mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic clamp device having a plate (PL) made of a magnetic body for magnetically clamping a mold (M1) on a front side of said plate, a permanent magnet disposed so as to surround a magnetic pole member , and a reversible magnet capable of reversing polarity on a back side of said plate, wherein said magnetic pole member is constituted by a plurality of separate magnetic pole pieces (101 to 104), each of said magnetic pole pieces having a first lateral surface (R) with a shape corresponding to said permanent magnet and a second lateral surface (T) at which adjacent magnetic pole pieces oppose each other, second lateral surfaces of said adjacent magnetic pole pieces being arranged with a gap therebetween, and said first lateral surface being in contact with said permanent magnet, and said magnetic pole pieces are held from the front side and the back side of the plate. wherein said magnetic pole member is constituted by a plurality of separate magnetic pole pieces (101 to 104), each of said magnetic pole pieces having a first lateral surface (R) with a shape corresponding to said permanent magnet and a second lateral surface (T) at which adjacent magnetic pole pieces oppose each other, second lateral surfaces of said adjacent magnetic pole pieces being arranged with a gap therebetween, and said first lateral surface being in contact with said permanent magnet, and said magnetic pole pieces are held from the front side and the back side of the plate.
A method for attaching an attachment piece with at least one horn to a watch case middle , the attachment piece comprising a first connector and the case middle comprising a second connector having an undercut groove , the first connector cooperating with the second connector to attach the attachment piece to the case middle, and the method comprising: placing the first connector of the attachment piece in contact with the second connector of the case middle such that one or more intermediate cavities are formed between the undercut groove and the first connector; melting one portion of the first connector of the attachment piece so as to create a molten material; filling, at least partially, the one or more intermediate cavities by displacement of the molten material; and solidifying the molten material in order to make the attachment piece integral with the case middle. placing the first connector of the attachment piece in contact with the second connector of the case middle such that one or more intermediate cavities are formed between the undercut groove and the first connector; melting one portion of the first connector of the attachment piece so as to create a molten material; filling, at least partially, the one or more intermediate cavities by displacement of the molten material; and solidifying the molten material in order to make the attachment piece integral with the case middle.
A cooling system of a vehicle, comprising: a high temperature radiator that cools a high temperature coolant circulating an engine; a low temperature radiator that cools a low temperature coolant passing a water cooled intercooler and a low exhaust gas recirculation cooler of a turbo charger ; a cooling fan that blows air to the high temperature radiator and the low temperature radiator ; a high temperature coolant pump that pumps the high temperature coolant; a low temperature coolant pump that pumps the low temperature coolant; a control portion that controls the high temperature coolant pump , the low temperature coolant pump , and the cooling fan according to driving conditions of the vehicle and environmental conditions; a transmission oil heat exchanger through which only the high temperature coolant and transmission oil pass; a transmission pump that circulates a transmission oil through the transmission oil heat exchanger ; an axle oil heat exchanger through which only the high temperature coolant and axle oil pass; and an axle pump that circulates an axle oil through the axle oil heat exchanger, wherein the control portion operates the transmission pump to warm up the transmission oil if it is determined that a temperature of the transmission oil is low, and/or operates the axle pump to warm up the axle oil if it is determined that a temperature of the axle oil is low. a high temperature radiator that cools a high temperature coolant circulating an engine; a low temperature radiator that cools a low temperature coolant passing a water cooled intercooler and a low exhaust gas recirculation cooler of a turbo charger ; a cooling fan that blows air to the high temperature radiator and the low temperature radiator ; a high temperature coolant pump that pumps the high temperature coolant; a low temperature coolant pump that pumps the low temperature coolant; a control portion that controls the high temperature coolant pump , the low temperature coolant pump , and the cooling fan according to driving conditions of the vehicle and environmental conditions; a transmission oil heat exchanger through which only the high temperature coolant and transmission oil pass; a transmission pump that circulates a transmission oil through the transmission oil heat exchanger ; an axle oil heat exchanger through which only the high temperature coolant and axle oil pass; and an axle pump that circulates an axle oil through the axle oil heat exchanger, wherein the control portion operates the transmission pump to warm up the transmission oil if it is determined that a temperature of the transmission oil is low, and/or operates the axle pump to warm up the axle oil if it is determined that a temperature of the axle oil is low.
A device to manufacture a cushioning product, comprising a means to guide consumables, a means to drive consumables along a driving axis (Y), a means to crumple consumables, wherein the driving means is secured to a part of the device , on one hand mechanically to at least a part of its section, characterized in that , on the other hand, the guiding means is secured to another part of the device by magnetic repulsion forces to at least another part of its section.
A flexible preform for producing, by heating and shaping, a part based on natural fibers, said preform being characterized in that it is constituted of a core made of a nonwoven of natural fibers, at least one surface of which is bonded to a woven fabric made of natural fibers, the core does not contain a resin to harden the fibers.
A polymeric material comprising at least 95 mol% of repeat units of formula wherein t1 and w1 represents t1=1, v1=0 and w1=0; wherein the polymeric material has a Reduced Viscosity (RV) of at least 0.6 dL/g; measured as indicated in the description and wherein the polymeric material is end-capped with a phenylethynyl-containing moiety; and wherein said polymeric material incorporates a phenylethynyl moiety which comprises a moiety of formula wherein the carbon atom bonded to the repeat unit of formula I is atom "f". wherein t1 and w1 represents t1=1, v1=0 and w1=0; wherein the polymeric material has a Reduced Viscosity (RV) of at least 0.6 dL/g; measured as indicated in the description and wherein the polymeric material is end-capped with a phenylethynyl-containing moiety; and wherein said polymeric material incorporates a phenylethynyl moiety which comprises a moiety of formula
A method of adding a feature to a part made of a metal alloy, comprising: wire electric-discharge machining the feature into the part using a wire electrode having a zinc component (16B") to create a recast layer , the recast layer having an initial composition make-up including a zinc content and at least one other material content in an outer surface thereof as a result of the wire electric-discharge machining the part feature , after the step of wire electric-discharge machining the feature , removing at least a portion of the zinc content of the outer surface of the recast layer by performing an electrochemical etching process, the electrochemical etching process including: submerging the part in an electrolyte bath that includes sulphuric acid; and positioning a cathode adjacent the feature of the submerged part and passing current through a portion of the part that contains the feature , the part forming an anode and the current passing from the cathode into the anode ; and after the step of performing the electrochemical etching process, permitting inspection of the part for metallurgical discontinuities. wire electric-discharge machining the feature into the part using a wire electrode having a zinc component (16B") to create a recast layer , the recast layer having an initial composition make-up including a zinc content and at least one other material content in an outer surface thereof as a result of the wire electric-discharge machining the part feature , after the step of wire electric-discharge machining the feature , removing at least a portion of the zinc content of the outer surface of the recast layer by performing an electrochemical etching process, the electrochemical etching process including: submerging the part in an electrolyte bath that includes sulphuric acid; and positioning a cathode adjacent the feature of the submerged part and passing current through a portion of the part that contains the feature , the part forming an anode and the current passing from the cathode into the anode ; and after the step of performing the electrochemical etching process, permitting inspection of the part for metallurgical discontinuities. submerging the part in an electrolyte bath that includes sulphuric acid; and positioning a cathode adjacent the feature of the submerged part and passing current through a portion of the part that contains the feature , the part forming an anode and the current passing from the cathode into the anode ; and after the step of performing the electrochemical etching process, permitting inspection of the part for metallurgical discontinuities.
A refrigeration appliance door , comprising: a door wrapper forming an exterior of the appliance door , the door wrapper defining a wrapper flange defining a plurality of wrapper protrusions ; a door liner defining a liner flange , the liner flange defining a plurality of liner protrusions , wherein the door wrapper and the door liner are in a spaced apart configuration; a trim breaker defining a wrapper groove , a liner groove and a gasket groove , wherein the wrapper flange is centered within the wrapper groove and the liner flange is centered within the liner groove ; an adhesive positioned within each of the wrapper and liner grooves and a gasket , wherein a portion of the gasket is positioned within the gasket groove of the trim breaker , wherein the appliance door is a vacuum insulated structure. a door wrapper forming an exterior of the appliance door , the door wrapper defining a wrapper flange defining a plurality of wrapper protrusions ; a door liner defining a liner flange , the liner flange defining a plurality of liner protrusions , wherein the door wrapper and the door liner are in a spaced apart configuration; a trim breaker defining a wrapper groove , a liner groove and a gasket groove , wherein the wrapper flange is centered within the wrapper groove and the liner flange is centered within the liner groove ; an adhesive positioned within each of the wrapper and liner grooves and a gasket , wherein a portion of the gasket is positioned within the gasket groove of the trim breaker ,
A refrigerator , comprising: a body ; a refrigerating compartment provided inside the body ; a refrigerating compartment door rotatably installed on the body to open/close the refrigerating compartment ; a freezing compartment provided inside the body ; an ice-making compartment provided inside the body and provided with an insulated space that is separated from the refrigerating compartment and the freezing compartment ; an ice-making compartment door to insulate the ice-making compartment and installed on the body to open/close the ice-making compartment ; the refrigerator being characterised by a dispenser door installed to open/close at least a portion of the refrigerating compartment to enable user access to the refrigerating compartment and at which a dispenser provided to communicate with the ice-making compartment is installed; wherein the ice-making compartment door and the dispenser door are each rotatably installed on the body and configured to be opened/closed directly from outside of the refrigerator . a body ; a refrigerating compartment provided inside the body ; a refrigerating compartment door rotatably installed on the body to open/close the refrigerating compartment ; a freezing compartment provided inside the body ; an ice-making compartment provided inside the body and provided with an insulated space that is separated from the refrigerating compartment and the freezing compartment ; an ice-making compartment door to insulate the ice-making compartment and installed on the body to open/close the ice-making compartment ; the refrigerator being characterised by a dispenser door installed to open/close at least a portion of the refrigerating compartment to enable user access to the refrigerating compartment and at which a dispenser provided to communicate with the ice-making compartment is installed; wherein the ice-making compartment door and the dispenser door are each rotatably installed on the body and configured to be opened/closed directly from outside of the refrigerator .
A method of programming a processor of a LED driver, comprising: directing, in a normal operation mode, a first control input (22B/22C) of said LED driver to a first processor input (32B/32C) of said processor and a second control input of said LED driver to a second processor input (32B/32C) of said processor ; entering a programming mode for feeding one or more programming inputs of the processor ; receiving a programming signal; entering the programming mode in response to said programming signal; directing, only in said programming mode, said first control input (22B/22C) to a third processor input (34/39) of said processor and said second control input to a fourth processor input (34/39) of said processor ; wherein said third processor input (34/39) and said fourth processor input (34/39) being programming inputs; and said first control input (22B/22C) is routed to said third processor input (34/39) through a switching device (50/55) in said programming mode; and said switching device (50/55) has a selector input (51/56) coupled to a selector output provided by said processor ; characterised by receiving, in said normal operation mode, analog sensor signals via said first processor input (32B/32C). directing, in a normal operation mode, a first control input (22B/22C) of said LED driver to a first processor input (32B/32C) of said processor and a second control input of said LED driver to a second processor input (32B/32C) of said processor ; entering a programming mode for feeding one or more programming inputs of the processor ; receiving a programming signal; entering the programming mode in response to said programming signal; directing, only in said programming mode, said first control input (22B/22C) to a third processor input (34/39) of said processor and said second control input to a fourth processor input (34/39) of said processor ; wherein said third processor input (34/39) and said fourth processor input (34/39) being programming inputs; and said first control input (22B/22C) is routed to said third processor input (34/39) through a switching device (50/55) in said programming mode; and said switching device (50/55) has a selector input (51/56) coupled to a selector output provided by said processor ; characterised by receiving, in said normal operation mode, analog sensor signals via said first processor input (32B/32C).
Guide rail for a sliding door assembly comprising a first sliding door leaf and a second sliding door leaf which are slidably arranged, comprising: - a first upright guide rib for guiding the first sliding door leaf at the bottom of this first sliding door leaf ; - a second upright guide rib for guiding the second sliding door leaf at the bottom of this second sliding door leaf ; and - a channel which is delimited by the guide ribs for collecting and discharging precipitation landing on the sliding door leaves ; wherein the guide rail comprises a zone at one end which is free from said guide ribs at the top and in which a collector is provided, in which the channel ends for draining off the precipitation to an outside environment ; characterized in that the guide rail is provided with : - a hollow chamber ; - a passage opening which connects the collector to the hollow chamber for draining off the precipitation from the collector to the hollow chamber ; and - an outlet opening which connects the hollow chamber to the outside environment for draining off the precipitation from the hollow chamber to the outside environment . - a first upright guide rib for guiding the first sliding door leaf at the bottom of this first sliding door leaf ; - a second upright guide rib for guiding the second sliding door leaf at the bottom of this second sliding door leaf ; and - a channel which is delimited by the guide ribs for collecting and discharging precipitation landing on the sliding door leaves ; wherein the guide rail comprises a zone at one end which is free from said guide ribs at the top and in which a collector is provided, in which the channel ends for draining off the precipitation to an outside environment ; characterized in that the guide rail is provided with : - a hollow chamber ; - a passage opening which connects the collector to the hollow chamber for draining off the precipitation from the collector to the hollow chamber ; and - an outlet opening which connects the hollow chamber to the outside environment for draining off the precipitation from the hollow chamber to the outside environment . - a hollow chamber ; - a passage opening which connects the collector to the hollow chamber for draining off the precipitation from the collector to the hollow chamber ; and - an outlet opening which connects the hollow chamber to the outside environment for draining off the precipitation from the hollow chamber to the outside environment .
A battery carrier, having a trough formed from shaped sheet metal, which has at least one trough side wall (2.1) and a trough bottom (2.2) connected to the trough side wall (2.1), having a plurality of support profiles (5.1, 5.2, 5.3, 5.4) provided in the trough and affixed to the trough , having at least one battery pack , which is affixed, more particularly detachably, to at least two support profiles (5.1, 5.2 or 5.2, 5.2) extending adjacent to the battery pack , more particularly parallel to each other, having a lid , which is designed to be able to close the trough and is detachably connected to said trough , and having a heat exchanger , which is thermally connected to the battery pack and has at least one flow channel (7.2) for a liquid (7.1), characterized in that the lid forms the heat exchanger , wherein the battery pack is arranged at a distance (A) from the trough bottom (2.2) and the trough bottom (2.2) is permanently connected to the trough side wall (2.1) or embodied of one piece with it.
Adaptive lighting system for motor vehicles comprising : - at least one primary light source emitting light radiation (L), - a scanning system which receives the light radiation (L) from the primary light source and distributes it spatially over the surface of a wavelength conversion device , - the wavelength conversion device receiving light radiation (L) from the primary source and re-emitting white light radiation (B), - an optical imaging system receiving the white light (B) re-emitted by the wavelength conversion device and projecting this light (B) in front of the vehicle to form an illumination beam, the wavelength conversion device being located in the vicinity of a focal plane of the optical imaging system , the scanning system and the optical system being located on the same side of the wavelength conversion device , the intensity of the white light radiation (B) emitted by the wavelength conversion device being adjustable between a minimum and a maximum value, characterized in that the scanning is performed at variable speed, with a slower speed in the middle area of the surface of the wavelength conversion device than at the edges thereof. - at least one primary light source emitting light radiation (L), - a scanning system which receives the light radiation (L) from the primary light source and distributes it spatially over the surface of a wavelength conversion device , - the wavelength conversion device receiving light radiation (L) from the primary source and re-emitting white light radiation (B), - an optical imaging system receiving the white light (B) re-emitted by the wavelength conversion device and projecting this light (B) in front of the vehicle to form an illumination beam, the wavelength conversion device being located in the vicinity of a focal plane of the optical imaging system ,
A system , comprising: a welding power supply that provides a welding output to an advancing wire electrode (E) to produce an arc between the electrode (E) and a workpiece (W); a waveform generator configured to provide a welding waveform to the welding power supply , the welding power supply modulates the welding output in accordance with the welding waveform ; and a controller configured to modify the welding waveform to: increase the welding output from a background level to a first target during a first stage ; and increase the welding output from the first target to a second target during a second stage ; wherein the welding output is increased during the first stage according to a first rate of change and the welding output is increased during the second stage according to a second rate of change; characterized in that the second rate of change is greater than the first rate of change. a waveform generator configured to provide a welding waveform to the welding power supply , the welding power supply modulates the welding output in accordance with the welding waveform ; and a controller configured to modify the welding waveform to: increase the welding output from a background level to a first target during a first stage ; and increase the welding output from the first target to a second target during a second stage ; wherein the welding output is increased during the first stage according to a first rate of change and the welding output is increased during the second stage according to a second rate of change; characterized in that the second rate of change is greater than the first rate of change.