thermoplastic polymeric pane , - the holding profiled element has a supporting element , which is attached to the side of the bottom surface opposite the first leg (13.1) and the second leg (13.2), and protrudes at least partially into the main body .
A bidet/toilet combination including, as toilet components, a. a toilet bowl surrounding a bowl space ; b. a spray device comprising a spray nozzle arranged in the bowl space ; wherein the spray nozzle is arranged and designed for taking a rest position and a use position ; wherein the spray device is provided with a water supply and a disinfectant supply ; wherein a disinfectant can be fed via the disinfectant supply while the spray nozzle takes the rest position , characterized in that the disinfectant supply has a disinfectant feeder , wherein the disinfectant feeder is a pump and wherein the disinfectant supply is connected to a disinfectant tank . a. a toilet bowl surrounding a bowl space ; b. a spray device comprising a spray nozzle arranged in the bowl space ; wherein the spray nozzle is arranged and designed for taking a rest position and a use position ; wherein the spray device is provided with a water supply and a disinfectant supply ; wherein a disinfectant can be fed via the disinfectant supply while the spray nozzle takes the rest position , characterized in that the disinfectant supply has a disinfectant feeder , wherein the disinfectant feeder is a pump and wherein the disinfectant supply is connected to a disinfectant tank .
An alkaline dry battery comprising: a bottomed cylindrical battery case ; a positive electrode packed in the battery case and made of n pieces of hollow cylindrical pellets ; a negative electrode disposed in a hollow portion of the pellets ; a separator interposed between the positive electrode and the negative electrode ; and an alkaline electrolytic solution, wherein the positive electrode includes manganese dioxide and a conductive agent, n is an integer of 2 or more, an average density of manganese dioxide in the positive electrode is 2.80 to 3.00 g/cm 3 measured according to the description, and surface hardness H c of the positive electrode in a center portion in a height direction of the positive electrode is 48% or less of an average value H e of surface hardnesses of the positive electrode in both end portions in the height direction of the positive electrode , characterized in that a distribution state of the surface hardness of manganese dioxide of each piece of the hollow cylindrical pellets is non-uniform in the height direction of the positive electrode , and surface hardness of a pellet in an end portion (P1, P5) of the pellet, in a height direction of the positive electrode , is from 7 to 41 % of a value of surface hardness of the pellet in another end portion of the pellet, in the height direction of the positive electrode , the surface hardness being measured according to the description. a bottomed cylindrical battery case ; a positive electrode packed in the battery case and made of n pieces of hollow cylindrical pellets ; a negative electrode disposed in a hollow portion of the pellets ; a separator interposed between the positive electrode and the negative electrode ; and an alkaline electrolytic solution, wherein the positive electrode includes manganese dioxide and a conductive agent, n is an integer of 2 or more, an average density of manganese dioxide in the positive electrode is 2.80 to 3.00 g/cm 3 measured according to the description, and surface hardness H c of the positive electrode in a center portion in a height direction of the positive electrode is 48% or less of an average value H e of surface hardnesses of the positive electrode in both end portions in the height direction of the positive electrode , characterized in that a distribution state of the surface hardness of manganese dioxide of each piece of the hollow cylindrical pellets is non-uniform in the height direction of the positive electrode , and surface hardness of a pellet in an end portion (P1, P5) of the pellet, in a height direction of the positive electrode , is from 7 to 41 % of a value of surface hardness of the pellet in another end portion of the pellet, in the height direction of the positive electrode , the surface hardness being measured according to the description.
An aerosol-generating article having an upstream end and a downstream end , the aerosol-generating article defining a longitudinal direction between the upstream end and the downstream end , the aerosol-generating article comprising: an aerosol-forming substrate ; a hollow tubular support element disposed downstream of the aerosol-forming substrate and extending along the longitudinal direction; wherein the hollow tubular support element defines an opening extending in the longitudinal direction and adapted for aerosol to flow towards the downstream end ; wherein the hardness of the aerosol-generating article at the hollow tubular support element is at least about 80%; and wherein the aerosol-generating article further comprises a filter disposed downstream of the hollow tubular support element in the longitudinal direction, wherein the hardness of the aerosol-generating article at the hollow tubular support element is determined by means of the DD60A Test. an aerosol-forming substrate ; a hollow tubular support element disposed downstream of the aerosol-forming substrate and extending along the longitudinal direction; wherein the hollow tubular support element defines an opening extending in the longitudinal direction and adapted for aerosol to flow towards the downstream end ; wherein the hardness of the aerosol-generating article at the hollow tubular support element is at least about 80%; and wherein the aerosol-generating article further comprises a filter disposed downstream of the hollow tubular support element in the longitudinal direction, wherein the hardness of the aerosol-generating article at the hollow tubular support element is determined by means of the DD60A Test.
An interlayer film for laminated glass, comprising a light-emitting layer containing a polyvinyl acetal resin and a lanthanoid complex with a polydentate ligand containing a halogen atom, the light-emitting layer containing not more than 50 ppm in total, as measured with an ICP emission spectrometer, of potassium, sodium, and magnesium.
A wireless charging module comprising a charging coil and a shield sheet that comprises a collar magnetic sheet and a center magnetic sheet , wherein the collar magnetic sheet comprises at least one first magnetic permeable layer, which is a nanocrystal strip, an amorphous strip or a metallic soft magnetic strip; and the center magnetic sheet comprises at least two second magnetic permeable layers stacked one on another, which are fragmented nanocrystal strips, fragmented amorphous strips or fragmented metallic soft magnetic strips, wherein an inner edge face of the charging coil supports against an outer edge face of the center magnetic sheet , the wireless charging module being characterized in that the collar magnetic sheet is provided with a hole adapted to accommodate the center magnetic sheet , and the center magnetic sheet comprises two opposing ends along the stacking direction of the second magnetic permeable layers with one end that is located and fixed in the hole and the other end protruding out of the collar magnetic sheet .
A track chain member for a track chain assembly, the track chain assembly comprising a plurality of track chain segments , each track chain segment comprising two track chain members , the track chain members being attached to each other via a track pin , the track pin allowing the track chain members to rotate relative to each other, wherein the track chain member comprises: a shoe member ; a first rail member extending from the shoe member , wherein the first rail member defines a dimension of greatest extent (D214) and a track chain traveling direction generally parallel to the dimension of greatest extent; a track pin bore for inserting the track pin therein and defining a longitudinal axis (L202) that is perpendicular to the track chain traveling direction when the axis and the direction are projected onto the same plane; and a pin retention device bore that defines a longitudinal axis (L208), wherein the longitudinal axis (L208) of the pin retention device bore and the longitudinal axis (L202) of the track pin bore are non-parallel, wherein the longitudinal axis (L208) of the pin retention device bore and the longitudinal axis (L202) of the track pin bore form a perpendicular angle (α) with each other, characterized in that the longitudinal axis (L208) of the pin retention device bore and the track chain traveling direction form an oblique angle (β) with each other. a shoe member ; a first rail member extending from the shoe member , wherein the first rail member defines a dimension of greatest extent (D214) and a track chain traveling direction generally parallel to the dimension of greatest extent; a track pin bore for inserting the track pin therein and defining a longitudinal axis (L202) that is perpendicular to the track chain traveling direction when the axis and the direction are projected onto the same plane; and a pin retention device bore that defines a longitudinal axis (L208), wherein the longitudinal axis (L208) of the pin retention device bore and the longitudinal axis (L202) of the track pin bore are non-parallel, wherein the longitudinal axis (L208) of the pin retention device bore and the longitudinal axis (L202) of the track pin bore form a perpendicular angle (α) with each other, characterized in that the longitudinal axis (L208) of the pin retention device bore and the track chain traveling direction form an oblique angle (β) with each other.
A data transmission system for transmitting an electrical data to a nerve cell (N), comprising; - at least two phototransistor crystals (T), each of which is stimulated by light (I) to form an electrical signal, and comprising • at least one signal output , at which an electrical signal is generated and which is coupled to the nerve cell (N) to which the generated electrical signal is to be transmitted, • at least one voltage input common terminal , and characterized in that, each of said at least two phototransistor crystals (T) further comprises at least one threshold light intensity control input for controlling the level of the electrical signal generated at the signal output according to the amount of light (I) received; and in that , data transmission system further comprises - at least one image source for sending the light (I) to said phototransistor crystals (T) and for controlling the amount of light (I) transmitted to each phototransistor crystal (T) independently of each other; and - at least one control unit which is connected to said image source and controls the amount of light (I) transmitted from the image source to each of the phototransistor crystals (T). - at least two phototransistor crystals (T), each of which is stimulated by light (I) to form an electrical signal, and comprising • at least one signal output , at which an electrical signal is generated and which is coupled to the nerve cell (N) to which the generated electrical signal is to be transmitted, • at least one voltage input common terminal , and characterized in that, each of said at least two phototransistor crystals (T) further comprises at least one threshold light intensity control input for controlling the level of the electrical signal generated at the signal output according to the amount of light (I) received; and in that , data transmission system further comprises • at least one signal output , at which an electrical signal is generated and which is coupled to the nerve cell (N) to which the generated electrical signal is to be transmitted, • at least one voltage input common terminal , and characterized in that, each of said at least two phototransistor crystals (T) further comprises at least one threshold light intensity control input for controlling the level of the electrical signal generated at the signal output according to the amount of light (I) received; and in that , data transmission system further comprises - at least one image source for sending the light (I) to said phototransistor crystals (T) and for controlling the amount of light (I) transmitted to each phototransistor crystal (T) independently of each other; and - at least one control unit which is connected to said image source and controls the amount of light (I) transmitted from the image source to each of the phototransistor crystals (T).
A cooking attachment for a heatable vessel of a kitchen appliance , which cooking attachment has a bottom comprising bottom openings , through which steam, which escapes from the vessel , can enter the cooking attachment and/or condensate, which escapes from the cooking attachment , can enter the vessel , wherein, the bottom openings have at least one steam opening and at least one condensate opening , which is embodied separately from the steam opening, characterized in that the condensate opening has a capillary tube comprising a first end area and a second end area , wherein the first end area is arranged in the area of the bottom on the side facing the interior of the cooking attachment , and wherein the second end area is guided out of the cooking attachment on the side of the cooking attachment , which faces the vessel of the kitchen appliance , so that condensate located on the first end area can flow into the vessel via the capillary tube .
Wind energy generator comprising a mounting, a fixed stator, a rotor rotatable with respect to the stator, a hub connected to the rotor and at least two blades, which extend radially away from the hub , wherein the stator and the rotor are formed by pipe sections concentric to one another, on whose opposing surfaces permanent magnets and windings are in each case arranged and which extend beyond the permanent magnets and the windings in order to accommodate a rolling bearing between them at least on one side; wherein an end of the pipe section of the stator is fastened on a frame via a screw connection ; characterised in that the pipe section of the stator extends in a bell-like manner in the direction of the hub , whose bell base has a central, circular opening, while the pipe section of the rotor runs inside the pipe section of the stator also in a bell-shaped manner concentric to the bell shape of the stator and whose bell base also has a central opening, which continues in a pipe carrier , which reaches into the opening of the bell base of the stator forming a receiving portion for the rolling bearing and supports the hub with the outer edge.
An LED lamp arrangement adapted for fitting in a luminaire, the luminaire adapted for a fluorescent lamp and having a ballast, the LED lamp arrangement comprising: a plurality of LEDs ; more than two electrodes for releasably connecting to the luminaire and for receiving a current from the ballast; one or more rectifier circuits for rectifying the current and for supplying a rectified current to the LEDs; a sensor circuit adapted to measure one or more parameters representing total current drawn from the ballast by the LED lamp arrangement; and a protection circuit connected in series with the plurality of LEDs to receive the rectified current and adapted to control an amount of current drawn from the ballast by the LED lamp arrangement , wherein the LED lamp arrangement is arranged to operate in a plurality of operation modes including a first operation mode and a second operation mode, wherein the LED lamp arrangement has a different load impedance in the first operation mode than in the second operation mode, and wherein the protection circuit is arranged to automatically switch the LED lamp arrangement from the first operation mode to the second operation mode in reaction to the sensor circuit on the basis of the measured one or more parameters, such that the impedance of the protection circuit is increased, wherein the protection circuit comprises an impedance and a switch , wherein the impedance comprises an inductive element having an inductance, and the switch is connected across the impedance, and wherein, in the first operation mode, the switch is in a closed state, so that the impedance is shorted by the switch. a plurality of LEDs ; more than two electrodes for releasably connecting to the luminaire and for receiving a current from the ballast; one or more rectifier circuits for rectifying the current and for supplying a rectified current to the LEDs; a sensor circuit adapted to measure one or more parameters representing total current drawn from the ballast by the LED lamp arrangement; and a protection circuit connected in series with the plurality of LEDs to receive the rectified current and adapted to control an amount of current drawn from the ballast by the LED lamp arrangement , wherein the LED lamp arrangement is arranged to operate in a plurality of operation modes including a first operation mode and a second operation mode, wherein the LED lamp arrangement has a different load impedance in the first operation mode than in the second operation mode, and wherein the protection circuit is arranged to automatically switch the LED lamp arrangement from the first operation mode to the second operation mode in reaction to the sensor circuit on the basis of the measured one or more parameters, such that the impedance of the protection circuit is increased, wherein the protection circuit comprises an impedance and a switch , wherein the impedance comprises an inductive element having an inductance, and the switch is connected across the impedance, and wherein, in the first operation mode, the switch is in a closed state, so that the impedance is shorted by the switch.
A composition, suitable for inducing chondrocyte differentiation for regenerating cartilage tissue, comprising, as an active ingredient, exosomes derived from human adipose-derived stem cells differentiating into chondrocytes.