mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a centrifugal pump impeller with a base plate which is in one piece with a plurality of pump vanes with a minimum wall thickness d1, and with a cover disc consisting of thermoplastic plastics material which has meltable ribs with a maximum width d2 at their base, which are brought into overlap with the pump vanes and are considerably narrower at their ends facing the pump vanes than at their base, the maximum width d2 of the ribs is considerably smaller than the minimum wall thickness d1 of the pump vanes , the ribs in each case are arranged in the cover disc in a groove-like indentation which is only 0.1 mm to 0.4 mm wider than the pump vanes, and that two parallel-running ribs per pump vane are provided, comprising the method steps: providing a base plate and a cover disc ; aligning the cover disc relative to the base plate , applying a sonotrode / a vibration-exciting means to the cover disc and pressing onto the base plate , generation of frictional heat in the regions of contact between the ribs and the pump vanes , melting the ribs , advancing the cover disc in the direction of the pump vanes , intimately connecting the regions which lie against each other and displacing excess material into a region between the pump vanes and the cover disc .
A saddle riding vehicle comprising side cowls configured to cover at least a part of a vehicle body from sides, wherein each of the side cowls comprises: an inner cowl ; an outer cowl configured to cover the inner cowl from an outside in a vehicle width direction to form an air guide path configured to guide traveling air from a front side to a rear side between the inner cowl and the outer cowl ; and at least one air flow conditioning member configured to generate downforce using traveling air directed from the inner cowl to an inner surface of the outer cowl in the vehicle width direction and flowing through the air guide path , and the at least one air flow conditioning member is separated from the inner surface of the outer cowl in the vehicle width direction, characterized in that an outer end portion of the at least one air flow conditioning member in the vehicle width direction has a concave section recessed inward in the vehicle width direction. an inner cowl ; an outer cowl configured to cover the inner cowl from an outside in a vehicle width direction to form an air guide path configured to guide traveling air from a front side to a rear side between the inner cowl and the outer cowl ; and at least one air flow conditioning member configured to generate downforce using traveling air directed from the inner cowl to an inner surface of the outer cowl in the vehicle width direction and flowing through the air guide path , and the at least one air flow conditioning member is separated from the inner surface of the outer cowl in the vehicle width direction, characterized in that an outer end portion of the at least one air flow conditioning member in the vehicle width direction has a concave section recessed inward in the vehicle width direction.
A memristive element (M) formed by: - a first electrode ; - a second electrode ; and - an active region making direct electrical contact with said first and second electrodes, characterized in that said active region is exclusively constituted by a thin film of an insertion compound of at least one alkali metal, made of an oxide or chalcogenide of at least one transition metal, exhibiting conductivity that is both electronic and ionic in nature. - a first electrode ; - a second electrode ; and - an active region making direct electrical contact with said first and second electrodes, characterized in that said active region is exclusively constituted by a thin film of an insertion compound of at least one alkali metal, made of an oxide or chalcogenide of at least one transition metal, exhibiting conductivity that is both electronic and ionic in nature.
A method for producing a water-soluble or water-dispersible active-ingredient-administering form comprising (a) producing a film, suitable as oral film-administering form, having a content of active ingredient, wherein the film-administering form is present as a solidified foam, (b) activating a surface of the film produced in (a) in order to generate a tacky surface, and (c) rolling up the film activated in (b) to form a rolled-up laminate. (a) producing a film, suitable as oral film-administering form, having a content of active ingredient, wherein the film-administering form is present as a solidified foam, (b) activating a surface of the film produced in (a) in order to generate a tacky surface, and (c) rolling up the film activated in (b) to form a rolled-up laminate.
A disk for a gas turbine compressor (B), comprising: a root part assembled to a rotary shaft; a circular base plate extending radially from the root part and having a thickness smaller than that of the root part in a direction of the rotary shaft; a disk rim forming an outer periphery of the circular base plate and extending bidirectionally in a direction parallel to the direction of the rotary shaft; and a circular hirth part protruding bidirectionally from the base plate in a direction parallel to the direction of the rotary shaft and positioned between the root part and the disk rim , wherein a protruding height of the hirth part in the direction of the rotary shaft from a center line (T) of the base plate is longer than protruding heights of the disk rim and the root part in the direction of the rotary shaft from the center line (T) of the base plate to form a space for discharge of air, and wherein the circular hirth part comprises a plurality of grooves for introduction of air formed at an end thereof, the grooves being circumferentially spaced apart from each other, and at least one partition wall is formed to extend from the root part to the hirth part , wherein the partition wall comprises - a bonding portion having the same height as a protruding height of the hirth part from the base plate , and - an inclined portion extending from the bonding portion to the root part and having a height gradually lowered. a root part assembled to a rotary shaft; a circular base plate extending radially from the root part and having a thickness smaller than that of the root part in a direction of the rotary shaft; a disk rim forming an outer periphery of the circular base plate and extending bidirectionally in a direction parallel to the direction of the rotary shaft; and a circular hirth part protruding bidirectionally from the base plate in a direction parallel to the direction of the rotary shaft and positioned between the root part and the disk rim , wherein a protruding height of the hirth part in the direction of the rotary shaft from a center line (T) of the base plate is longer than protruding heights of the disk rim and the root part in the direction of the rotary shaft from the center line (T) of the base plate to form a space for discharge of air, and wherein the circular hirth part comprises a plurality of grooves for introduction of air formed at an end thereof, the grooves being circumferentially spaced apart from each other, and at least one partition wall is formed to extend from the root part to the hirth part , wherein the partition wall comprises - a bonding portion having the same height as a protruding height of the hirth part from the base plate , and - an inclined portion extending from the bonding portion to the root part and having a height gradually lowered. - a bonding portion having the same height as a protruding height of the hirth part from the base plate , and - an inclined portion extending from the bonding portion to the root part and having a height gradually lowered.
A negative electrode for an electric device, comprising a current collector and an electrode layer containing a negative electrode active material, an electrically-conductive auxiliary agent and a binder and formed on a surface of the current collector , wherein the negative electrode active material contains an alloy represented by the following formula : Si x Zn y M z A a in the formula , M is V, A is an inevitable impurity, and x, y, z and a represent mass percent values and satisfy conditions of 33≤x≤50, 0<y≤46, 21≤z≤67, 0≤a<0.5, and x+y+z+a=100, the binder contains a resin having an E elastic modulus measured in accordance with a tension test method prescribed in JIS K 7163 published in 1994 of 2.10 GPa or greater and 7.00 GPa or less, and a content of the resin having the E elastic modulus of greater than 1.00 Gpa and less than 7.40 Gpa with respect to 100% by mass of the binder is in the range from 50 to 100% by mass. in the formula , M is V, A is an inevitable impurity, and x, y, z and a represent mass percent values and satisfy conditions of 33≤x≤50, 0<y≤46, 21≤z≤67, 0≤a<0.5, and x+y+z+a=100, the binder contains a resin having an E elastic modulus measured in accordance with a tension test method prescribed in JIS K 7163 published in 1994 of 2.10 GPa or greater and 7.00 GPa or less, and a content of the resin having the E elastic modulus of greater than 1.00 Gpa and less than 7.40 Gpa with respect to 100% by mass of the binder is in the range from 50 to 100% by mass.
A rechargeable battery assembly device for use in a battery jump starting device having a positive battery cable and a negative battery cable , the rechargeable battery assembly device comprising: a lithium ion rechargeable battery pack comprising a positive terminal tab and a negative terminal tab; a positive terminal conductor bar extending along one end of the lithium ion rechargeable battery pack and oriented transversely relative to a length of the lithium ion rechargeable battery pack, the positive terminal conductor bar electrically connected at one end to the positive terminal tab of the lithium ion rechargeable battery pack, the other end of the positive terminal conductor bar being electrically connected to the positive cable of the jump starting device; and a negative terminal conductor bar extending along an opposite end of the lithium ion rechargeable battery pack and oriented transversely relative to the length of the lithium ion rechargeable battery pack, the negative terminal conductor bar connected to the negative terminal tab of the lithium ion rechargeable battery pack, the negative terminal conductor bar having one end electrically connected or connectable to the negative cable of the jump starting device; characterized in that the end of the positive terminal conductor bar is configured to wrap around an exposed end of the positive cable of the battery jump starting device. a lithium ion rechargeable battery pack comprising a positive terminal tab and a negative terminal tab; a positive terminal conductor bar extending along one end of the lithium ion rechargeable battery pack and oriented transversely relative to a length of the lithium ion rechargeable battery pack, the positive terminal conductor bar electrically connected at one end to the positive terminal tab of the lithium ion rechargeable battery pack, the other end of the positive terminal conductor bar being electrically connected to the positive cable of the jump starting device; and a negative terminal conductor bar extending along an opposite end of the lithium ion rechargeable battery pack and oriented transversely relative to the length of the lithium ion rechargeable battery pack, the negative terminal conductor bar connected to the negative terminal tab of the lithium ion rechargeable battery pack, the negative terminal conductor bar having one end electrically connected or connectable to the negative cable of the jump starting device;
An auxiliary arrangement for providing a DC supply voltage (V DC ) for driving an LED tube lamp in the absence, failure or disconnection of an alternating mains supply voltage (V AC ) for driving the LED tube lamp, said auxiliary arrangement comprising: an input interface configured to receive, from a DC voltage supply, an input DC voltage generated by the DC voltage supply in the absence, failure or disconnection of the alternating mains supply; an output interface for connecting to the LED tube lamp and for providing the DC supply voltage to the connected LED tube lamp; characterized in that the auxiliary arrangement comprises: a modulation circuit connected between the input interface and the output interface, the modulation circuit being configured to modulate the input DC voltage according to one or more modulation patterns, wherein said one or more modulation patterns are configured to control the DC supply voltage at the output interface to have at least one electrical characteristic the same as the alternating mains supply voltage, to thereby produce the DC supply voltage. an input interface configured to receive, from a DC voltage supply, an input DC voltage generated by the DC voltage supply in the absence, failure or disconnection of the alternating mains supply; an output interface for connecting to the LED tube lamp and for providing the DC supply voltage to the connected LED tube lamp; characterized in that the auxiliary arrangement comprises: a modulation circuit connected between the input interface and the output interface, the modulation circuit being configured to modulate the input DC voltage according to one or more modulation patterns, wherein said one or more modulation patterns are configured to control the DC supply voltage at the output interface to have at least one electrical characteristic the same as the alternating mains supply voltage, to thereby produce the DC supply voltage.
A wireless communication system including a first network and a second network , comprising: a primary user belonging to the first network ; a first secondary user belonging to the second network ; and a coexistence manager installed so as to be able to communicate in the first network and the second network , wherein the coexistence manager comprises: acquiring means for acquiring information regarding spectrum holes which are not at least temporarily used by the primary user ; determining means for determining whether usage of the spectrum holes by the first secondary user causes interference in the first network or not; and notifying means, when the determining means determines that interference occurs in the first network , for notifying a second secondary user belonging to a third network which is different from the second network that interference occurs in the first network , thereby enabling the second network and the third network to coexist in the first network . a primary user belonging to the first network ; a first secondary user belonging to the second network ; and a coexistence manager installed so as to be able to communicate in the first network and the second network , wherein the coexistence manager comprises: acquiring means for acquiring information regarding spectrum holes which are not at least temporarily used by the primary user ; determining means for determining whether usage of the spectrum holes by the first secondary user causes interference in the first network or not; and notifying means, when the determining means determines that interference occurs in the first network , for notifying a second secondary user belonging to a third network which is different from the second network that interference occurs in the first network , acquiring means for acquiring information regarding spectrum holes which are not at least temporarily used by the primary user ; determining means for determining whether usage of the spectrum holes by the first secondary user causes interference in the first network or not; and notifying means, when the determining means determines that interference occurs in the first network , for notifying a second secondary user belonging to a third network which is different from the second network that interference occurs in the first network , thereby enabling the second network and the third network to coexist in the first network .
A compound of the formula: wherein R 1 is -CH 3 or -CH 2 CH 3 ; or a pharmaceutically acceptable salt thereof. wherein R 1 is -CH 3 or -CH 2 CH 3 ; or a pharmaceutically acceptable salt thereof.
A lighting device comprising a connector arranged for being installed in a lighting fixture comprising a ballast for powering said lighting device , said lighting device comprising: - a light emitting diode module ; - a driver circuit , operatively connected between said connector and said light emitting diode module , arranged for controlling supply of power to said light emitting diode module ; - a ballast type detection circuit , operatively connected to said connector , arranged for determining ballast type detection data from power signals supplied by said ballast to said connector , and - a communication circuit , operatively connected to said ballast type detection circuit , arranged for exchanging said ballast type detection data; wherein said ballast type detection circuit is arranged for establishing a type of ballast, characterized in that said ballast type detection circuit and said communication circuit are arranged for exchanging auxiliary data in support of said ballast type detection data. - a light emitting diode module ; - a driver circuit , operatively connected between said connector and said light emitting diode module , arranged for controlling supply of power to said light emitting diode module ; - a ballast type detection circuit , operatively connected to said connector , arranged for determining ballast type detection data from power signals supplied by said ballast to said connector , and - a communication circuit , operatively connected to said ballast type detection circuit , arranged for exchanging said ballast type detection data;
An aircraft control surface actuator comprising: a planetary gearbox assembly having: an input sun gear , an intermediate planetary gear on a planet carrier driven by the sun gear , and, an output ring gear driven by the intermediate planetary gear , and, a position transducer having a rotary input , characterized in that the rotary input is driven by the planet carrier via a resolver drive arm . a planetary gearbox assembly having: an input sun gear , an intermediate planetary gear on a planet carrier driven by the sun gear , and, an output ring gear driven by the intermediate planetary gear , and, an input sun gear , an intermediate planetary gear on a planet carrier driven by the sun gear , and, an output ring gear driven by the intermediate planetary gear , and, a position transducer having a rotary input , characterized in that the rotary input is driven by the planet carrier via a resolver drive arm .
Device for at least partially closing an opening of a cooking vessel , comprising a support element which can be brought to rest on an opening edge of the opening of the cooking vessel , and a plug-in element which can be at least partially inserted through the opening , wherein the plug-in element has a blocking means which can be brought into a blocking position (I) in which the blocking means interacts with the opening edge so that a withdrawal of the plug-in element is essentially prevented, characterized in that , in the blocking position (I), a free space is formed at least in regions around the plug-in element , as a result of which the plug-in element can be moved in the direction of the opening edge , so that the blocking means can be brought into a release position (II) in which the blocking means can be released at least partially from the opening edge .
A device for coalescing a frothy fluid into coalesced fluid and air, the device comprising: a housing ; alignment devices to: receive at least two coalescing filters , each filter including pores for allowing coalesced fluid to pass through; space the at least two coalescing filters to form a gap between adjacent coalescing filters; and seal the at least two coalescing filters against the housing to enclose the gap; the device characterized by an inlet port configured to receive incoming frothy fluid at the device and to drive incoming frothy fluid through the gap perpendicular to the pores in the at least two coalescing filters such that coalesced fluid can travel through the coalescing filters; an outlet port to drain coalesced fluid; and an air vent to allow air to escape the gap. a housing ; alignment devices to: receive at least two coalescing filters , each filter including pores for allowing coalesced fluid to pass through; space the at least two coalescing filters to form a gap between adjacent coalescing filters; and seal the at least two coalescing filters against the housing to enclose the gap; the device characterized by receive at least two coalescing filters , each filter including pores for allowing coalesced fluid to pass through; space the at least two coalescing filters to form a gap between adjacent coalescing filters; and seal the at least two coalescing filters against the housing to enclose the gap; the device characterized by an inlet port configured to receive incoming frothy fluid at the device and to drive incoming frothy fluid through the gap perpendicular to the pores in the at least two coalescing filters such that coalesced fluid can travel through the coalescing filters; an outlet port to drain coalesced fluid; and an air vent to allow air to escape the gap.
A titanium-binding peptide represented by the amino acid sequence of SEQ ID NO: 1.
Mould for vulcanizing a tyre comprising a lining for moulding the tread of this tyre, a mobile valve intended to vent the mould, the valve being of a single piece, this valve being guided in a guide part belonging to the lining and in abutment on each side of this guide part to limit the movement of the valve in the lining , this valve and this guide part being made from the same material, characterized in that the valve is of one piece and non-removable from the guide part.
A tail boom for a helicopter , comprising: a watertight compartment having a first end with a first perimeter , a second end with a second perimeter , and a watertight structural hull between the first and second ends ; and characterized in further comprising: a watertight bulkhead that closes the watertight compartment at the first end in a watertight manner and comprises: an attachment device that is attached to the watertight compartment along the first perimeter at the first end , a frame with an inner perimeter that is attached to the attachment device , and a watertight fabric that closes the inner perimeter of the frame in a watertight manner. an attachment device that is attached to the watertight compartment along the first perimeter at the first end , a frame with an inner perimeter that is attached to the attachment device , and a watertight fabric that closes the inner perimeter of the frame in a watertight manner.