mhurhangee/ep-ind-claims huggingface dataset:
Catalyst components for the polymerization of olefins comprising Ti, Mg, Al, Cl, and optionally OR I groups in which R I is a C1-C20 hydrocarbon group, optionally containing heteroatoms, up to an amount such as to give a molar OR I /Ti ratio lower than 0.5, characterized by the fact that at least 95% of the Ti atoms have a valence state of 4, that the porosity (P F), measured by the mercury method and due to pores with radius equal to or lower than 1μm, is at least 0.3 cm 3 /g and by the fact that the Cl/Ti molar ratio is lower than 29.
A power conversion device comprising: an input terminal to which an input signal of either ON or OFF can be input; a manipulation unit having a touch panel provided with a first manipulation key configured to be pressed by an operator; and a controller, wherein the controller is configured to execute a first process selected from among a plurality of input process candidates by a setting according to the input signal input to the input terminal, characterized by: when the first manipulation key is pressed by the operator, the controller is configured to execute either a standard process previously set or a second process selected from among the plurality of input process candidates by the setting, according to a state in which the first manipulation key is pressed by the operator. an input terminal to which an input signal of either ON or OFF can be input; a manipulation unit having a touch panel provided with a first manipulation key configured to be pressed by an operator; and a controller, wherein the controller is configured to execute a first process selected from among a plurality of input process candidates by a setting according to the input signal input to the input terminal, characterized by: when the first manipulation key is pressed by the operator, the controller is configured to execute either a standard process previously set or a second process selected from among the plurality of input process candidates by the setting, according to a state in which the first manipulation key is pressed by the operator.
A method for protecting content including authenticating a memory device by a controller device, the method comprising: sending a pre-stored number, a random number and key position information to the memory device; receiving authentication information from the memory device; verifying the authentication information using a verification data key characterised in that: if the verification succeeds, generating an enhanced media identifier, EMID, of the memory device by processing an ID of the memory device and a pre-stored value with a one-way function; and encrypting, using the EMID, a content encryption key for encrypting content stored in the memory device. sending a pre-stored number, a random number and key position information to the memory device; receiving authentication information from the memory device; verifying the authentication information using a verification data key characterised in that: if the verification succeeds, generating an enhanced media identifier, EMID, of the memory device by processing an ID of the memory device and a pre-stored value with a one-way function; and encrypting, using the EMID, a content encryption key for encrypting content stored in the memory device. if the verification succeeds, generating an enhanced media identifier, EMID, of the memory device by processing an ID of the memory device and a pre-stored value with a one-way function; and encrypting, using the EMID, a content encryption key for encrypting content stored in the memory device.
A fabric switch configured to operate as a tunnel gateway for a hypervisor, comprising: a packet processor configured to identify a virtual Internet Protocol address in a first packet as an IP address associated with the switch, wherein the first packet encapsulates a second packet, wherein the virtual IP address is a destination address for the switch as said tunnel gateway capable of terminating an overlay tunnel, i.e. the switch is configured to decapsulate the second packet and wherein the virtual IP address is further associated with a virtual gateway switch; and a forwarding module configured to determine an output port for the second packet based on a destination address of an encapsulation header of the second packet. a packet processor configured to identify a virtual Internet Protocol address in a first packet as an IP address associated with the switch, wherein the first packet encapsulates a second packet, wherein the virtual IP address is a destination address for the switch as said tunnel gateway capable of terminating an overlay tunnel, i.e. the switch is configured to decapsulate the second packet and wherein the virtual IP address is further associated with a virtual gateway switch; and a forwarding module configured to determine an output port for the second packet based on a destination address of an encapsulation header of the second packet.
An assay cartridge comprising: a base member that defines at least two wells; a pipette positionable in at least one of said wells; a cap member arranged to carry the pipette; means (46-52,88-94) for releasably fastening the cap member to the base member; and an extension member comprising walls that define at least one further well (40,42,44), wherein one of the base member and the extension member comprises a mating projection (70,72), and the other of the base member and the extension member is arranged to define a channel for receiving the mating projection so as to fasten the extension member to the base member, such that, when the extension member is fastened to the base member, the extension member extends an outer dimension of the base member and the pipette is positionable in at least one of the wells of the base member and is further positionable in the further well of the extension member, and wherein one of the base member and the extension member comprises a depression or hole, and the other of the base member and the extension member comprises a sprung or flexible protrusion arranged to engage with the depression or hole so as to fasten the extension member resiliently to the base member when they are in a desired alignment. a base member that defines at least two wells; a pipette positionable in at least one of said wells; a cap member arranged to carry the pipette; means (46-52,88-94) for releasably fastening the cap member to the base member; and an extension member comprising walls that define at least one further well (40,42,44),
Field device designed to determine or monitor a physical or chemical process variable, consisting of a sensor which works according to a defined measuring principle, and a control/evaluation unit, wherein the control/evaluation unit is implemented on a FPGA component which can be partially dynamically reconfigured, wherein the FPGA component consists of a multitude of individual FPGA blocks, wherein each individual FPGA block consists of a multitude of logic blocks, and wherein global resources (6, 7, 8) or global function blocks are assigned to each individual FPGA block or groups of individual FPGA blocks, wherein at least a first subsection (3.1) and a second subsection (3.2) are provided on the FPGA component, said subsections consisting of individual FPGA blocks and corresponding global resources (6, 7, 8) or global function blocks, and wherein, in each subsection (3.1, 3.2), a digital measuring path (MP1, MP2) can be partially dynamically reconfigured, wherein said path consists of multiple software-based and/or hardware-based function modules.
A securing method implemented by an electronic device, said method comprising: - receiving a first command (CMD; CMD1) requesting a modification of at least one operating parameter of the electronic device; - detecting whether said at least one operating parameter is a predefined parameter as sensitive parameter in the electronic device; - in the affirmative, determining whether said modification requested by the first command causes, if it is applied, a degradation of the security of the electronic device by comparing the initial state of said at least one parameter upon reception of said first command with the new state to be assigned to said at least one operating parameter in response to the first command; and - in case of degradation of the security of said electronic device, triggering at least one securing operation of the electronic device in response to said first command. - receiving a first command (CMD; CMD1) requesting a modification of at least one operating parameter of the electronic device; - detecting whether said at least one operating parameter is a predefined parameter as sensitive parameter in the electronic device; - in the affirmative, determining whether said modification requested by the first command causes, if it is applied, a degradation of the security of the electronic device by comparing the initial state of said at least one parameter upon reception of said first command with the new state to be assigned to said at least one operating parameter in response to the first command; and - in case of degradation of the security of said electronic device, triggering at least one securing operation of the electronic device in response to said first command.
A front-haul transport network, FTN, characterized by comprising: an access-type front-haul transport node, FTN-ACC, configured to be connected to a remote radio unit, RRU, wherein the FTN-ACC is a node separate from the RRU; and an aggregation-type front-haul transport node, FTN-AGG, having one end connected to the FTN-ACC and the other end connected to a base band unit, BBU, pool, wherein the FTN-AGG is a node separate from the BBU pool; wherein at least two types of transmission channels with different transmission delays are established between the FTN-ACC and the FTN-AGG; and at least one of the FTN-ACC or the FTN-AGG is configured to select a corresponding transmission channel for transmission according to a delay requirement of data. an access-type front-haul transport node, FTN-ACC, configured to be connected to a remote radio unit, RRU, wherein the FTN-ACC is a node separate from the RRU; and an aggregation-type front-haul transport node, FTN-AGG, having one end connected to the FTN-ACC and the other end connected to a base band unit, BBU, pool, wherein the FTN-AGG is a node separate from the BBU pool; wherein at least two types of transmission channels with different transmission delays are established between the FTN-ACC and the FTN-AGG; and at least one of the FTN-ACC or the FTN-AGG is configured to select a corresponding transmission channel for transmission according to a delay requirement of data.
An electrosurgical apparatus comprising: a housing having a passage extending therethrough, the housing having a proximal end and a distal end; an electrically conducting tube having a proximal end and a distal end, the electrically conducting tube being disposed in the passage of the housing; an insulating outer tube having a proximal end and a distal end, the outer tube disposed around the electrically conducting tube with the proximal end of the outer tube coupled to the distal end of the housing, the electrically conducting tube being movable along a longitudinal axis of the housing and the outer tube; an electrically conducting blade coupled to the distal end of the electrically conducting tube, and a transformer assembly disposed on the proximal end of the housing, the transformer assembly including a first transformer, the first transformer is configured to receive electrosurgical energy at a first predetermined value from an electrosurgical generator, characterized in that the transformer assembly further comprises an external input configured to receive electrosurgical energy at a second predetermined value from the electrosurgical generator, and a first switch for selectively coupling either the first transformer or the external input to the electrically conducting tube for providing electrosurgical energy thereto. a housing having a passage extending therethrough, the housing having a proximal end and a distal end; an electrically conducting tube having a proximal end and a distal end, the electrically conducting tube being disposed in the passage of the housing; an insulating outer tube having a proximal end and a distal end, the outer tube disposed around the electrically conducting tube with the proximal end of the outer tube coupled to the distal end of the housing, the electrically conducting tube being movable along a longitudinal axis of the housing and the outer tube; an electrically conducting blade coupled to the distal end of the electrically conducting tube, and a transformer assembly disposed on the proximal end of the housing, the transformer assembly including a first transformer,
System for measuring and analyzing data obtained from a continuous glucose sensor, the system comprising: a continuous glucose sensor configured for measuring a concentration of glucose within a host and for providing a data stream of a time period representative of a concentration of the glucose in the host, and a receiver configured for processing the data stream received from the glucose sensor for output via a user interface as a meaningful value to a user or device, wherein processing the data stream includes calculating from measured glucose values estimated glucose values for a future time, that can be useful to estimate approaching clinical risk and warn the user in an effort to avoid the clinical risk, characterized in that calculating estimated glucose values includes a process of estimating glucose values within physiological boundaries which obtains the sensor data stream, estimates one or more glucose values using projection using first or second order regression, and applies physiological boundaries to the estimated glucose values to ensure that the estimated glucose values fall within known physiological parameters, wherein applying physiological boundaries includes: applying a known physiological rate of change of glucose in humans when a line is produced by the first order regression; or applying a known physiological acceleration in humans when a curvature is produced by the second order regression. a continuous glucose sensor configured for measuring a concentration of glucose within a host and for providing a data stream of a time period representative of a concentration of the glucose in the host, and a receiver configured for processing the data stream received from the glucose sensor for output via a user interface as a meaningful value to a user or device, wherein processing the data stream includes calculating from measured glucose values estimated glucose values for a future time, that can be useful to estimate approaching clinical risk and warn the user in an effort to avoid the clinical risk, characterized in that calculating estimated glucose values includes a process of estimating glucose values within physiological boundaries which obtains the sensor data stream, estimates one or more glucose values using projection using first or second order regression, and applies physiological boundaries to the estimated glucose values to ensure that the estimated glucose values fall within known physiological parameters, wherein applying physiological boundaries includes: applying a known physiological rate of change of glucose in humans when a line is produced by the first order regression; or applying a known physiological acceleration in humans when a curvature is produced by the second order regression. applying a known physiological rate of change of glucose in humans when a line is produced by the first order regression; or applying a known physiological acceleration in humans when a curvature is produced by the second order regression.
Electrical connection assembly for a motor vehicle electrical circuit, comprising a connector and a counter-connector, the connector comprising at least one first shielding element and the counter-connector comprising at least one second shielding element, the first shielding element comprising a body formed from a sheet metal from which at least one resilient contact tab is cut out, extends along a longitudinal direction and comprises at least one junction portion and one contact portion protruding from a surface of the body and configured to establish an electrical contact with the second shielding element, when the connector is coupled to the counter connector, wherein each contact tab comprises an interference portion which is connected to the remainder of the body only via a longitudinal segment which is itself connected to the body only via the junction portion, and wherein each contact tab is configured so that the interference portion abuts the body of the first shielding element when the connector is mated with the counter connector, wherein the body of the first shielding element has openings arranged under each contact tab, said openings each corresponding to an opening resulting from the cut out of the longitudinal segment of each contact tab, and each of said openings being bordered by two support zones spaced perpendicularly to the longitudinal direction, by a maximum distance which is less than the largest dimension, perpendicularly to the longitudinal direction, of the interference portion. wherein each contact tab comprises an interference portion which is connected to the remainder of the body only via a longitudinal segment which is itself connected to the body only via the junction portion, and wherein each contact tab is configured so that the interference portion abuts the body of the first shielding element when the connector is mated with the counter connector, wherein the body of the first shielding element has openings arranged under each contact tab, said openings each corresponding to an opening resulting from the cut out of the longitudinal segment of each contact tab, and each of said openings being bordered by two support zones spaced perpendicularly to the longitudinal direction, by a maximum distance which is less than the largest dimension, perpendicularly to the longitudinal direction, of the interference portion.
Lampholder, in particular for cooking appliance lights, such as a G9 lampholder, - having a holder body, - having a base receiver for the base of a lamp formed on the upper side of the holder body, - having connection contacts for external connecting leads of the voltage supply on the underside of the holder body, - having a holding clip by means of which the base of a lamp can be anchored in the mount receiver, - having two spring arms of the holding clip that form a receiving gap for the lamp base between them, which each have one free end of the spring arm and one end of the spring arm connected to a holding arm and are held in the base receiver, wherein - the holding arm is arranged on the upper side of the holder body, - the free ends of the spring arms are held in the base receiver, facing in the direction of the underside of the holder body, - on its upper side, the holder body forms a fastening contour for the holding arm that defines the spring arms on the holder body and - every spring arm is connected to a holding arm, characterised in that the fastening contour is a holding slot built in on the upper side in the direction of the underside of the holder body and the holding slot is arranged next to the base receiver. - having a holder body, - having a base receiver for the base of a lamp formed on the upper side of the holder body, - having connection contacts for external connecting leads of the voltage supply on the underside of the holder body, - having a holding clip by means of which the base of a lamp can be anchored in the mount receiver, - having two spring arms of the holding clip that form a receiving gap for the lamp base between them, which each have one free end of the spring arm and one end of the spring arm connected to a holding arm and are held in the base receiver, wherein - the holding arm is arranged on the upper side of the holder body, - the free ends of the spring arms are held in the base receiver, facing in the direction of the underside of the holder body, - on its upper side, the holder body forms a fastening contour for the holding arm that defines the spring arms on the holder body and - every spring arm is connected to a holding arm, characterised in that the fastening contour is a holding slot built in on the upper side in the direction of the underside of the holder body and the holding slot is arranged next to the base receiver.
A saponified ethylene-vinyl ester-based copolymer resin (EVOH resin) composition comprising a saponified ethylene-vinyl ester-based copolymer resin; an alkaline earth metal; an alkali metal; and a carboxylic acid having from 2 to 4 carbon atoms, wherein the composition satisfies the following requirements (α), (β), (γ) and (δ): (α) a content of the alkaline earth metal is more than 10 ppm by weight but not more than 50 ppm by weight relative to the saponified ethylene-vinyl ester-based copolymer resin; a content ratio (C/B) of the alkali metal to the alkaline earth metal ranges from 0.001 to 0.5; (γ) a content ratio (D/B) of the carboxylic acid to the alkaline earth metal ranges from 5 to 30; and (δ) a content of the alkali metal is more than 0.01 ppm by weight but not more than 25 ppm by weight relative to the saponified ethylene-vinyl ester-based copolymer resin; wherein the contents of the alkaline earth metal and the alkaline metal are determined by measuring a solution of an incinerated EVOH resin composition pellet with use of atomic absorption photometer according to the description. a saponified ethylene-vinyl ester-based copolymer resin; an alkaline earth metal; an alkali metal; and a carboxylic acid having from 2 to 4 carbon atoms, (α) a content of the alkaline earth metal is more than 10 ppm by weight but not more than 50 ppm by weight relative to the saponified ethylene-vinyl ester-based copolymer resin; a content ratio (C/B) of the alkali metal to the alkaline earth metal ranges from 0.001 to 0.5; (γ) a content ratio (D/B) of the carboxylic acid to the alkaline earth metal ranges from 5 to 30; and (δ) a content of the alkali metal is more than 0.01 ppm by weight but not more than 25 ppm by weight relative to the saponified ethylene-vinyl ester-based copolymer resin;
A method of detecting reverse flow in a respiratory humidification system (1,301) comprising a gases source (10,310), a humidifier (20,320) including an inlet (22,322) and an outlet (24,324), and an inspiratory conduit (40,340), the method comprising: performing one or more reverse flow detection tests; and outputting an indication when reverse flow conditions are detected; the method characterised in that said performing one or more reverse flow detection tests comprises: comparing an inlet parameter measured by a first sensor at or near the inlet of the humidifier with an outlet parameter measured by a second sensor (25,26) at or near the outlet of the humidifier, wherein the inlet parameter and the outlet parameter comprise a flow rate and/or a power dissipation value; and/or using a directional flow sensor at or near the humidifier inlet or outlet. performing one or more reverse flow detection tests; and outputting an indication when reverse flow conditions are detected; the method characterised in that said performing one or more reverse flow detection tests comprises: comparing an inlet parameter measured by a first sensor at or near the inlet of the humidifier with an outlet parameter measured by a second sensor (25,26) at or near the outlet of the humidifier, wherein the inlet parameter and the outlet parameter comprise a flow rate and/or a power dissipation value; and/or using a directional flow sensor at or near the humidifier inlet or outlet. comparing an inlet parameter measured by a first sensor at or near the inlet of the humidifier with an outlet parameter measured by a second sensor (25,26) at or near the outlet of the humidifier, wherein the inlet parameter and the outlet parameter comprise a flow rate and/or a power dissipation value; and/or using a directional flow sensor at or near the humidifier inlet or outlet.