mhurhangee/patent-ind-claim-en huggingface dataset:
A wave-propelled vehicle , configured to float at the free surface of a body of fluid, the vehicle comprising a hull ; the hull comprising an upper hull portion comprising at least one hydrofoil portion , the upper hull portion comprising that portion of the hull being defined by an upper extent 114 and a lower extent 116 of the 'dynamic immersion' of the hull and therefore being arranged to periodically plunge through the free surface of the body of fluid under the action of surface waves of the body of fluid and being divided by the plane of the free surface of the body of fluid at equilibrium, and a lower hull portion defined as that portion of the hull below the lower extent 116 of a dynamic immersion comprising a hydrofoil structure comprising at least one hydrofoil portion, the hydrofoil structure being substantially non-planar, providing a vertically directed concavity when viewed from the front or rear of the vehicle; wherein at least one, or both, of: a) the hydrofoil structure of the lower hull portion is substantially rigid; and b) one or more than one hydrofoil portion of the at least one hydrofoil portion of the upper hull portion forms a majority of the volume of the upper hull portion . an upper hull portion comprising at least one hydrofoil portion , the upper hull portion comprising that portion of the hull being defined by an upper extent 114 and a lower extent 116 of the 'dynamic immersion' of the hull and therefore being arranged to periodically plunge through the free surface of the body of fluid under the action of surface waves of the body of fluid and being divided by the plane of the free surface of the body of fluid at equilibrium, and a lower hull portion defined as that portion of the hull below the lower extent 116 of a dynamic immersion comprising a hydrofoil structure comprising at least one hydrofoil portion, the hydrofoil structure being substantially non-planar, providing a vertically directed concavity when viewed from the front or rear of the vehicle; wherein at least one, or both, of: a) the hydrofoil structure of the lower hull portion is substantially rigid; and b) one or more than one hydrofoil portion of the at least one hydrofoil portion of the upper hull portion forms a majority of the volume of the upper hull portion . a) the hydrofoil structure of the lower hull portion is substantially rigid; and b) one or more than one hydrofoil portion of the at least one hydrofoil portion of the upper hull portion forms a majority of the volume of the upper hull portion .
Method for illuminating a region (Ba0-Ba2, Bi0-Bi2; La0-La2, Li0-Li2; Li0-Lix; La0-Lax; T1-T3; S1-S8) in the area ahead and/or in the interior (F1, F2, F3) of a motor vehicle (K), wherein the illumination is activated in connection with the unlocking or opening or with the closing or locking of a door (1-4), lid or the like of the motor vehicle (K), wherein the illumination is effected such that the illuminated region (Ba0-Ba2, Bi0-Bi2; La0-La2, Li0-Li2; Li0-Lix; La0-Lax; T1-T3; S1-S8) appears to an observer to be changing, characterized in that , when the door (1-4) or a tailgate is unlocked, initially only a part (LaO, Li0) of the illuminated region (La0-La2, Li0-Li2; Li0-Lix; La0-Lax) appears in the vicinity of the entrance region of the vehicle door (1-4) or on the ground in the region of the tailgate , and subsequently the illuminated region (LaO, Li0) increases in size as the opening angle (α) increases, wherein the illumination is effected such that the illuminated region (La0-La2, Li0-Li2; Li0-Lix; La0-Lax; S1-S8) appears in the manner of a light carpet that is being rolled out.
A method to personalize a User Equipment, UE, the method being performed by the UE and the method comprising: determining whether a subscriber identification module, SIM, card is a first network SIM card or a second network SIM card; and performing an unlock sequence for personalization based on a first personalization scheme associated with a subscriber permanent identifier, SUPI, if the SIM card is determined to be the first network SIM card, wherein the unlock sequence comprises: determining whether the SUPI of the first network SIM card matches with a stored SUPI that is stored in a secure file system, SFS, at the UE, and initializing the UE to a network if the SUPI of the first network SIM card matches with the stored SUPI that is stored in the SFS at the UE. determining whether a subscriber identification module, SIM, card is a first network SIM card or a second network SIM card; and performing an unlock sequence for personalization based on a first personalization scheme associated with a subscriber permanent identifier, SUPI, if the SIM card is determined to be the first network SIM card, wherein the unlock sequence comprises: determining whether the SUPI of the first network SIM card matches with a stored SUPI that is stored in a secure file system, SFS, at the UE, and initializing the UE to a network if the SUPI of the first network SIM card matches with the stored SUPI that is stored in the SFS at the UE. determining whether the SUPI of the first network SIM card matches with a stored SUPI that is stored in a secure file system, SFS, at the UE, and initializing the UE to a network if the SUPI of the first network SIM card matches with the stored SUPI that is stored in the SFS at the UE.
Oxalate salt of a compound with the formula wherein Gp is an amino protecting group and Gp-NH is selected from the group consisting of 9-fluorenylmethyl carbamate (FMOC amide), t-butyl carbamate (BOC amide), benzyl carbamate, acetamide, trifluoroacetamide, phtalimide, benzylamine, triphenylmethylamine, benzylideneamine, and tosylamide.
A cutting insert for turning, milling or drilling of metal, the cutting insert comprising: a body having an elongate recess extending along at least a portion of the body, wherein the body comprises a substrate ; a first layer covering interior side walls of the recess; and a sensor arrangement comprising a lead extending along the recess, the lead comprising electrically conductive material which is arranged in the recess such that the first layer is located between said electrically conductive material and the substrate, wherein, for at least a depth (D1, D2, D5) below which at least a portion of said electrically conductive material is arranged in the recess, a width (W2, W3, W4) of the recess measured at said depth between portions of said first layer covering opposite interior side walls of the recess is less than or equal to 80 micrometers, and wherein at least a portion of the lead is arranged at a depth (D4) of the recess such that there is space within the recess above the lead, characterized in that the recess is no more than 50 micrometers deep, wherein, if the recess is formed in the substrate, the depth of the recess is measured from a surface of the substrate to a bottom of the recess, and wherein, if the recess is formed in the first layer, the depth is measured from a surface of the first layer to a bottom of the recess. a body having an elongate recess extending along at least a portion of the body, wherein the body comprises a substrate ; a first layer covering interior side walls of the recess; and a sensor arrangement comprising a lead extending along the recess, the lead comprising electrically conductive material which is arranged in the recess such that the first layer is located between said electrically conductive material and the substrate, wherein, for at least a depth (D1, D2, D5) below which at least a portion of said electrically conductive material is arranged in the recess, a width (W2, W3, W4) of the recess measured at said depth between portions of said first layer covering opposite interior side walls of the recess is less than or equal to 80 micrometers, and wherein at least a portion of the lead is arranged at a depth (D4) of the recess such that there is space within the recess above the lead, characterized in that the recess is no more than 50 micrometers deep, wherein, if the recess is formed in the substrate, the depth of the recess is measured from a surface of the substrate to a bottom of the recess, and wherein, if the recess is formed in the first layer, the depth is measured from a surface of the first layer to a bottom of the recess.
A composition comprising: a liposome; a europium metal complex disposed within the liposome, the europium metal complex including a europium metal ion and a multi-dentate ligand selected from the group consisting of cryptands and thiacryptands, the europium metal complex including Eu 2+ ; and if necessary, counter-ions to maintain charge neutrality, the europium metal ion being switchable from a 2+ oxidation state to a 3+ oxidation state when encapsulated in the liposome. a liposome; a europium metal complex disposed within the liposome, the europium metal complex including a europium metal ion and a multi-dentate ligand selected from the group consisting of cryptands and thiacryptands, the europium metal complex including Eu 2+ ; and if necessary, counter-ions to maintain charge neutrality, the europium metal ion being switchable from a 2+ oxidation state to a 3+ oxidation state when encapsulated in the liposome.
A device for controlling the injection pressure or alternatively force of a plurality of jets generated by channels at the outlet of a nozzle of a needleless injection device , the injection pressure or alternatively force control device comprising, for each jet generated at the outlet of the nozzle , an element for measuring the injection pressure or alternatively force of the corresponding jet, each injection pressure or alternatively force measuring element comprising a receiving face for the corresponding jet oriented to receive this jet.
A reflective particulate composition, comprising: a particulate mixture comprising: a particulate substrate comprising a feldspar and/or a sand, a hardness enhancer comprising plaster of Paris, Epsom salt, aplite, calcium carbonate, magnesium carbonate, and/or sodium carbonate, and a pigment comprising a clay, the feldspar being present in the particulate mixture in an amount greater than an amount of the clay; and a hydrophobic exterior coating on the particulate mixture, the hydrophobic exterior coating comprising a silane, siloxane, polysiloxane, organopolysiloxane, and/or silicone resin. a particulate mixture comprising: a particulate substrate comprising a feldspar and/or a sand, a hardness enhancer comprising plaster of Paris, Epsom salt, aplite, calcium carbonate, magnesium carbonate, and/or sodium carbonate, and a pigment comprising a clay, the feldspar being present in the particulate mixture in an amount greater than an amount of the clay; and a particulate substrate comprising a feldspar and/or a sand, a hardness enhancer comprising plaster of Paris, Epsom salt, aplite, calcium carbonate, magnesium carbonate, and/or sodium carbonate, and a pigment comprising a clay, the feldspar being present in the particulate mixture in an amount greater than an amount of the clay; and a hydrophobic exterior coating on the particulate mixture, the hydrophobic exterior coating comprising a silane, siloxane, polysiloxane, organopolysiloxane, and/or silicone resin.
A battery reinforcement method for reinforcing a rectangular battery cell in which a battery element is disposed in a rectangular external packaging , wherein the method comprises forming the external packaging by enclosing the battery element between two rectangular external packaging sheets and sealing rectangular external packaging sheets with a sealing part that runs around an entire circumference of the battery element to form the rectangular external packaging , the rectangular external packaging having four sides, each of the sides having an edge, the sealing part being separated from the edges of three of the sides such that the sealing part is disposed between the battery element and the edges of the three sides of the rectangular external packaging ; and comprises a step of forming a reinforcing part (80; 80, 81, 82) on at least one of the three sides of the rectangular external packaging such that an elongated gap exists between the sealing part and the reinforcing part (80; 80, 81, 82), the reinforcing part (80; 80, 81, 82) being located in a region between the sealing part and the edge of the at least one of the three sides of the rectangular external packaging from which the sealing part is separated, the gap extending parallel to the edge of the at least one of the three sides such that the reinforcing part (80; 80, 81, 82) is separated from the sealing part by the gap and does not overlap the sealing part , the external packaging sheets being formed by coating a metal sheet with a resin, and the sealing part and reinforcing part (80; 80, 81, 82) being formed independently from each other by thermocompression-bonding the resin that coats the two external packaging sheets, wherein the reinforcing part (80; 80, 81, 82) is formed on at least a part of an edge of the external packaging sheet that is different from an edge of the rectangular form that is used for discharging gas.
Door spacer for ensuring a minimum gap between a door sealed by a seal with respect to a carcass of a household appliance and the carcass with fastening means for fastening to the door or to the carcass , and a stop for contacting the other door or carcass in each case, wherein the stop is formed on a spring element , characterised in that the spring element can be displaced into a free space against a spring force produced by a closing force of the door .
A surgical instrument, comprising: (a) a body ; (b) an ultrasonic blade extending distally from the body, wherein the ultrasonic blade is operable to apply ultrasonic energy to tissue; (c) a clamp arm assembly comprising a clamp arm pivotably coupled with the body at a pivot assembly, wherein the clamp arm is operable to compress tissue against the ultrasonic blade; (d) a first tissue stop feature extending toward the clamp arm ; (e) a second tissue stop feature extending away from the clamp arm , wherein the second tissue stop feature is configured to pivot with the clamp arm, wherein the first and second tissue stop features are configured to cooperate to restrict passage of tissue to proximal regions of the ultrasonic blade and clamp arm; and (f) a detent assembly , wherein the detent assembly is configured to provide tactile resistance to pivotal movement of the clamp arm relative to the body beyond a predefined pivot angle, wherein the detent assembly is configured to permit pivotal movement of the clamp arm relative to the body beyond a predefined pivot angle upon application of a force sufficient to overcome the tactile resistance, further wherein the tactile feedback indicates to the operator that the first tissue stop and second tissue stop are no longer overlapping. (a) a body ; (b) an ultrasonic blade extending distally from the body, wherein the ultrasonic blade is operable to apply ultrasonic energy to tissue; (c) a clamp arm assembly comprising a clamp arm pivotably coupled with the body at a pivot assembly, wherein the clamp arm is operable to compress tissue against the ultrasonic blade; (d) a first tissue stop feature extending toward the clamp arm ; (e) a second tissue stop feature extending away from the clamp arm , wherein the second tissue stop feature is configured to pivot with the clamp arm, wherein the first and second tissue stop features are configured to cooperate to restrict passage of tissue to proximal regions of the ultrasonic blade and clamp arm; and (f) a detent assembly , wherein the detent assembly is configured to provide tactile resistance to pivotal movement of the clamp arm relative to the body beyond a predefined pivot angle, wherein the detent assembly is configured to permit pivotal movement of the clamp arm relative to the body beyond a predefined pivot angle upon application of a force sufficient to overcome the tactile resistance, further wherein the tactile feedback indicates to the operator that the first tissue stop and second tissue stop are no longer overlapping.
A compound of Formula (III): wherein B' and B" together is a 3-indole Y is absent, R 3 and R 4 taken together with the nitrogen to which they are attached form a piperazine, unsubstituted or substituted with a methyl, ethyl, propyl, butyl, and R 1 and R 5 are hydrogen, R 2 is tetrahydrofurane, oxane (tetrahydropyrane), dioxane, methylene-tetrahydrofurane, methyleneoxane, methylene-dioxane, ethylene-tetrahydrofurane, ethylene-oxane, ethylene-dioxane. Y is absent, R 3 and R 4 taken together with the nitrogen to which they are attached form a piperazine, unsubstituted or substituted with a methyl, ethyl, propyl, butyl, and R 1 and R 5 are hydrogen, R 2 is tetrahydrofurane, oxane (tetrahydropyrane), dioxane, methylene-tetrahydrofurane, methyleneoxane, methylene-dioxane, ethylene-tetrahydrofurane, ethylene-oxane, ethylene-dioxane.
A power management system, comprising: a direct current to alternating current (DC/AC) converter having a first electrical power interface (EPI 1) and a second EPI (EPI 2); further characterized in that , a switching arrangement having: a common electrical connection (A), the common electrical connection (A) being configured to be coupled to an electromagnetic machine (EMM) , a first electrical connection (C) selectably electrically coupled to the common electrical connection (A), the first electrical connection (C) further being electrically coupled to the second EPI (EPI 2), and a second electrical connection (B) selectably electrically coupled to the common electrical connection (A), the second electrical connection (B) is electrically coupled to a DC power bus ; the first EPI (EPI 1), the second EPI (EPI 2) and the common electrical connection (A) being configurable as electrical power inputs and electrical power outputs. a direct current to alternating current (DC/AC) converter having a first electrical power interface (EPI 1) and a second EPI (EPI 2); further characterized in that , a switching arrangement having: a common electrical connection (A), the common electrical connection (A) being configured to be coupled to an electromagnetic machine (EMM) , a first electrical connection (C) selectably electrically coupled to the common electrical connection (A), the first electrical connection (C) further being electrically coupled to the second EPI (EPI 2), and a second electrical connection (B) selectably electrically coupled to the common electrical connection (A), the second electrical connection (B) is electrically coupled to a DC power bus ; a common electrical connection (A), the common electrical connection (A) being configured to be coupled to an electromagnetic machine (EMM) , a first electrical connection (C) selectably electrically coupled to the common electrical connection (A), the first electrical connection (C) further being electrically coupled to the second EPI (EPI 2), and a second electrical connection (B) selectably electrically coupled to the common electrical connection (A), the second electrical connection (B) is electrically coupled to a DC power bus ; the first EPI (EPI 1), the second EPI (EPI 2) and the common electrical connection (A) being configurable as electrical power inputs and electrical power outputs.
An agent comprising Bifidobacterium longum subsp. infantis, B.longum subsp. longum, B.breve, B.pseudocatenulatum, or B. bifidum for use in a method of altering the composition of the gut bacterial microbiome in nursing non-human mammals to prevent and treat disease, the method comprising: administering to a nursing non-human mammal a dose of the agent; wherein the agent is an agent that limits the availability of at least one of milk glycans and milk glycan monomers in the nursing mammal's gut; and wherein the limited availability of said at least one of milk glycans and milk glycan monomers reduces total populations of enteric pathogens and related organisms in the nursing non-human mammal's gut. administering to a nursing non-human mammal a dose of the agent; wherein the agent is an agent that limits the availability of at least one of milk glycans and milk glycan monomers in the nursing mammal's gut; and
A blind detection parameter acquisition method performed by a User Equipment, UE, comprising: detecting a signal transmitted via a channel to acquire a detection result that indicates the UE to perform the blind detection on a Physical Downlink Control Channel, PDCCH; wherein the signal comprises a wake-up signal, WUS, or a go-to-sleep signal, and the channel comprises a wake-up channel or a go-to-sleep channel, wherein the wake-up channel is a channel via which the WUS is transmitted, and the go-to-sleep channel is a channel via which the go-to-sleep signal is transmitted, and the detection result is configured to indicate the UE to perform the blind detection on PDCCH, or indicate the UE to go back to a go-to-sleep state if the UE was in the go-to-sleep state before detecting the signal or the signal transmitted via the channel; acquiring a blind detection parameter corresponding to the detection result, wherein the blind detection parameter comprises a blind detection parameter of the PDCCH; and performing the blind detection on the PDCCH by using the blind detection parameter. detecting a signal transmitted via a channel to acquire a detection result that indicates the UE to perform the blind detection on a Physical Downlink Control Channel, PDCCH; wherein the signal comprises a wake-up signal, WUS, or a go-to-sleep signal, and the channel comprises a wake-up channel or a go-to-sleep channel, wherein the wake-up channel is a channel via which the WUS is transmitted, and the go-to-sleep channel is a channel via which the go-to-sleep signal is transmitted, and the detection result is configured to indicate the UE to perform the blind detection on PDCCH, or indicate the UE to go back to a go-to-sleep state if the UE was in the go-to-sleep state before detecting the signal or the signal transmitted via the channel; acquiring a blind detection parameter corresponding to the detection result, wherein the blind detection parameter comprises a blind detection parameter of the PDCCH; and performing the blind detection on the PDCCH by using the blind detection parameter.