mhurhangee/patent-ind-claim-en huggingface dataset:
A physical layer device for an in-vehicle network, comprising: a transmit buffer configured to buffer first media independent interface, MII, data received from a media access control, MAC, controller over a first path; a receive buffer configured to buffer second MII data for transmission to the MAC controller over a second path; a transmitter configured to process the first MII data buffered by the transmit buffer to form a transmit signal for transmission over a single pair of shielded or coaxial cables to a remote Ethernet transceiver in the in-vehicle network ; a receiver configured to process a receive signal received from the remote Ethernet transceiver in the in-vehicle network to provide the second MII data to the receive buffer for buffering; and a time-division duplex, TDD, controller configured to control when the transmitter transmits the transmit signal to the remote Ethernet transceiver in the in-vehicle network ; wherein the TDD controller is further configured to provide a control signal to components of the physical layer device that indicates when the physical layer device is to transmit; and the TDD controller is further configured to control the receiver to stop adaptation of an equalizer or cross-talk canceler implemented by the receiver based on the transmitter transmitting the transmit signal over the single pair of shielded or coaxial cables. a transmit buffer configured to buffer first media independent interface, MII, data received from a media access control, MAC, controller over a first path; a receive buffer configured to buffer second MII data for transmission to the MAC controller over a second path; a transmitter configured to process the first MII data buffered by the transmit buffer to form a transmit signal for transmission over a single pair of shielded or coaxial cables to a remote Ethernet transceiver in the in-vehicle network ; a receiver configured to process a receive signal received from the remote Ethernet transceiver in the in-vehicle network to provide the second MII data to the receive buffer for buffering; and a time-division duplex, TDD, controller configured to control when the transmitter transmits the transmit signal to the remote Ethernet transceiver in the in-vehicle network ; wherein the TDD controller is further configured to provide a control signal to components of the physical layer device that indicates when the physical layer device is to transmit; and the TDD controller is further configured to control the receiver to stop adaptation of an equalizer or cross-talk canceler implemented by the receiver based on the transmitter transmitting the transmit signal over the single pair of shielded or coaxial cables.
An aluminium production anode yoke with two anode yoke parts, each including a beam attachment portion with a beam contact area, an anode yoke transition portion and a yoke blade with an anode attachment portion with an anode contact area, the anode yoke transition portion forming an electricity conducting transition between the beam attachment portion and the yoke blade , the anode attachment portion comprising: a straight bottom edge between two end portions extending at an angle from the bottom edge , a first plane side portion at a first side of the anode attachment portion , and a second plane side portion at a second side of the anode attachment portion , wherein the first plane side portion and the second plane side portion form a slight taper in a range of 0,4°-10° off parallel with a narrow portion towards the straight bottom edge ; and wherein each anode yoke part includes an angled portion between the anode attachment portion and the beam attachment portion whereby a gap between the straight bottom edges of the two anode yoke parts is narrower than a gap between the second plane side portions at a location above the straight bottom edges . a straight bottom edge between two end portions extending at an angle from the bottom edge , a first plane side portion at a first side of the anode attachment portion , and a second plane side portion at a second side of the anode attachment portion , wherein the first plane side portion and the second plane side portion form a slight taper in a range of 0,4°-10° off parallel with a narrow portion towards the straight bottom edge ; and wherein each anode yoke part includes an angled portion between the anode attachment portion and the beam attachment portion whereby a gap between the straight bottom edges of the two anode yoke parts is narrower than a gap between the second plane side portions at a location above the straight bottom edges .
A device for cleaning a doctor blade in a printing unit such as a rotogravure printing machine, the printing unit comprising the doctor blade and a rotating printing cylinder with an outer surface, the doctor blade extending according to a longitudinal axis (X) and comprising a face delimited by an edge adapted to contact a generatrix of the printing cylinder outer surface, defining a contact line on the doctor blade , the device being characterised in that it comprises - a cleaning blade and cleaning blade driving means , - the cleaning blade being arranged in a superimposed and slanting fashion with respect to said face of the doctor blade , - the cleaning blade comprising a free edge extending according to a cleaning blade longitudinal axis (X') parallel to the contact line, - the cleaning blade driving means being adapted to displace the cleaning blade between a rest position spaced from the doctor blade and a cleaning position in which the cleaning blade free edge abuts against the face of the doctor blade in proximity of the doctor blade edge . - a cleaning blade and cleaning blade driving means , - the cleaning blade being arranged in a superimposed and slanting fashion with respect to said face of the doctor blade , - the cleaning blade comprising a free edge extending according to a cleaning blade longitudinal axis (X') parallel to the contact line, - the cleaning blade driving means being adapted to displace the cleaning blade between a rest position spaced from the doctor blade and a cleaning position in which the cleaning blade free edge abuts against the face of the doctor blade in proximity of the doctor blade edge . - the cleaning blade being arranged in a superimposed and slanting fashion with respect to said face of the doctor blade , - the cleaning blade comprising a free edge extending according to a cleaning blade longitudinal axis (X') parallel to the contact line, - the cleaning blade comprising a free edge extending according to a cleaning blade longitudinal axis (X') parallel to the contact line, - the cleaning blade driving means being adapted to displace the cleaning blade between a rest position spaced from the doctor blade and a cleaning position in which the cleaning blade free edge abuts against the face of the doctor blade in proximity of the doctor blade edge .
An ex vivo method for removing bacteria from a sample taken from a subject who is suspected of being infected with bacteria, wherein the bacteria are known to have nondetectable affinity for heparan sulfate, the method comprising: (i) contacting a sample from whole blood in an extracorporeal circuit at a linear flow rate of about 400 cm/min to about 1000 cm/min with an adsorption media to allow the formation of an adhering complex, wherein the adsorption media is a solid substrate of high surface area having at least one polysaccharide adsorbent on the surface thereof, which is heparin, wherein the solid substrate comprises a plurality of rigid polymer beads, wherein the rigid polymer bead is a member selected from the group consisting of polyurethane, polymethylmethacrylate, polyethylene or co-polymers of ethylene and other monomers, polyethylene imine, polypropylene, and polyisobutylene, wherein the size of channels or interstitial space between individual beads permits passage of blood cells, wherein the bacteria is selected from Acinetobacter baumannii, carbapenem-resistant Escherichia coli, carbapenem-resistant Klebsiella pneumoniae, or extended spectrum beta-lactamase Klebsiella pneumoniae; wherein the beads are coated with 0.27 mg to 10 mg heparin per gram of bead; and (ii) separating the sample from the adhering complex to produce the sample with a reduced amount of bacteria; wherein the adhering complex comprises bacteria and the adsorption media. (i) contacting a sample from whole blood in an extracorporeal circuit at a linear flow rate of about 400 cm/min to about 1000 cm/min with an adsorption media to allow the formation of an adhering complex, wherein the adsorption media is a solid substrate of high surface area having at least one polysaccharide adsorbent on the surface thereof, which is heparin, wherein the solid substrate comprises a plurality of rigid polymer beads, wherein the rigid polymer bead is a member selected from the group consisting of polyurethane, polymethylmethacrylate, polyethylene or co-polymers of ethylene and other monomers, polyethylene imine, polypropylene, and polyisobutylene, wherein the size of channels or interstitial space between individual beads permits passage of blood cells, wherein the bacteria is selected from Acinetobacter baumannii, carbapenem-resistant Escherichia coli, carbapenem-resistant Klebsiella pneumoniae, or extended spectrum beta-lactamase Klebsiella pneumoniae; wherein the beads are coated with 0.27 mg to 10 mg heparin per gram of bead; and (ii) separating the sample from the adhering complex to produce the sample with a reduced amount of bacteria;
A compound with general formula (I) where: R 1 and R 2 are identical or different and represent a C 1 -C 6 alkyl group or any of their pharmaceutically acceptable salts for use in the treatment and/or prevention of renal lithiasis, where the renal lithiasis is uric acid renal lithiasis.
An apparatus comprising means for performing, by an agent of a distributed attestation network: - receiving a policy for a device , wherein the policy comprises a set of information indicating rules and/or values for attesting one or more software components, - receiving a quote from the device, the quote comprising measurements of one or more software components of the device, - verifying compliance of the device with the policy on the basis of the received measurements of the one or more software components, - generating a quote event for the device on the basis of the verifying the compliance of the device with the policy, and - causing storage of the quote event to a distributed ledger , characterized in that : the agent is an event listener configured to at least detect events added in the distributed ledger indicative of one or more of a policy definition, a policy update, a successful quote, and an unsuccessful quote, and trigger actions based on the detected events. - receiving a policy for a device , wherein the policy comprises a set of information indicating rules and/or values for attesting one or more software components, - receiving a quote from the device, the quote comprising measurements of one or more software components of the device, - verifying compliance of the device with the policy on the basis of the received measurements of the one or more software components, - generating a quote event for the device on the basis of the verifying the compliance of the device with the policy, and - causing storage of the quote event to a distributed ledger , characterized in that : the agent is an event listener configured to at least detect events added in the distributed ledger indicative of one or more of a policy definition, a policy update, a successful quote, and an unsuccessful quote, and trigger actions based on the detected events.
A centrifugal compressor configured to compress a fluid utilizing a centrifugal force, comprising: a housing having a shroud thereinside; a wheel rotatably provided in the housing ; a diffuser formed outside in a radial direction of an outlet side of the wheel in the housing ; and a scroll formed on an outlet side of the diffuser in the housing , wherein a shroud-side wall surface and a hub-side wall surface of the diffuser extend in the radial direction, respectively, characterized in that a plurality of annular steps are integrally formed on the shroud-side wall surface of the diffuser so as to expand a flow passage width of the diffuser along a flow direction of a main flow, and a step amount (δ) of the steps is set to be 5 to 30% of a flow passage width (α) of an outlet of the diffuser . a housing having a shroud thereinside; a wheel rotatably provided in the housing ; a diffuser formed outside in a radial direction of an outlet side of the wheel in the housing ; and a scroll formed on an outlet side of the diffuser in the housing , wherein a shroud-side wall surface and a hub-side wall surface of the diffuser extend in the radial direction, respectively, characterized in that a plurality of annular steps are integrally formed on the shroud-side wall surface of the diffuser so as to expand a flow passage width of the diffuser along a flow direction of a main flow, and a step amount (δ) of the steps is set to be 5 to 30% of a flow passage width (α) of an outlet of the diffuser .
An agricultural harvester , comprising: a chassis ; an axle assembly carrying the chassis ; a plurality of hub assemblies including a first hub assembly and a second hub assembly , the hub assemblies each being coupled to an opposite corresponding end of the axle assembly ; and a plurality of ground engaging devices each being coupled to a corresponding one of the hub assemblies , the ground engaging devices supporting the axle assembly and the chassis ; wherein the axle assembly comprises: an extendable/retractable axle for altering a distance between the ground engaging devices that are coupled to the hub assemblies ; and a connecting rod extending/retracting from a central portion of the axle assembly , the connecting rod being also coupled to a portion of the first hub assembly ; a plurality of actuators configured to coordinate the extension/retraction of the extendable/retractable axle and the connecting rod ; and characterised in that the connecting rod is generally vertically displaced from the extendable/retractable axle . a chassis ; an axle assembly carrying the chassis ; a plurality of hub assemblies including a first hub assembly and a second hub assembly , the hub assemblies each being coupled to an opposite corresponding end of the axle assembly ; and a plurality of ground engaging devices each being coupled to a corresponding one of the hub assemblies , the ground engaging devices supporting the axle assembly and the chassis ; wherein the axle assembly comprises: an extendable/retractable axle for altering a distance between the ground engaging devices that are coupled to the hub assemblies ; and a connecting rod extending/retracting from a central portion of the axle assembly , the connecting rod being also coupled to a portion of the first hub assembly ; a plurality of actuators configured to coordinate the extension/retraction of the extendable/retractable axle and the connecting rod ; and characterised in that the connecting rod is generally vertically displaced from the extendable/retractable axle . an extendable/retractable axle for altering a distance between the ground engaging devices that are coupled to the hub assemblies ; and a connecting rod extending/retracting from a central portion of the axle assembly , the connecting rod being also coupled to a portion of the first hub assembly ; a plurality of actuators configured to coordinate the extension/retraction of the extendable/retractable axle and the connecting rod ; and characterised in that the connecting rod is generally vertically displaced from the extendable/retractable axle .
Mesh cable tray comprising a shaped metal wire mesh having a plurality of longitudinal wires arranged parallel to one another and having a plurality of transverse wires , wherein a tray-shaped support space results within the mesh cable tray , in which all transverse wires are arranged lying on the inside or all transverse wires are arranged lying on the outside, wherein the mesh cable tray has two differently shaped ends , whereby one of the transverse wires is arranged at the face at the front end of the mesh cable tray and with a receiving tray (40, 40', 40", 40''', 40'''') arranged at the rear end at the end in order to receive an end transverse wire of a further mesh cable tray, characterised in that there is a material-locking connection between the receiving tray (40, 40', 40", 40'", 40"") and the shaped metal wire mesh, wherein the receiving tray (40, 40', 40", 40"', 40"") is formed from a sheet metal tray or sections of a sheet metal tray.
A method for facilitating communication between an occupant of a facility and a visitor, the method comprising: receiving , at a computer system and through a mobile app, computer program, or website, a request from a visitor device to communicate with an occupant of the facility, wherein the request comprises a request for access to an entrance of the facility; receiving , at the computer system and from a GPS unit on the visitor device, a location of the visitor device; based on the received location, determining that the visitor device is within a predetermined bounded area of the facility; based on the received request, identifying an occupant profile; obtaining information associated with the occupant profile; based on the obtained information, determining that the occupant has registered a profile; based on the obtained information, identifying a communication path to an occupant device; sending , from the computer system and using the communication path, the request from the visitor device to the occupant device; periodically requesting, by the computer system, location data from the visitor device; determining, by the computer system and using location data received from the visitor device, whether the visitor device is inside facility; in response to determining that the visitor device is inside the facility and before the occupant has granted the visitor access, generating and sending, by the computer system, an alert to the occupant device; receiving, at the computer system, a response from the occupant device; and based on the response, performing an action. receiving , at a computer system and through a mobile app, computer program, or website, a request from a visitor device to communicate with an occupant of the facility, wherein the request comprises a request for access to an entrance of the facility; receiving , at the computer system and from a GPS unit on the visitor device, a location of the visitor device; based on the received location, determining that the visitor device is within a predetermined bounded area of the facility; based on the received request, identifying an occupant profile; obtaining information associated with the occupant profile; based on the obtained information, determining that the occupant has registered a profile; based on the obtained information, identifying a communication path to an occupant device; sending , from the computer system and using the communication path, the request from the visitor device to the occupant device; periodically requesting, by the computer system, location data from the visitor device; determining, by the computer system and using location data received from the visitor device, whether the visitor device is inside facility; in response to determining that the visitor device is inside the facility and before the occupant has granted the visitor access, generating and sending, by the computer system, an alert to the occupant device; receiving, at the computer system, a response from the occupant device; and based on the response, performing an action.
Battery housing assembly , in particular as a battery housing assembly of a vehicle traction battery which can be temperature-controlled by a fluid, comprising - a battery housing which encloses an interior space for receiving a plurality of battery cells; and - a heat transmission device which has an inlet tube , an outlet tube and a heat exchanger element arranged fluidically therebetween, the fluid being able to flow through the heat transmission device from the inlet tube via the heat exchanger element to the outlet tube ; - it being possible for the heat exchanger element to be accommodated in the battery housing ; and the battery housing assembly is characterized in that - the heat transmission device is designed as a unit with the inlet tube , the outlet tube and the heat exchanger element , - the battery housing has at least one through-opening for the passage of the inlet tube and the outlet tube ; and - the battery housing has at least one closure element which is inserted into the at least one through-opening and forms a closure between the inlet tube and/or the outlet tube and the at least one through-opening . - a battery housing which encloses an interior space for receiving a plurality of battery cells; and - a heat transmission device which has an inlet tube , an outlet tube and a heat exchanger element arranged fluidically therebetween, the fluid being able to flow through the heat transmission device from the inlet tube via the heat exchanger element to the outlet tube ; - it being possible for the heat exchanger element to be accommodated in the battery housing ; and - the heat transmission device is designed as a unit with the inlet tube , the outlet tube and the heat exchanger element , - the battery housing has at least one through-opening for the passage of the inlet tube and the outlet tube ; and - the battery housing has at least one closure element which is inserted into the at least one through-opening and forms a closure between the inlet tube and/or the outlet tube and the at least one through-opening .
Kitchen appliance apparatus for using air in the kitchen, comprising a housing , wherein in the housing a pump system is provided which pump system comprises: - a primary port ; - a secondary port ; - wherein the primary port is arranged for connection with an accessory outside of the housing, wherein the secondary port is arranged for fluid connection with the environment outside of the housing; characterized in that the pump system further comprises: - a single direction air pump having an inlet and an outlet ; - a first three-way valve fluidly connected to the primary port, to the inlet of the pump and to the outlet of the pump, - a second three-way valve fluidly connected to the secondary port, to the inlet of the pump and to the outlet of the pump; - wherein the pump system is operational in a first pump mode in which air can be sucked in via the primary port; the pump system is operational in a second pump mode in which air can be blown out via the primary port; and is operational in a third pump mode in which the pump system is alternatingly sucking in and blowing air via the primary port. - a primary port ; - a secondary port ; - wherein the primary port is arranged for connection with an accessory outside of the housing, wherein the secondary port is arranged for fluid connection with the environment outside of the housing; - a single direction air pump having an inlet and an outlet ; - a first three-way valve fluidly connected to the primary port, to the inlet of the pump and to the outlet of the pump, - a second three-way valve fluidly connected to the secondary port, to the inlet of the pump and to the outlet of the pump; - wherein the pump system is operational in a first pump mode in which air can be sucked in via the primary port; the pump system is operational in a second pump mode in which air can be blown out via the primary port; and is operational in a third pump mode in which the pump system is alternatingly sucking in and blowing air via the primary port.