mhurhangee/patent-ind-claim-en huggingface dataset:
A manufacturing process of a film, comprising the following steps: step 1. forming a bonding layer on a base layer; step 2. forming a functional layer at an outer side of the bonding layer, wherein the functional layer is a composite copper layer, wherein the composite copper layer is a first composite copper layer formed by repeating copper coating 2 to 500 times; and step 3. forming a metallic material protective layer or a non-metallic material protective layer at an outer side of the functional layer, characterized in that the first composite copper layer is formed by a PVD process, and step 2 further comprises forming a second composite copper layer on the first composite copper layer, wherein the second composite copper layer is formed by repeating an electroplating process 1 to 500 times. step 1. forming a bonding layer on a base layer; step 2. forming a functional layer at an outer side of the bonding layer, wherein the functional layer is a composite copper layer, wherein the composite copper layer is a first composite copper layer formed by repeating copper coating 2 to 500 times; and step 3. forming a metallic material protective layer or a non-metallic material protective layer at an outer side of the functional layer, characterized in that the first composite copper layer is formed by a PVD process, and step 2 further comprises forming a second composite copper layer on the first composite copper layer, wherein the second composite copper layer is formed by repeating an electroplating process 1 to 500 times.
Fluid container having at least one internal chamber for receiving a fluid, and having at least one connector for hydraulically connecting the internal chamber to a downstream hydraulic apparatus , wherein the connector at the end thereof toward the internal chamber has a mouth portion , characterized in that the mouth portion is configured so as to be substantially funnel-shaped having a bead which encircles the mouth portion and which is contiguous to a container wall region that directly surrounds the mouth portion and in relation to the said container wall region is designed so as to be raised in the direction of the internal chamber such that the connector has an opening shape with an escape value (μ) of more than 0.82.
A terminal device that communicates with a base station device , comprising: a reception unit configured to receive first information related to a first configuration and/or second information related to a second configuration; and a transmission unit configured to transmit an uplink signal; wherein the transmission unit is configured to transmit the uplink signal based on a first uplink power control in a case that the first information related to the first configuration is received and the second information related to the second configuration is not received, and is configured to transmit the uplink signal based on a second uplink power control in a case that the first information related to the first configuration and the second information related to the second configuration are received, wherein the first information related to the first configuration indicates a time division duplex uplink/downlink configuration of uplink subframes for the uplink signal and downlink subframes for a downlink signal, and the second information related to the second configuration is a bit map that indicates a subframe pattern corresponding to a first uplink subframe set or a second uplink subframe set. a reception unit configured to receive first information related to a first configuration and/or second information related to a second configuration; and a transmission unit configured to transmit an uplink signal; wherein the transmission unit is configured to transmit the uplink signal based on a first uplink power control in a case that the first information related to the first configuration is received and the second information related to the second configuration is not received, and is configured to transmit the uplink signal based on a second uplink power control in a case that the first information related to the first configuration and the second information related to the second configuration are received, wherein the first information related to the first configuration indicates a time division duplex uplink/downlink configuration of uplink subframes for the uplink signal and downlink subframes for a downlink signal, and the second information related to the second configuration is a bit map that indicates a subframe pattern corresponding to a first uplink subframe set or a second uplink subframe set.
An injection device for apportioning set doses of a liquid drug comprising a housing structure supporting a non-removable cartridge having an interior chamber containing the liquid drug to be injected, A needle cannula supported by a distal end of the housing structure and having a proximal end inserted into the interior chamber of the cartridge and a distal end with a distal tip , an axially movable shield for covering the distal tip of the needle cannula between injections, which axially movable shield is rotatable relatively to the housing structure between a first locked position and a second unlocked position, - the first locked position being a position in which the axially movable shield is prevented from moving proximally, and - the second unlocked position being a position in which the axially movable shield is allowed to move proximally, characterized in that the axially movable shield distally is provided with a cleaning chamber for cleaning at least the distal tip of the needle cannula between injections, a removable protective cap closed at a distal end, and coupled to the housing structure for covering at least a distal part of the housing structure and the distal tip of the needle cannula , and which removable protective cap is rotatably coupled to the housing structure requiring a user to rotate the protective cap relatively to the housing structure to allow removal of the protective cap and which protective cap comprises one or more protrusions or longitudinal structures such as ribs on an inner surface Z of the removable protective cap for rotationally engaging a number of outwardly pointing protrusions or the like provided on the axially movable shield such that the required rotation of the removable protective cap relative to the housing structure is transformed to a rotation of the axially movable shield . - the first locked position being a position in which the axially movable shield is prevented from moving proximally, and - the second unlocked position being a position in which the axially movable shield is allowed to move proximally,
Motor-vehicle wheel suspension, comprising one spring device per wheel side, wherein the spring device has a first leaf spring made of fiber-reinforced plastic, a second leaf spring made of fiber-reinforced plastic, which is shorter than the first leaf spring and which together with the first leaf spring forms a V-shaped structure, which, in the region of the joined ends, has a first fastening device for support at the vehicle body, and at its free ends has at the first leaf spring a second fastening device for support at the wheel and at the second leaf spring a third fastening device for support at the vehicle body, wherein the first and second leaf springs respectively extend in the direction transverse to the vehicle, or with this enclose an angle of at maximum ±15° when viewed in a horizontal plane, characterized in that each spring device has a coupling member which continues such spring device in the direction of the vehicle center, beyond the attachment of the first fastening device at the vehicle body side, wherein the coupling members of the spring devices are connected to one another by a joint , in order to reduce a mutual deflection of the spring devices.
A gas concentration monitoring system , comprising: a sensor for detecting a concentration of a selected gas in a sample gas flow obtained from a physical interface to a patient ; a processor configured to: receive the detected concentration; form a dataset comprising a plurality of data points, each data point corresponding to the detected concentration of the selected gas within the sample gas flow at a corresponding time within a sampling time corresponding to a plurality of breathing cycles of the patient wherein each breathing cycles includes inspiratory and expiratory phases; group the data points according to a frequency of occurrence of the data points within the sampling time; and perform peak detection of the frequency of occurrence to determine at least one of a signal confidence and signal quality based on relative characteristics between the groups of data points and at least one of an end tidal concentration without detecting individual breath cycles and/or phases and breath instability without identifying individual breaths. a sensor for detecting a concentration of a selected gas in a sample gas flow obtained from a physical interface to a patient ; a processor configured to: receive the detected concentration; form a dataset comprising a plurality of data points, each data point corresponding to the detected concentration of the selected gas within the sample gas flow at a corresponding time within a sampling time corresponding to a plurality of breathing cycles of the patient wherein each breathing cycles includes inspiratory and expiratory phases; group the data points according to a frequency of occurrence of the data points within the sampling time; and receive the detected concentration; form a dataset comprising a plurality of data points, each data point corresponding to the detected concentration of the selected gas within the sample gas flow at a corresponding time within a sampling time corresponding to a plurality of breathing cycles of the patient wherein each breathing cycles includes inspiratory and expiratory phases; group the data points according to a frequency of occurrence of the data points within the sampling time; and perform peak detection of the frequency of occurrence to determine at least one of a signal confidence and signal quality based on relative characteristics between the groups of data points and at least one of an end tidal concentration without detecting individual breath cycles and/or phases and breath instability without identifying individual breaths.
A method for setting up and operating a dedicated network in a mobile communications network based on an inter-operator blockchain network, IOBN, comprising at least four IOBN nodes , the method comprising the following steps: (a) storing SIM card information of at least one qualified device and further data which are shared by at least two mobile network operators, MNOs, in a distributed ledger, wherein the SIM card information includes at least identification information and AAA information for authorization to the dedicated network; (b) replicating, based on principles of the blockchain technology, the further data and SIM card information on the IOBN nodes , wherein in each of the MNOs at least one of the IOBN nodes is realized in a central infrastructure of the respective MNO and at predetermined edge locations of the mobile communications network of the respective MNO; (c) identifying the qualified device based on the SIM card information by one of the IOBN nodes ; (d) providing infrastructure, hardware, software and network resources which are configured to set up the dedicated network with low latency and high bandwidth starting from the identified IOBN node to the qualified device; and (e) establishing a data connection to the dedicated network starting from one of the edge locations with the identified IOBN node , wherein the data connection to the dedicated network is set up starting from one of the used edge locations if the latter comprises an IOBN node or starting from the closest edge location which comprises an IOBN node . (a) storing SIM card information of at least one qualified device and further data which are shared by at least two mobile network operators, MNOs, in a distributed ledger, wherein the SIM card information includes at least identification information and AAA information for authorization to the dedicated network; (b) replicating, based on principles of the blockchain technology, the further data and SIM card information on the IOBN nodes , wherein in each of the MNOs at least one of the IOBN nodes is realized in a central infrastructure of the respective MNO and at predetermined edge locations of the mobile communications network of the respective MNO; (c) identifying the qualified device based on the SIM card information by one of the IOBN nodes ; (d) providing infrastructure, hardware, software and network resources which are configured to set up the dedicated network with low latency and high bandwidth starting from the identified IOBN node to the qualified device; and (e) establishing a data connection to the dedicated network starting from one of the edge locations with the identified IOBN node , wherein the data connection to the dedicated network is set up starting from one of the used edge locations if the latter comprises an IOBN node or starting from the closest edge location which comprises an IOBN node .
A medical device system comprising: an analyte diffusive implantable device (ADID) which comprises: a cavity; a cell-scaffolding material (CSM) arranged within the cavity and configured to hold or otherwise retain a plurality of living cells; and a porous membrane at least partially enclosing the cavity, wherein at least a portion of the membrane is adhered to the CSM by a high durometer adhesive which creates a hemispheric seal at both ends of the membrane; a filling port having: docking means at a first end, and a micro-diameter tube (MDT) extending from a second end; at least one anchor arranged on at least one end of the device; and a clip for holding the anchor, wherein the MDT is sealed at a distal end to the filling port and at a proximal end to the cavity of the ADID , so as to establish an integral, cell-filling pathway there-within. an analyte diffusive implantable device (ADID) which comprises: a cavity; a cell-scaffolding material (CSM) arranged within the cavity and configured to hold or otherwise retain a plurality of living cells; and a cavity; a cell-scaffolding material (CSM) arranged within the cavity and configured to hold or otherwise retain a plurality of living cells; and a porous membrane at least partially enclosing the cavity, wherein at least a portion of the membrane is adhered to the CSM by a high durometer adhesive which creates a hemispheric seal at both ends of the membrane; a filling port having: docking means at a first end, and a micro-diameter tube (MDT) extending from a second end; docking means at a first end, and a micro-diameter tube (MDT) extending from a second end; at least one anchor arranged on at least one end of the device; and a clip for holding the anchor, wherein the MDT is sealed at a distal end to the filling port and at a proximal end to the cavity of the ADID , so as to establish an integral, cell-filling pathway there-within.
A method of creating a network slice comprising: receiving, by an upper layer service oriented network auto creation, SONAC, instance , a first request providing requirements for the network slice from a network customer, wherein in the upper layer SONAC instance a Software Defined Topology, SDT, Controller, a Software Defined Resource Allocation, SDRA, controller, and a Software Defined Protocol, SDP, controller are used and controlled; transmitting, by the upper layer SONAC instance, a first configuration message to a network controller and establishing, by the network controller, at least one operating function for managing the operation of the network slice, the network controller is a SONAC management entity; transmitting, by the upper layer SONAC instance, a second configuration message to the network controller and establishing, by the network controller, a plurality of Network Operation Support, NOS, functions for operating the network slice; and transmitting, by the upper layer SONAC instance, a third configuration message to the network controller and establishing, by the network controller, user plane functions of the network slice. receiving, by an upper layer service oriented network auto creation, SONAC, instance , a first request providing requirements for the network slice from a network customer, wherein in the upper layer SONAC instance a Software Defined Topology, SDT, Controller, a Software Defined Resource Allocation, SDRA, controller, and a Software Defined Protocol, SDP, controller are used and controlled; transmitting, by the upper layer SONAC instance, a first configuration message to a network controller and establishing, by the network controller, at least one operating function for managing the operation of the network slice, the network controller is a SONAC management entity; transmitting, by the upper layer SONAC instance, a second configuration message to the network controller and establishing, by the network controller, a plurality of Network Operation Support, NOS, functions for operating the network slice; and transmitting, by the upper layer SONAC instance, a third configuration message to the network controller and establishing, by the network controller, user plane functions of the network slice.
A simulation system for telehandlers equipped with a movable operating arm , designed to lift and move loads (C) and stabilisers, comprising a plurality of movable stabilising arms , said system comprising electronic processing means which include: an acquisition module configured to receive at least functional parameters relating to operating conditions of said stabilising arms and set up to receive at least one functional parameter concerning a position where it is possible to place a load (C); and a calculation module configured for determining at least one potential stability condition, as a function of said operating parameters; and an output module configured to provide an operator with information representing said condition of potential stability; characterized in that said calculation module is configured to determine whether the telehandler would be potentially stable if said load is located in said position and, in that case, determine a lifting angle (α) and a length of the arm (L) suitable to allow the given load to be located in the above-mentioned position. an acquisition module configured to receive at least functional parameters relating to operating conditions of said stabilising arms and set up to receive at least one functional parameter concerning a position where it is possible to place a load (C); and a calculation module configured for determining at least one potential stability condition, as a function of said operating parameters; and an output module configured to provide an operator with information representing said condition of potential stability; characterized in that said calculation module is configured to determine whether the telehandler would be potentially stable if said load is located in said position and, in that case, determine a lifting angle (α) and a length of the arm (L) suitable to allow the given load to be located in the above-mentioned position.
A tensioner comprising: a movable section configured to receive a load from an entrained transmission body through a tension member; a fixed section configured to support the movable section so as to be capable of being displaced; a flat spiral spring biasing the movable section so as to resist the tension member, the flat spiral spring unwinding in a state in which there is a small inter-plate friction force in a case in which there is a large biasing force applied to the tension member to counter the load acting from the tension member, and winding-up in a state in which there is a large inter-plate friction force in a case in which there is a small biasing force applied to the tension member to counter the load acting from the tension member; and a wind-up limiting section configured to limit wind-up of the flat spiral spring , characterized in that the wind-up limiting section is disposed inside the flat spiral spring and includes a resistance force imparting section configured to impart resistance force to counter radial contraction of the flat spiral spring . a movable section configured to receive a load from an entrained transmission body through a tension member; a fixed section configured to support the movable section so as to be capable of being displaced; a flat spiral spring biasing the movable section so as to resist the tension member, the flat spiral spring unwinding in a state in which there is a small inter-plate friction force in a case in which there is a large biasing force applied to the tension member to counter the load acting from the tension member, and winding-up in a state in which there is a large inter-plate friction force in a case in which there is a small biasing force applied to the tension member to counter the load acting from the tension member; and a wind-up limiting section configured to limit wind-up of the flat spiral spring , characterized in that the wind-up limiting section is disposed inside the flat spiral spring and includes a resistance force imparting section configured to impart resistance force to counter radial contraction of the flat spiral spring .
A conveyor guide track for conveying facade elements, comprising an open-ended rectangular profile having an upper surface and a oppositely disposed lower surface having a slot extending in the longitudinal direction of the rectangular profile, said upper and lower surfaces being joined at their longitudinal extending edges to a pair of side walls , wherein the upper surface , the lower surface and the pair of side walls together form a longitudinal cavity within the profile suitable for slidably receiving a facade attachment trolley member also extending through the slot , at least one attachment unit for connecting the conveyor guide track to a corresponding attachment unit of another conveyor guide track, provided at each longitudinal end of the profile, wherein each attachment unit of the conveyor guide track is positioned transversally within the boundaries of the side walls , thus forming a flat exterior side surface along the entire longitudinal extension of the profile and along at least one sidewall of the profile, and a second flange arranged longitudinally on the upper surface and along the longitudinal edge of the upper surface at the interface to the second side wall for supporting a lifting jig arranged to disconnect a facade profile from the facade attachment trolley member in use.
Electrode for a battery which comprises a powder of particles comprising amorphous, micro- or nano-crystalline Silicon nitride, characterized in that said powder of particles comprises Silicon nitride (SiN x ) in which the atomic ratio of Silicon to Nitrogen is in the range 1:0.1 to 1:0.9.
A device for monitoring the degradation of a vacuum tube of a cutoff apparatus, characterised in that it includes: - two electrodes forming a capacitor , arranged on the external surface of the vacuum tube , - a capacitive measurement circuit connected to the two electrodes and adapted to measure an electrical parameter representative of the capacitance of the capacitor . - two electrodes forming a capacitor , arranged on the external surface of the vacuum tube , - a capacitive measurement circuit connected to the two electrodes and adapted to measure an electrical parameter representative of the capacitance of the capacitor .