mhurhangee/patent-ind-claim-en huggingface dataset:
A wound dressing apparatus comprising: a substrate comprising a first side of the substrate supporting a plurality of electronic components, electronic tracks, and a plurality of connectors between the electronic components and electronic tracks, wherein the substrate is flexible in order to be conformable to a wound; a first coating on the first side of the substrate applied to at least one connector of the plurality of connectors to reinforce the at least one connector; a second coating on the first side of the substrate; a third coating on a second side of the substrate opposite the first side; and a fourth coating applied over at least some of the plurality of the electronic components. a substrate comprising a first side of the substrate supporting a plurality of electronic components, electronic tracks, and a plurality of connectors between the electronic components and electronic tracks, wherein the substrate is flexible in order to be conformable to a wound; a first coating on the first side of the substrate applied to at least one connector of the plurality of connectors to reinforce the at least one connector; a second coating on the first side of the substrate; a third coating on a second side of the substrate opposite the first side; and a fourth coating applied over at least some of the plurality of the electronic components.
A system enabling transmission of a medical history, comprising: a plurality of health organization networks, at least one of the health organization networks comprising a repository holding a medical history; a plurality of ledgers encoding changes to the medical history; a central service provider connected to each of the plurality of health organization networks via a communication link associated with each health organization network; and a server enhancement hosted by the central service provider, the server enhancement configured to: provide a private subnetwork between at least a portion of the health organization networks through all or a portion of the communication links; and direct maintenance of at least one ledger by the health organization networks to reflect changes to the medical history, characterized in that the system comprises a network of patient monitors configured to communicate with one or more of the health organization networks via the central service provider through the communication link.
A method for producing a first milk product (MP1) having a first fat content (MPF1) and a second milk product (MP2) having a second fat content (MPF2), said method comprising separating raw milk (RM) into cream (CR) and skim milk (SM), wherein the cream (CR) is fed to a main cream pipe and the skim milk (SM) to a main skim milk pipe , diverting , from the main cream pipe , a first part (CR1) of the cream (CR) into a first cream pipe , and a second part (CR2) of the cream (CR) into a second cream pipe , wherein a surplus part (CRS) of the cream (CR) is fed through the main cream pipe , dividing the skim milk (SM) in the main skim milk pipe , such that a first part (SM1) of the skim milk (SM) flows into a first skim milk pipe and a second part (SM2) of the skim milk (SM) flows into a second skim milk pipe , determining , based on the first fat content (MPF1) and the second fat content (MPF2), - a first cream flow rate (Q CR1 ) for the first cream part (CR1) flowing in the first cream pipe , - a second cream flow rate (Q CR2 ) for the second cream part (CR2) flowing in the second cream pipe , - a first skim milk flow rate (Q SM1 ) for the first skim milk part (SM1) flowing in the first skim milk pipe , and - a second skim milk flow rate (Q SM2 ) for the second skim milk part (SM2) flowing in the second skim milk pipe , adjusting , to obtain the first cream flow rate (Q CR1 ), the second cream flow rate (Q CR2 ), the first skim milk flow rate (Q SM1 ) and the second skim milk flow rate (Q SM2 ), a set of valves that controls flows of liquid through the first cream pipe , the second cream pipe , the first skim milk pipe , and the second skim milk pipe , combining the cream (CR1) flowing in the first cream pipe with the skim milk (SM1) flowing in the first skim milk pipe into the first milk product (MP1), and combining the cream (CR2) flowing in the second cream pipe with the skim milk (SM2) in the second skim milk pipe into the second milk product (MP2). - a first cream flow rate (Q CR1 ) for the first cream part (CR1) flowing in the first cream pipe , - a second cream flow rate (Q CR2 ) for the second cream part (CR2) flowing in the second cream pipe , - a first skim milk flow rate (Q SM1 ) for the first skim milk part (SM1) flowing in the first skim milk pipe , and - a second skim milk flow rate (Q SM2 ) for the second skim milk part (SM2) flowing in the second skim milk pipe ,
A wireless local area network, WLAN, communication device, comprising: a data processing module configured to digitally process first data for a first wireless station, STA, and second data for a second wireless station, STA; a space-time block code, STBC, encoding module operative to receive and encode the processed first data to produce first orthogonal block-encoded symbol data; a semi-orthogonal multiple access, SOMA, encoding module configured to apply quadrature-based modulation constellation mapping to the first orthogonal block-encoded symbol data and to the processed second data, to produce STBC-based SOMA-symbol data; and a communication module configured to transmit the STBC-based SOMA-symbol data to the first and second STAs. a data processing module configured to digitally process first data for a first wireless station, STA, and second data for a second wireless station, STA; a space-time block code, STBC, encoding module operative to receive and encode the processed first data to produce first orthogonal block-encoded symbol data; a semi-orthogonal multiple access, SOMA, encoding module configured to apply quadrature-based modulation constellation mapping to the first orthogonal block-encoded symbol data and to the processed second data, to produce STBC-based SOMA-symbol data; and a communication module configured to transmit the STBC-based SOMA-symbol data to the first and second STAs.
Valve-actuating device , comprising a manual operating element and a valve which can be actuated by means of the manual operating element , wherein a control element is operatively connected to the manual operating element , wherein the valve can be actuated by a distal end of the control element , and a compensating device is arranged in operative connection between the control element and the manual operating element , which compensating device has a plunger , which is movably guided in a receptacle , and allows a relative movement of the manual operating element with respect to the control element , and wherein a restoring element is present which counters the relative movement with a restoring force, characterized in that the restoring element is arranged outside the compensating device .
Assembly comprising a module for a conveyor belt , said module comprising: - first identical teeth in adjacent position; each first tooth comprising a hole ; all the holes of said first teeth being coaxially aligned along a longitudinal axis (Y1); - second identical teeth in adjacent position; each second tooth comprising a hole ; all the holes of said second teeth being coaxially aligned along a longitudinal axis (Y2) parallel to the longitudinal axis (Y1) of the holes of said first teeth ; said second teeth being coplanar, opposite and staggered relative to said first teeth ; and - an end portion comprising a first wall disposed in proximal position relative to the first and the second teeth , and a second wall parallel to said first wall and disposed in distal position relative to said first and second teeth ; said first wall comprising a hole and said second wall comprising a hole ; said hole of the first wall and said hole of the second wall being coaxial one to another, as well as coaxial to the holes of the second teeth ; said hole of the first wall having a lower diameter (d) than the diameter (D) of the hole of the second wall ; said assembly comprising a pin inserted in the hole of the first wall and in the holes of the second teeth ; characterized in that , said pin comprises one end provided with a plug (T); said plug (T) being disposed between the first wall and the second wall ; said assembly comprises reversible locking means (M) disposed on said plug (T); said plug (T) having a larger diameter (DT) than the hole of the first wall and a lower diameter than the hole of the second wall ; said reversible locking means (M) being configured in such a way to be in a contracted position, wherein said reversible locking means (M) do not increase the diameter (DT) of the plug (T), and in a diverged position, wherein said reversible locking means (M) increase the diameter (DT) of the plug (T). - first identical teeth in adjacent position; each first tooth comprising a hole ; all the holes of said first teeth being coaxially aligned along a longitudinal axis (Y1); - second identical teeth in adjacent position; each second tooth comprising a hole ; all the holes of said second teeth being coaxially aligned along a longitudinal axis (Y2) parallel to the longitudinal axis (Y1) of the holes of said first teeth ; said second teeth being coplanar, opposite and staggered relative to said first teeth ; and - an end portion comprising a first wall disposed in proximal position relative to the first and the second teeth , and a second wall parallel to said first wall and disposed in distal position relative to said first and second teeth ; said first wall comprising a hole and said second wall comprising a hole ; said hole of the first wall and said hole of the second wall being coaxial one to another, as well as coaxial to the holes of the second teeth ; said hole of the first wall having a lower diameter (d) than the diameter (D) of the hole of the second wall ;
A pair of left and right shoulder straps for a backpack, each of the shoulder straps comprising an upper end portion and a lower end portion, wherein the upper end portion is configured for being connected to an upper joint portion of a main body of the backpack and wherein the lower end portion is configured for being connected to a lower joint portion of the main body of the backpack via a lower strap , each of the shoulder straps for the backpack comprising a core material having elasticity and a surface fabric covering the core material , the core material has a difference in elevation so that an outside of each shoulder strap is thicker than a thickness of an inside of each shoulder strap at least at a portion configured for contacting a body of a user when the backpack is being worn, wherein the outside of each shoulder strap is the part close to the arm of the user in a state where a backpack is worn, $ wherein the inside of each shoulder strap is the part close to the neck of the user in a state where a backpack is worn, wherein a thicker part of the core material is formed by attaching an additional core material to an outer rear surface of a base core material formed with a width of each shoulder strap , wherein the rear surface of the base core material is the surface contacting the body of the user when the backpack is being worn, wherein the additional core material is formed to be shorter than the entire length of the base core material , and wherein the additional core material is attached to the rear surface of the base core material by fixing means. each of the shoulder straps comprising an upper end portion and a lower end portion, wherein the upper end portion is configured for being connected to an upper joint portion of a main body of the backpack and wherein the lower end portion is configured for being connected to a lower joint portion of the main body of the backpack via a lower strap , each of the shoulder straps for the backpack comprising a core material having elasticity and a surface fabric covering the core material , the core material has a difference in elevation so that an outside of each shoulder strap is thicker than a thickness of an inside of each shoulder strap at least at a portion configured for contacting a body of a user when the backpack is being worn, wherein the outside of each shoulder strap is the part close to the arm of the user in a state where a backpack is worn, $ wherein the inside of each shoulder strap is the part close to the neck of the user in a state where a backpack is worn, wherein a thicker part of the core material is formed by attaching an additional core material to an outer rear surface of a base core material formed with a width of each shoulder strap , wherein the rear surface of the base core material is the surface contacting the body of the user when the backpack is being worn, wherein the additional core material is formed to be shorter than the entire length of the base core material , and wherein the additional core material is attached to the rear surface of the base core material by fixing means.
Roller blind system , comprising a roller blind provided with a roller shaft through which roller shaft a central rod extends and to which roller shaft a flexible sheet member , such as a roller blind fabric or a screen, is attached, wherein the roller blind system is further provided with two bracket connectors for attachment at the outer ends of the roller shaft, wherein the bracket connectors are arranged for releasable coupling to mounting brackets for mounting the roller blind system on a surface, wherein the roller blind is spring operated and comprises a tension spring fixedly connected to the central rod and to the roller shaft, wherein the roller blind comprises an adjusting mechanism for adjusting an end position of the flexible sheet member, wherein the adjusting mechanism comprises a spindle and a connecting member that is connected to the roller shaft for rotation around the spindle, wherein the adjusting mechanism further comprises a first bearing for the roller shaft that defines a first end position for the connecting member, wherein at least one of the bracket connectors comprises a pin for detachable mounting in a cooperating recess on the adjusting mechanism, wherein the pin and the recess have an unround cross section, characterized in that the adjusting mechanism further comprises an adjusting wheel connected to the spindle for adjusting the position of the connecting member on the spindle by rotating the spindle relative to the connecting member.
Method for identifying a transmission ratio on a bicycle , in particular on an electric bicycle, wherein there is provision that the bicycle has a magnetic field sensor which is coupled to the frame , a drive unit which can be activated by means of muscle power and/or an electric motor, an output gear with a gear shift , and a transmission means which connects the drive unit and the gear shift , wherein in order to detect the transmission ratio • magnetic field sensor signals of at least one magnet which is mounted in the transmission means is detected by means of the magnetic field sensor , and • a rotational speed of the drive unit is sensed, and • a rotational speed of the output gear is sensed, and • a first transmission variable (i_Ges), which represents the overall transmission ratio from the drive unit to the output gear , is generated as a function of the magnetic field sensor signals, the rotational speed of the drive unit and the rotational speed of the output gear , and • a second transmission variable (i_Kettenblatt), which represents the transmission ratio from the drive unit to the transmission means , is generated as a function of the magnetic field sensor signals, the rotational speed of the drive unit and the rotational speed of the output gear . • magnetic field sensor signals of at least one magnet which is mounted in the transmission means is detected by means of the magnetic field sensor , and • a rotational speed of the drive unit is sensed, and • a rotational speed of the output gear is sensed, and • a first transmission variable (i_Ges), which represents the overall transmission ratio from the drive unit to the output gear , is generated as a function of the magnetic field sensor signals, the rotational speed of the drive unit and the rotational speed of the output gear , and • a second transmission variable (i_Kettenblatt), which represents the transmission ratio from the drive unit to the transmission means , is generated as a function of the magnetic field sensor signals, the rotational speed of the drive unit and the rotational speed of the output gear .
A fairing for arrangement between two vehicle parts , in particular of a rail vehicle, movably connected to one another, having a plurality of fairing elements that are arrangeable at a respective vehicle part , that are elastically deformable, and that have a U-shaped or arcuate cross-section, characterized in that at least one stabilization body is provided that extends at least sectionally into the fairing elements and is led out thereof at at least one front face of the fairing elements , with the fairing elements being adjacent to one another at front faces with respect to their longitudinal directions, with a first section of the stabilization body extending into a first fairing element and a second section extending into a second fairing element .
A method of determining, by a user equipment, UE, whether a specific cell belongs to a radio access network, RAN, based notification area in a wireless communication system, the method comprising: receiving (S510), from a network, a configuration for a RAN based notification area, wherein the configuration includes a plurality of identifiers, IDs, for each of a plurality of areas included in the RAN based notification area and a plurality of cell IDs for each of a plurality of cells included in the RAN based notification area, and wherein the each of the plurality of areas includes one or more cells; receiving (S530), from the specific cell, system information including a cell ID of the specific cell and an ID of an area including the specific cell; determining (S540) the specific cell does not belong to the RAN based notification area, based on that the cell ID and the ID of the area are not included in the configuration including the plurality of cell IDs and the plurality of IDs for each of the plurality of areas; initiating (S550) a RAN based notification area update procedure; and informing the network of getting out of the RAN based notification area, wherein the UE is in an RRC_INACTIVE state. receiving (S510), from a network, a configuration for a RAN based notification area, wherein the configuration includes a plurality of identifiers, IDs, for each of a plurality of areas included in the RAN based notification area and a plurality of cell IDs for each of a plurality of cells included in the RAN based notification area, and wherein the each of the plurality of areas includes one or more cells; receiving (S530), from the specific cell, system information including a cell ID of the specific cell and an ID of an area including the specific cell; determining (S540) the specific cell does not belong to the RAN based notification area, based on that the cell ID and the ID of the area are not included in the configuration including the plurality of cell IDs and the plurality of IDs for each of the plurality of areas; initiating (S550) a RAN based notification area update procedure; and informing the network of getting out of the RAN based notification area, wherein the UE is in an RRC_INACTIVE state.
Spreading device for a dough processing plant, having a rotationally drivable spreading roller and a spreading material housing which can be filled with spreading material, in particular flour, wherein the spreading material housing comprises at least one discharge opening , at which the spreading material can be transferred onto an upwardly facing surface portion of the rotating spreading roller , and wherein the spreading material can be spread from a downwardly facing surface portion of the rotating spreading roller onto a dough located thereunder, wherein the spreading device comprises a storage container in which a supply of spreading material can be accommodated, wherein the storage container comprises at least one discharge opening at which the spreading material can be removed, and wherein the storage container is arranged to the side of the spreading roller , and wherein the spreading material can be conveyed from the storage container to the spreading material housing by a transverse conveying device , characterized in that a return conveying device is additionally provided in the spreading material housing , with which the spreading material can be conveyed from the spreading material housing back into the storage container.
A method for providing aircraft network communications comprising: checking, by an onboard server of an aircraft , for aircraft network connection readiness; receiving, by the onboard server , a connection request from one or more user devices on the aircraft that subsequently and periodically continue scanning for aircraft network connection readiness; in response to finding, by the onboard server , a secure connection to an aircraft communications network based on one or more connection rules: connecting the onboard server to the aircraft communications network by using one or more long-distance antennas to communicate with one or more ground servers via a satellite communications system or an air-to-ground communications system ; notifying the one or more user devices that a network is available; receiving connection approval from the one or more user devices ; authenticating the one or more user devices ; connecting the one or more user devices to the aircraft network; monitoring network connection status; and in response to determining that the network connection status is insecure based on the one or more connection rules, disconnecting the onboard server from the aircraft communications network. checking, by an onboard server of an aircraft , for aircraft network connection readiness; receiving, by the onboard server , a connection request from one or more user devices on the aircraft that subsequently and periodically continue scanning for aircraft network connection readiness; in response to finding, by the onboard server , a secure connection to an aircraft communications network based on one or more connection rules: connecting the onboard server to the aircraft communications network by using one or more long-distance antennas to communicate with one or more ground servers via a satellite communications system or an air-to-ground communications system ; notifying the one or more user devices that a network is available; receiving connection approval from the one or more user devices ; authenticating the one or more user devices ; connecting the one or more user devices to the aircraft network; monitoring network connection status; and in response to determining that the network connection status is insecure based on the one or more connection rules, disconnecting the onboard server from the aircraft communications network. connecting the onboard server to the aircraft communications network by using one or more long-distance antennas to communicate with one or more ground servers via a satellite communications system or an air-to-ground communications system ; notifying the one or more user devices that a network is available; receiving connection approval from the one or more user devices ; authenticating the one or more user devices ; connecting the one or more user devices to the aircraft network; monitoring network connection status; and in response to determining that the network connection status is insecure based on the one or more connection rules, disconnecting the onboard server from the aircraft communications network.