mhurhangee/patent-ind-claim-en huggingface dataset:
An electrode, comprising: a nano-scale coated network, comprising: one or more first nanofibers electrically connected to one or more second nanofibers to form a nano-scale network, wherein at least one of the one or more second nanofibers is in electrical contact with another of the one or more second nanofibers ; and an active material coating ; wherein the active material coating has been redistributed from at least a portion of the one or more first nanofibers to at least a portion of the one or more second nanofibers to isolate the at least a portion of the one or more first nanofibers and the at least a portion of the one or more second nanofibers from an electrolyte, wherein the active material coating does not interfere with the electrical connection between at least one of the one or more second nanofibers and another of the one or more second nanofibers , and wherein electrical conductivity between at least one of the one or more second nanofibers and another of the one or more second nanofibers is uninterrupted by the active material . one or more first nanofibers electrically connected to one or more second nanofibers to form a nano-scale network, wherein at least one of the one or more second nanofibers is in electrical contact with another of the one or more second nanofibers ; and an active material coating ; wherein the active material coating has been redistributed from at least a portion of the one or more first nanofibers to at least a portion of the one or more second nanofibers to isolate the at least a portion of the one or more first nanofibers and the at least a portion of the one or more second nanofibers from an electrolyte, wherein the active material coating does not interfere with the electrical connection between at least one of the one or more second nanofibers and another of the one or more second nanofibers , and wherein electrical conductivity between at least one of the one or more second nanofibers and another of the one or more second nanofibers is uninterrupted by the active material .
An indium precursor compound, represented by Chemical Formula 1 below: wherein R 1 , R 3 , and R 4 are each independently a unsubstituted alkyl group having 1 to 6 carbon atoms, R 2 is a linear or branched alkyl group having 1 to 6 carbon atoms, R 5 and R 6 are each independently hydrogen or an alkyl group having 1 to 3 carbon atoms, X is carbon or a heteroatom, and n is an integer from 1 to 3.
Moulded building block for arrangement between a building wall , which is provided with reinforcement and is made of concrete, and a floor slab or ceiling slab , which is provided with reinforcement and is made of concrete, for supporting the building wall on the floor slab or ceiling slab and/or for supporting the ceiling slab on the building wall , comprising - a moulded body made of a mineral building material, having - a first contact region for putting the moulded body on the floor slab or ceiling slab or above the building wall , and - a second contact region , which extends substantially parallel to the first contact region and is intended for the building wall to be placed thereon or the ceiling slab to be put thereon, wherein, on at least one of its contact regions , the moulded body at least partially comprises a material layer with elastic properties for the transmission of force from or to the building wall and/or floor slab or ceiling slab, characterized in that at least one transmitting projection for absorbing and transmitting shear forces acting in the longitudinal direction of the building wall into the floor slab or ceiling slab arranged above or below the building wall is provided on the first and/or second contact region . - a moulded body made of a mineral building material, having - a first contact region for putting the moulded body on the floor slab or ceiling slab or above the building wall , and - a second contact region , which extends substantially parallel to the first contact region and is intended for the building wall to be placed thereon or the ceiling slab to be put thereon, wherein, on at least one of its contact regions , the moulded body at least partially comprises a material layer with elastic properties for the transmission of force from or to the building wall and/or floor slab or ceiling slab, characterized in that at least one transmitting projection for absorbing and transmitting shear forces acting in the longitudinal direction of the building wall into the floor slab or ceiling slab arranged above or below the building wall is provided on the first and/or second contact region .
Method to monitor network performance in a computer comprising at least one physical server having a hardware, HW, machine attached via a hypervisor to a set of virtual machines , wherein the HW machine comprises a HW network interface card, NIC, and a HW clock , and a virtual machine from the set of virtual machines comprises a virtual machine NIC, the method comprising the following: - measuring delays for selected packet flows in transition between the hardware machine and the virtual machines, where the delays are measured by utilizing time stamps obtained by the HW clock for at least one of incoming packets and outgoing packets of the selected packet flows and where the time stamps include a first time stamp for a packet of the selected packet flows when the packet arrives at the HW NIC, and a second time stamp created when the packet is read from the virtual machine NIC; - determining a delay as a difference between the second time stamp and the first time stamp; and - identifying a source of network degradation by observing the delay. - measuring delays for selected packet flows in transition between the hardware machine and the virtual machines, where the delays are measured by utilizing time stamps obtained by the HW clock for at least one of incoming packets and outgoing packets of the selected packet flows and where the time stamps include a first time stamp for a packet of the selected packet flows when the packet arrives at the HW NIC, and a second time stamp created when the packet is read from the virtual machine NIC; - determining a delay as a difference between the second time stamp and the first time stamp; and - identifying a source of network degradation by observing the delay.
A method for determining whether to allow user access based on a user input at electronic device, the method comprising: detecting a touch by an object on a touch-sensitive area of an electronic device, in which a plurality of electrode pairs are mounted, the plurality of electrode pairs including a first set of electrode pairs and a second set of electrode pairs; determining a subset of the first set of electrode pairs that are in contact with a part of the object; receiving electrical signals from each pair of the determined subset; calculating impedance values of respective parts of the object based on the received electrical signals; determining a ratio of the calculated impedance values for each pair of electrode pairs disposed on mutually perpendicular lines from the determined subset, and, if a first impedance value for one electrode pair included in electrode pairs disposed on mutually perpendicular lines is greater than a second impedance value for the other electrode pair in the electrode pairs, the ratio of the calculated impedance values is a ratio of the first impedance value to the second impedance value; selecting two pairs of electrode pairs disposed on mutually perpendicular lines with a maximum ratio of the calculated impedance values; and if the maximum ratio exceeds a predetermined threshold, identifying the object as a living tissue object, and allow access on the electronic device. detecting a touch by an object on a touch-sensitive area of an electronic device, in which a plurality of electrode pairs are mounted, the plurality of electrode pairs including a first set of electrode pairs and a second set of electrode pairs; determining a subset of the first set of electrode pairs that are in contact with a part of the object; receiving electrical signals from each pair of the determined subset; calculating impedance values of respective parts of the object based on the received electrical signals; determining a ratio of the calculated impedance values for each pair of electrode pairs disposed on mutually perpendicular lines from the determined subset, and, if a first impedance value for one electrode pair included in electrode pairs disposed on mutually perpendicular lines is greater than a second impedance value for the other electrode pair in the electrode pairs, the ratio of the calculated impedance values is a ratio of the first impedance value to the second impedance value; selecting two pairs of electrode pairs disposed on mutually perpendicular lines with a maximum ratio of the calculated impedance values; and if the maximum ratio exceeds a predetermined threshold, identifying the object as a living tissue object, and allow access on the electronic device.
A first device, comprising: one or more processors to: provide, to a second device, a first message that includes a first request for a first type of precision time protocol, PTP, message and a second request for a second type of PTP message, the first type of PTP message being different from the second type of PTP message; receive, from the second device, a second message based on the first message, the second message identifying whether the first request and the second request are granted; and provide, to the second device and responsive to identifying that the first request and second request are granted, a third message that instructs the second device to provide to the first device a first set of messages, associated with the first type of PTP message, and a second set of messages associated with the second type of PTP message, the first device configured to synchronize a first clock of the first device with a second clock of the second device based on the first set of messages and the second set of messages. provide, to a second device, a first message that includes a first request for a first type of precision time protocol, PTP, message and a second request for a second type of PTP message, the first type of PTP message being different from the second type of PTP message; receive, from the second device, a second message based on the first message, the second message identifying whether the first request and the second request are granted; and provide, to the second device and responsive to identifying that the first request and second request are granted, a third message that instructs the second device to provide to the first device a first set of messages, associated with the first type of PTP message, and a second set of messages associated with the second type of PTP message, the first device configured to synchronize a first clock of the first device with a second clock of the second device based on the first set of messages and the second set of messages.
A game system comprising: a plurality of information processing apparatuses configured to communicate with each other and include at least a first information processing apparatus and a second information processing apparatus ; and a control unit configured to control the plurality of information processing apparatuses , wherein the first information processing apparatus includes a first display unit and a first touch panel that detects contact on the first display unit , the second information processing apparatus includes a second display unit and a second touch panel that detects contact on the second display unit , and when a slide input from a first position on the first touch panel to a second position on the second touch panel is detected, based on touch information detected by the first touch panel and the second touch panel , the control unit sets a positional relationship of the first display unit and the second display unit , based on a first slide input on the first touch panel and a second slide input on the second touch panel , out of the slide input from the first position to the second position, performs game processing that is based on the positional relationship, and causes at least one of the first display unit and the second display unit to perform display that is based on the game processing. a plurality of information processing apparatuses configured to communicate with each other and include at least a first information processing apparatus and a second information processing apparatus ; and a control unit configured to control the plurality of information processing apparatuses , wherein the first information processing apparatus includes a first display unit and a first touch panel that detects contact on the first display unit , the second information processing apparatus includes a second display unit and a second touch panel that detects contact on the second display unit , and when a slide input from a first position on the first touch panel to a second position on the second touch panel is detected, based on touch information detected by the first touch panel and the second touch panel , the control unit sets a positional relationship of the first display unit and the second display unit , based on a first slide input on the first touch panel and a second slide input on the second touch panel , out of the slide input from the first position to the second position, performs game processing that is based on the positional relationship, and causes at least one of the first display unit and the second display unit to perform display that is based on the game processing.
A method of filling a silo with crop material , in particular a flat silo with chopped corn, including the following method steps: a) crop material is unloaded at an unloading location at the silo , b) the unloaded crop material is introduced into the silo by means of a distribution vehicle , wherein the crop material is distributed within the silo by means of a pushing blade of the distribution vehicle and in that case is successively piled up, c) in the course of the introduction of further crop material into the silo crop material which has already been introduced is driven over by means of the distribution vehicle whereby the crop material is compacted, characterised by the following method steps: d) by means of a sensor device arranged on the distribution vehicle information concerning a surface topography of the crop material already introduced into the silo is continuously detected at least in the course of the crop material being driven over, which information is then passed to a control device , and e) the information is processed by means of the control device so that the control device is suitable for controlling a working height of the pushing blade in such a way that the crop material is successively piled up in crop material layers of an at least substantially uniform layer height . a) crop material is unloaded at an unloading location at the silo , b) the unloaded crop material is introduced into the silo by means of a distribution vehicle , wherein the crop material is distributed within the silo by means of a pushing blade of the distribution vehicle and in that case is successively piled up, c) in the course of the introduction of further crop material into the silo crop material which has already been introduced is driven over by means of the distribution vehicle whereby the crop material is compacted, d) by means of a sensor device arranged on the distribution vehicle information concerning a surface topography of the crop material already introduced into the silo is continuously detected at least in the course of the crop material being driven over, which information is then passed to a control device , and e) the information is processed by means of the control device so that the control device is suitable for controlling a working height of the pushing blade in such a way that the crop material is successively piled up in crop material layers of an at least substantially uniform layer height .
A catheter device for transvascular delivery of a medical device to a cardiac valve region of a patient, said catheter device comprising an elongate sheath with a lumen and a distal end , said sheath having a relaxed state and a locked state, said sheath comprising radially expandable units on its outside for a defined positioning of the distal end of the sheath in an anatomical structure relative a cardiac valve for delivery of said medical device through said lumen of said sheath , and an elongate member with a distal end portion comprising radially expandable units , wherein said elongate member is retractably insertable into said lumen of said sheath , said expandable units being arranged for temporarily positioning said elongate sheath centrally in relation to said cardiac valve; and wherein said elongate sheath comprises releasable locking members for controllably locking said elongate sheath in a shape along its length along a distal portion thereof from said relaxed state to said locked state when positioned in relation to said cardiac valve by said expandable units, wherein said medical device is deliverable through said lumen of said sheath when said elongate member is retracted from said lumen of said sheath and said sheath is in said locked state.
Cap assembly having a threaded neck for mounting on a container and a cap for a container , comprising: - a cap body comprising a substantially tubular skirt which is centered on a main axis (A1) and means for the engagement of same with a neck connected to the container , the cap body being pivotably mounted between a closed position and at least one open position; - a tamper-evident ring ; and - two connecting arms which are each connected on one side to the tamper-evident ring and on the other, by means of a hinge, to the cap body ; - the cap body comprises a locking finger which is located between the two connecting arms and which extends axially toward the tamper-evident ring when the cap body is in its closed position; - the locking finger comprises a free end edge which is intended to bear against a first bearing zone of the neck so as to hold the cap body in an intermediate open position (O1), and an outer axial surface which is intended to bear against a second bearing zone of the neck so as to hold the cap body in a fully open position (O2) - the upper section of the neck has an outer peripheral groove , the lower edge of which forms the first bearing zone and the upper edge of which forms the second bearing zone for the free end edge of the locking finger , characterized in that: - the neck has at its upper end a sealing lip intended to be compressed against a sealing element of the cap body in the closed position of the cap against the neck , the radially outer end of the sealing lip forming the upper edge of the outer peripheral groove . - a cap body comprising a substantially tubular skirt which is centered on a main axis (A1) and means for the engagement of same with a neck connected to the container , the cap body being pivotably mounted between a closed position and at least one open position; - a tamper-evident ring ; and - two connecting arms which are each connected on one side to the tamper-evident ring and on the other, by means of a hinge, to the cap body ; - the cap body comprises a locking finger which is located between the two connecting arms and which extends axially toward the tamper-evident ring when the cap body is in its closed position; - the locking finger comprises a free end edge which is intended to bear against a first bearing zone of the neck so as to hold the cap body in an intermediate open position (O1), and an outer axial surface which is intended to bear against a second bearing zone of the neck so as to hold the cap body in a fully open position (O2) - the upper section of the neck has an outer peripheral groove , the lower edge of which forms the first bearing zone and the upper edge of which forms the second bearing zone for the free end edge of the locking finger , - the neck has at its upper end a sealing lip intended to be compressed against a sealing element of the cap body in the closed position of the cap against the neck , the radially outer end of the sealing lip forming the upper edge of the outer peripheral groove .
A method for wireless communication at a user equipment, UE, comprising: receiving , from a base station, a downlink message that indicates a control channel monitoring periodicity and a control channel offset for a radio frame; identifying , based at least in part on the control channel monitoring periodicity and the control channel offset, a set of slots carrying control channel candidates within the radio frame for monitoring by the user equipment, UE; monitoring a search space of each slot of the identified set of slots for a control channel candidate, and calculating a location of a control channel element of the control channel candidate for a first slot based at least in part on a second slot, the second slot being the previous monitored slot carrying a control channel candidate, and wherein one or more slots occur between the first slot and the second slot; and receiving downlink control information for the UE based at least in part on the control channel candidate for the first slot. receiving , from a base station, a downlink message that indicates a control channel monitoring periodicity and a control channel offset for a radio frame; identifying , based at least in part on the control channel monitoring periodicity and the control channel offset, a set of slots carrying control channel candidates within the radio frame for monitoring by the user equipment, UE; monitoring a search space of each slot of the identified set of slots for a control channel candidate, and calculating a location of a control channel element of the control channel candidate for a first slot based at least in part on a second slot, the second slot being the previous monitored slot carrying a control channel candidate, and wherein one or more slots occur between the first slot and the second slot; and receiving downlink control information for the UE based at least in part on the control channel candidate for the first slot.