mhurhangee/patent-ind-claim-en huggingface dataset:
Device for stimulating the clitoris using a variable pressure field, the device having: - a housing , on which a handle portion and a stimulation portion are formed; - a drive device , which is arranged in the housing and configured to repeatedly provide a drive movement; - a pressure chamber , which is arranged in the housing in order to provide a variable pressure field and is surrounded by a chamber wall at least in portions; - a movable chamber wall portion , which forms a portion of the chamber wall and is coupled to the drive device such that the movable chamber wall portion is repeatedly movable between different wall positions in response to the drive movement coupled to the chamber wall portion, as a result of which a chamber volume of the pressure chamber is repeatedly increased and decreased in order to generate the variable pressure field; - a housing opening , which is arranged in the stimulation portion and is fluidly connected to the pressure chamber such that the variable pressure field generated by means of the pressure chamber can be dispensed via the housing opening in the form of negative and positive pressures; and - a battery device , which is configured to provide a drive energy for the drive device ; wherein in the drive device , a coil device, through which an electrical current flows during operation, is movably arranged in an assigned stationary permanent magnetic field and is coupled to the movable chamber wall portion in order to transmit the drive movement, wherein the stationary permanent magnetic field is provided by one or more permanent magnets interiorly arranged with respect to coil windings of the coil device. - a housing , on which a handle portion and a stimulation portion are formed; - a drive device , which is arranged in the housing and configured to repeatedly provide a drive movement; - a pressure chamber , which is arranged in the housing in order to provide a variable pressure field and is surrounded by a chamber wall at least in portions; - a movable chamber wall portion , which forms a portion of the chamber wall and is coupled to the drive device such that the movable chamber wall portion is repeatedly movable between different wall positions in response to the drive movement coupled to the chamber wall portion, as a result of which a chamber volume of the pressure chamber is repeatedly increased and decreased in order to generate the variable pressure field; - a housing opening , which is arranged in the stimulation portion and is fluidly connected to the pressure chamber such that the variable pressure field generated by means of the pressure chamber can be dispensed via the housing opening in the form of negative and positive pressures; and - a battery device , which is configured to provide a drive energy for the drive device ;
A sandwich acoustic liner assembly , comprising: a honeycomb core ; and a thermoplastic fabric sheet positioned in overlying relationship and structurally bonded with the honeycomb core with a bond assembly positioned between the thermoplastic fabric sheet and the honeycomb core , wherein the bond assembly comprises an adhesive sheet material , originated from an adhesive sheet , positioned overlying an edge surface of a cell wall of the honeycomb core and extending from the edge surface of the cell wall onto the first side surface of the cell wall adjacent the edge surface of the cell wall and from the edge surface of the cell wall onto the second opposing side surface of the cell wall adjacent the edge surface of the cell wall , the bond assembly further includes a thermoplastic material , from a slurry of a mixture of a powder of thermoplastic material and a solvent, positioned in overlying relationship to the adhesive sheet material positioned on the edge surface of the cell wall of the honeycomb core and on the first side surface and the second opposing side surface of the cell wall . a honeycomb core ; and a thermoplastic fabric sheet positioned in overlying relationship and structurally bonded with the honeycomb core with a bond assembly positioned between the thermoplastic fabric sheet and the honeycomb core , wherein the bond assembly comprises an adhesive sheet material , originated from an adhesive sheet , positioned overlying an edge surface of a cell wall of the honeycomb core and extending from the edge surface of the cell wall onto the first side surface of the cell wall adjacent the edge surface of the cell wall and from the edge surface of the cell wall onto the second opposing side surface of the cell wall adjacent the edge surface of the cell wall , the bond assembly further includes a thermoplastic material , from a slurry of a mixture of a powder of thermoplastic material and a solvent, positioned in overlying relationship to the adhesive sheet material positioned on the edge surface of the cell wall of the honeycomb core and on the first side surface and the second opposing side surface of the cell wall .
A method for managing packets in an input/output virtualization system , the system comprising a computing device having one ore more transceivers and a processor circuit , the processor unit being coupled to the one or more transceivers, the one ore more transceivers comprising an input/output virtualization capable adapter , the input/output virtualization capable adapter comprising an input/output virtualization capable adapter architecture , the method comprising: receiving, at the one or more transceivers, a packet addressed to an input/output virtualization capable adapter destination, forwarding, by the one ore more transceivers, the packet to a virtual router component (302-2) comprised by the processor circuit; applying, by the virtual router component (302-2), one or more packet management policies to the packet; characterized by routing the packet via the virtual router component to the input/output virtualization capable adapter destination; forwarding the routed packet by the virtual router component (302-2) to a layer 2 switch of the input/output virtualization capable adapter architecture ; and transmitting the routed packet to the input/output virtualization capable adapter destination via the layer 2 switch of the input/output virtualization capable adapter architecture . receiving, at the one or more transceivers, a packet addressed to an input/output virtualization capable adapter destination, forwarding, by the one ore more transceivers, the packet to a virtual router component (302-2) comprised by the processor circuit; applying, by the virtual router component (302-2), one or more packet management policies to the packet; characterized by routing the packet via the virtual router component to the input/output virtualization capable adapter destination; forwarding the routed packet by the virtual router component (302-2) to a layer 2 switch of the input/output virtualization capable adapter architecture ; and transmitting the routed packet to the input/output virtualization capable adapter destination via the layer 2 switch of the input/output virtualization capable adapter architecture .
Hair styling apparatus comprising: a heating member having a heating contacting surface for heating hair in contact with the heating member; a cooling member adjacent to the heating member, wherein the cooling member has a cooling contacting surface for cooling hair in contact with the cooling member and the cooling member is cooled by an active cooling mechanism; thermal insulation between the cooling member and the heating member; one or more tensioning members which project from the heating member and which, in use, tensions a user's hair; characterized in that the hair styling apparatus further comprises a guard which at least partially surrounds the heating member and tensioning member and which is thermally insulated from the heating member. a heating member having a heating contacting surface for heating hair in contact with the heating member; a cooling member adjacent to the heating member, wherein the cooling member has a cooling contacting surface for cooling hair in contact with the cooling member and the cooling member is cooled by an active cooling mechanism; thermal insulation between the cooling member and the heating member; one or more tensioning members which project from the heating member and which, in use, tensions a user's hair; characterized in that the hair styling apparatus further comprises a guard which at least partially surrounds the heating member and tensioning member and which is thermally insulated from the heating member.
An apparatus comprising: - means for determining a proximity interaction with a device ; - means for obtaining, responsive to the proximity interaction, a second part of a content item and a first part of the content item, wherein the content item is an image or video file, wherein the content item has a layered structure, wherein one layer is provided as the second part and other layers are provided as the first part, wherein the second part of the content item comprises a lowered resolution preview of the content item, the content item having been divided into the first and second parts wherein dividing the content item into the first and second parts constitutes an encryption operation, the second part being obtained from the device and the first part being obtained from a network source based on information obtained via the proximity interaction with the device; - means for reconstructing the content item using the first part and the second part; and - means for rendering the lowered resolution preview of the content item comprised in the second part, without using the first part. - means for determining a proximity interaction with a device ; - means for obtaining, responsive to the proximity interaction, a second part of a content item and a first part of the content item, wherein the content item is an image or video file, wherein the content item has a layered structure, wherein one layer is provided as the second part and other layers are provided as the first part, wherein the second part of the content item comprises a lowered resolution preview of the content item, the content item having been divided into the first and second parts wherein dividing the content item into the first and second parts constitutes an encryption operation, the second part being obtained from the device and the first part being obtained from a network source based on information obtained via the proximity interaction with the device; - means for reconstructing the content item using the first part and the second part; and - means for rendering the lowered resolution preview of the content item comprised in the second part, without using the first part.
Locating device for locating a source of a radio signal , comprising a movably mounted receiving antenna , which has a directionality and is formed to perform a predetermined movement pattern and in doing so to receive the radio signal , comprising a computation means , which is formed to correlate the received radio signal with a predetermined reference signal and, on the basis of a maximum of the correlation result, to determine the direction from which the radio signal is arriving at the receiving antenna , the reference signal simulating a standard signal of a constant signal level which is theoretically received by the moving receiving antenna and which arrives at the receiving antenna from an invariable predetermined transmission direction, the reference signal being formed as a reference vector which has a predetermined number of values, each of the values specifying the theoretical level of the received standard signal for a portion of the movement pattern ; characterised in that the computation means is formed to store the received radio signal in a receiving vector which has the same number of values as the reference vector, and the computation means being formed, for each sampling time point of the received radio signal , to divide the associated sampling time point by the duration of the movement pattern and to multiply the non-integer part of the division by the number of values in the receiving vector so as to calculate the position of the value in the vector to which a level of the received signal at the associated sampling time point is to be assigned, and to add the level of the received signal at the associated sampling time point to the corresponding value at the calculated position.
An iodine-selenium preparation, in the form of an aqueous solution, containing potassium iodide and sodium selenate (VI), characterized in that 1000 dm 3 of the preparation contains 66-396 kg of potassium iodide, 6-36 kg of sodium selenate, 2-30 kg of sodium salicylate, and the pH of the preparation is in the range of 7-10.
A current sensor , comprising: a ferromagnetic core having a substantially central opening for receiving a current conductor and at least two gaps portions, each of the gap portions having an associated gap spacing; and a detector comprising at least one first magnetic field sensing element disposed in a first one of the gap portions and configured to generate a respective first magnetic field signal in response to a first magnetic field generated in the first gap portion in response to a current through the current conductor, and at least one second magnetic field sensing element disposed in a second one of the gap portions and configured to generate a respective second magnetic field signal in response to a second magnetic field generated in the second gap portion in response to the current through the conductor, wherein the first magnetic field has a magnitude greater than the second magnetic field, wherein the detector further comprises a first circuit portion responsive to the first magnetic field signal and a second, substantially identical circuit portion responsive to the second magnetic field signal, and wherein a sensitivity of the first circuit portion is calibrated based on the spacing of the first gap portion and a sensitivity of the second circuit portion is calibrated based on the spacing of the second gap portion to be lower than the sensitivity of the first circuit portion. a ferromagnetic core having a substantially central opening for receiving a current conductor and at least two gaps portions, each of the gap portions having an associated gap spacing; and a detector comprising at least one first magnetic field sensing element disposed in a first one of the gap portions and configured to generate a respective first magnetic field signal in response to a first magnetic field generated in the first gap portion in response to a current through the current conductor, and at least one second magnetic field sensing element disposed in a second one of the gap portions and configured to generate a respective second magnetic field signal in response to a second magnetic field generated in the second gap portion in response to the current through the conductor, wherein the first magnetic field has a magnitude greater than the second magnetic field, wherein the detector further comprises a first circuit portion responsive to the first magnetic field signal and a second, substantially identical circuit portion responsive to the second magnetic field signal, and wherein a sensitivity of the first circuit portion is calibrated based on the spacing of the first gap portion and a sensitivity of the second circuit portion is calibrated based on the spacing of the second gap portion to be lower than the sensitivity of the first circuit portion.
A process for vapor-phase carbonylation of methanol to methyl formate, characterized in that a feed gas containing 10-50% by volume of methanol, 10-50% by volume of carbon monoxide, 10-30% by volume of hydrogen and 5-20% by volume of oxygen is passed through a reactor loaded with a supported nano-scaled platinum group metal heterogeneous catalyst to produce methyl formate by a vapor-phase carbonylation reaction, under reaction conditions with a space velocity of 500-5000 h -1 , a temperature of 50-150°C and a pressure of 0.01-2 MPa, wherein, said supported nano-scaled platinum group metal heterogeneous catalyst comprises a nano-scaled platinum group metal active component and a carrier, said carrier is one or more selected from alumina, silica, magnesia, zinc oxide, zirconia, titania, metal-organic framework compounds, activated carbon, molecular sieves, carbon nanotubes and graphene; and the percentage content of the nano-scaled platinum group metal active component is 0.01-2%, preferably 0.1-1%, by mass of the carrier; the particle size of said nano-scaled platinum group metal active component is 0.5-10 nm, measured by TEM, said nano-scaled platinum group metal active component is one metal or a mixture of two or more metals selected from ruthenium, rhodium, palladium, osmium, iridium and platinum, or an alloy of several metals selected from ruthenium, rhodium, palladium, osmium, iridium and platinum. said supported nano-scaled platinum group metal heterogeneous catalyst comprises a nano-scaled platinum group metal active component and a carrier, said carrier is one or more selected from alumina, silica, magnesia, zinc oxide, zirconia, titania, metal-organic framework compounds, activated carbon, molecular sieves, carbon nanotubes and graphene; and the percentage content of the nano-scaled platinum group metal active component is 0.01-2%, preferably 0.1-1%, by mass of the carrier; the particle size of said nano-scaled platinum group metal active component is 0.5-10 nm, measured by TEM, said nano-scaled platinum group metal active component is one metal or a mixture of two or more metals selected from ruthenium, rhodium, palladium, osmium, iridium and platinum, or an alloy of several metals selected from ruthenium, rhodium, palladium, osmium, iridium and platinum.
A method comprising: forming a first wafer comprising a first substrate of a group IV semiconductor, and a group III-V semiconductor device structure formed by selective area epitaxial growth on a surface portion of a front side of the first substrate , forming a second wafer comprising a second substrate of a group IV semiconductor, and a group IV semiconductor device structure formed on a front side of the second substrate , and bonding the first wafer to the second wafer with the front side of the first substrate facing the front side of the second wafer , wherein forming the first wafer comprises: forming an insulating layer on the front side of the first substrate , the surface portion of the first substrate being exposed by a trench in the insulating layer , and thereafter epitaxially growing the group III-V semiconductor device structure on the surface portion exposed by the trench , and wherein forming the group III-V semiconductor device structure comprises growing a lower narrow portion in the trench and an upper wider portion protruding above the trench . forming a first wafer comprising a first substrate of a group IV semiconductor, and a group III-V semiconductor device structure formed by selective area epitaxial growth on a surface portion of a front side of the first substrate , forming a second wafer comprising a second substrate of a group IV semiconductor, and a group IV semiconductor device structure formed on a front side of the second substrate , and bonding the first wafer to the second wafer with the front side of the first substrate facing the front side of the second wafer , wherein forming the first wafer comprises: forming an insulating layer on the front side of the first substrate , the surface portion of the first substrate being exposed by a trench in the insulating layer , and thereafter epitaxially growing the group III-V semiconductor device structure on the surface portion exposed by the trench , and wherein forming the group III-V semiconductor device structure comprises growing a lower narrow portion in the trench and an upper wider portion protruding above the trench . forming an insulating layer on the front side of the first substrate , the surface portion of the first substrate being exposed by a trench in the insulating layer , and thereafter epitaxially growing the group III-V semiconductor device structure on the surface portion exposed by the trench , and wherein forming the group III-V semiconductor device structure comprises growing a lower narrow portion in the trench and an upper wider portion protruding above the trench .
A method for displaying a hidden album, comprising: displaying, by an electronic device, a gallery application interface, wherein the gallery application interface displays at least one album entry, and the at least one album entry is different from a "Hidden albums" entry; receiving, by the electronic device, a sliding operation of a user in the gallery application interface, wherein a start location of the sliding operation is a top of the gallery application interface, and a trend of the sliding operation is from the top of the gallery application interface to a bottom of the gallery application interface; if a sliding distance of the sliding operation is greater than a first distance threshold or duration of the sliding operation is greater than a first duration threshold, collecting, by the electronic device, face information of the user; and if the collected face information matches a stored face information template, displaying, by the electronic device, the "Hidden albums" entry, and in response to selection of the "Hidden albums" entry by the user, displaying, by the electronic device, a "Hidden albums" interface. displaying, by an electronic device, a gallery application interface, wherein the gallery application interface displays at least one album entry, and the at least one album entry is different from a "Hidden albums" entry; receiving, by the electronic device, a sliding operation of a user in the gallery application interface, wherein a start location of the sliding operation is a top of the gallery application interface, and a trend of the sliding operation is from the top of the gallery application interface to a bottom of the gallery application interface; if a sliding distance of the sliding operation is greater than a first distance threshold or duration of the sliding operation is greater than a first duration threshold, collecting, by the electronic device, face information of the user; and if the collected face information matches a stored face information template, displaying, by the electronic device, the "Hidden albums" entry, and in response to selection of the "Hidden albums" entry by the user, displaying, by the electronic device, a "Hidden albums" interface.
A method of controlling or preventing infestation of okra, melon, tomato and potato plants by phytopathogenic microorganisms selected from Sphaerotheca fuliginea, Leveillula taurica, Sclerotinia sclerotiorum, Cercospora, Fusarium oxysporum, Fusarium solani, Helminthosporium solani, Phoma tuberosa, Rhizoctonia solani, Phytophthora infestans, Verticillium dahlia, Didymella bryoniae, Botrytis cinerea and Alternaria solani, comprising applying to a crop of plants, the locus thereof, or propagation material thereof, a compound of formula (Ic) wherein R11 and R12 are independently selected from halogen; A is pyridyl which is substituted by one or two substituents independently selected from halogen, C 1 -C 4 -alkyl and C 1 -C 4 -haloalkyl. R11 and R12 are independently selected from halogen; A is pyridyl which is substituted by one or two substituents independently selected from halogen, C 1 -C 4 -alkyl and C 1 -C 4 -haloalkyl.
A sliding member for vehicular suspension comprising, on its outer peripheral sliding face, a colored wear resistant layer formed by an ion plating method and having a film thickness of 0.75 μm or more and 10 μm or less, the wear resistant layer including a dark blue titanium oxide layer , a titanium intermediate layer , and a colored titanium oxide layer , which are laminated in this order from an inner peripheral side toward an outer peripheral side of the sliding member .
A cosmetic nail care composition in the form of a varnish to be applied to the surface of the nail, characterized in that same contains at least one rhamnogalacturonan and at least one uronic acid.