mhurhangee/patent-ind-claim-en huggingface dataset:
Rotational disinfectant device for capturing and disinfecting infectants, comprising viruses, such as SARS-CoV-2, and bacteria, from a gas, the device comprising means for transmitting the infectant-containing gas to a gas inlet of a housing , which housing is further provided with a gas outlet , a disinfectant liquid inlet and a disinfectant liquid outlet ; a rotor mounted for rotation in said housing and connecting to the inlets and outlets, the rotor comprising a plurality of disinfecting channels extending axially and parallel to a common rotation axis , wherein the channels are circumferentially enclosed by walls over an, optionally entire, axial length of the rotor between the disinfectant liquid inlet and the disinfectant liquid outlet ; and wherein the device further comprises means for rotating the rotor and means for providing a sustained flow of disinfectant liquid to the disinfectant liquid inlet , wherein the device further comprises - a disinfectant liquid collector that connects to the disinfectant liquid outlet , in which collector the collected disinfected particles settle to form a disinfected particle-rich bottom layer and a disinfected particle-poor top layer; - a return conduit that connects the disinfectant liquid collector outlet with the disinfectant liquid inlet , and a pump to transfer disinfectant liquid from the disinfected particle-poor top layer to the disinfectant liquid inlet through the return conduit for re-use; wherein the return conduit , the liquid collector outlet and the disinfectant liquid inlet form a closed fluid circuit, wherein the gas transmitting means are preferably located opposite to the gas inlet relative to the rotor , and wherein the gas transmitting means preferably comprise a propeller. - a disinfectant liquid collector that connects to the disinfectant liquid outlet , in which collector the collected disinfected particles settle to form a disinfected particle-rich bottom layer and a disinfected particle-poor top layer; - a return conduit that connects the disinfectant liquid collector outlet with the disinfectant liquid inlet , and a pump to transfer disinfectant liquid from the disinfected particle-poor top layer to the disinfectant liquid inlet through the return conduit for re-use; wherein the return conduit , the liquid collector outlet and the disinfectant liquid inlet form a closed fluid circuit, wherein the gas transmitting means are preferably located opposite to the gas inlet relative to the rotor , and wherein the gas transmitting means preferably comprise a propeller.
A system for evaluating the effectiveness of a high flow therapy, comprising: a sensor configured to determine an indication of a respiratory pattern of a patient; a flow generator , the flow generator configured to provide a high flow therapy to the patient, and a controller configured to receive the indication of the respiratory pattern of the patient and identify a respiratory disorder, the respiratory disorder identified as an abnormal breathing pattern; and control the flow generator to provide the high flow therapy to the patient to compensate for the identified abnormal breathing pattern; wherein an effectiveness of the high flow therapy is evaluated by the controller or an external monitor, wherein evaluating the effectiveness comprises determining if the respiratory disorder has improved, and wherein the high flow therapy is adjusted according to the evaluation of effectiveness . a sensor configured to determine an indication of a respiratory pattern of a patient; a flow generator , the flow generator configured to provide a high flow therapy to the patient, and a controller configured to receive the indication of the respiratory pattern of the patient and identify a respiratory disorder, the respiratory disorder identified as an abnormal breathing pattern; and control the flow generator to provide the high flow therapy to the patient to compensate for the identified abnormal breathing pattern; receive the indication of the respiratory pattern of the patient and identify a respiratory disorder, the respiratory disorder identified as an abnormal breathing pattern; and control the flow generator to provide the high flow therapy to the patient to compensate for the identified abnormal breathing pattern; wherein an effectiveness of the high flow therapy is evaluated by the controller or an external monitor, wherein evaluating the effectiveness comprises determining if the respiratory disorder has improved, and wherein the high flow therapy is adjusted according to the evaluation of effectiveness .
A method of managing a plurality of field replaceable units (FRUs) mounted within receiving bays of a computing rack , comprising: receiving , at a management controller over one of a plurality of I 2 C data lines connected between the management controller and a circuit board of each of the plurality of receiving bays of the computing rack, a signal that a first FRU has been inserted into or is to be removed from the one of the plurality of receiving bays to which the one of the I 2 C data lines is connected, wherein the received signal comprises an interrupt generated by the one of the plurality of circuit boards associated with the insertion or removal of the first FRU into or from the one of the plurality of receiving bays; reading , by the management controller over the one of the plurality of I 2 C data lines in response to the received signal, a memory of the respective one of the plurality of circuit boards connected to the one of the I 2 C data lines to determine geographical location data of the first FRU within the computing rack; and performing , by the management controller, one or more out of band (OOB) management routines for the first FRU using the geographical location data; characterized in that the performing comprises: obtaining , from a memory associated with the management controller, management records corresponding to the geographical location data; and managing, by the management controller, the first FRU using the obtained management records. receiving , at a management controller over one of a plurality of I 2 C data lines connected between the management controller and a circuit board of each of the plurality of receiving bays of the computing rack, a signal that a first FRU has been inserted into or is to be removed from the one of the plurality of receiving bays to which the one of the I 2 C data lines is connected, wherein the received signal comprises an interrupt generated by the one of the plurality of circuit boards associated with the insertion or removal of the first FRU into or from the one of the plurality of receiving bays; reading , by the management controller over the one of the plurality of I 2 C data lines in response to the received signal, a memory of the respective one of the plurality of circuit boards connected to the one of the I 2 C data lines to determine geographical location data of the first FRU within the computing rack; and performing , by the management controller, one or more out of band (OOB) management routines for the first FRU using the geographical location data; characterized in that the performing comprises: obtaining , from a memory associated with the management controller, management records corresponding to the geographical location data; and managing, by the management controller, the first FRU using the obtained management records. obtaining , from a memory associated with the management controller, management records corresponding to the geographical location data; and managing, by the management controller, the first FRU using the obtained management records.
A movable tractor-trailer combination including (a) a self-powered tractor having a plurality of ground-engaging members and a steering mechanism for steering at least one said ground-engaging member so as to cause changes in a direction of movement of the tractor ; (b) a trailer that is towed behind the tractor as the tractor moves forwardly and is connected to the tractor by a drawbar that is pivotably connected at a tractor connection to the tractor and at a location spaced along the drawbar to an attachment location on the trailer ; (c) one or more sensors for sensing a line of a swath of crop material corresponding to a maximal quantity of crop material per unit length of the swath ; (d) a position-determining module that generates one or more position signals indicative of the position of the tractor ; and (e) a control apparatus that operates in dependence on at least one output of the one or more sensors , and the one or more position signals and characterised in that the control apparatus operates the steering mechanism of the tractor in dependence on a swath run-over minimisation signal derived from at least one output of the one or more sensors and the one or more position signals such that the tractor moves along the swath with minimal running over of the swath by any of the ground-engaging members .
A method performed by a base station in a wireless communication system, the method comprising: transmitting, to a terminal, system information including information related to beams; identifying a paging occasion for transmitting a paging message to the terminal; and transmitting, to the terminal, a paging message based on the paging occasion, wherein the paging occasion is identified by the terminal, and wherein the paging occasion is a set of monitoring occasions related to a number of beams determined based on the information related to the beams included in the system information. transmitting, to a terminal, system information including information related to beams; identifying a paging occasion for transmitting a paging message to the terminal; and transmitting, to the terminal, a paging message based on the paging occasion, wherein the paging occasion is identified by the terminal, and wherein the paging occasion is a set of monitoring occasions related to a number of beams determined based on the information related to the beams included in the system information.
A method of managing identity data discovered from network data traffic, comprising: representing identity data in an association of data object types, the data object types including a first type representing a source of an identity, a second type representing a time at which an identity appears in the network data traffic, and a third type representing an identity; capturing the identity data from the network data traffic; generating a graphical representation of the association of data object types, wherein the graphical representation is a hierarchy comprising source data objects at a top level, time data objects at an intermediary level, and identity data objects at a lower level; wherein, for a time object representing a given time period, associating an identity object representing the identity with the time object; linking a particular identity in the hierarchical association with at least one other identity with which the particular identity shares a given relationship; displaying the graphical representation as a visualization of one or more identity relationships; adding an edge to represent a relationship between identities; querying the hierarchical association to discover the given relationship wherein each operation is carried out in software executing in a hardware element; and storing the association of data object types as a compact data structure within a distributed database. representing identity data in an association of data object types, the data object types including a first type representing a source of an identity, a second type representing a time at which an identity appears in the network data traffic, and a third type representing an identity; capturing the identity data from the network data traffic; generating a graphical representation of the association of data object types, wherein the graphical representation is a hierarchy comprising source data objects at a top level, time data objects at an intermediary level, and identity data objects at a lower level; wherein, for a time object representing a given time period, associating an identity object representing the identity with the time object; linking a particular identity in the hierarchical association with at least one other identity with which the particular identity shares a given relationship; displaying the graphical representation as a visualization of one or more identity relationships; adding an edge to represent a relationship between identities; querying the hierarchical association to discover the given relationship wherein each operation is carried out in software executing in a hardware element; and storing the association of data object types as a compact data structure within a distributed database.
Method for portionwise preparation of a beverage , in which a portion of beverage concentrate is mixed with a portion of water , wherein the portion of water is admixed with carbon dioxide in a static mixer prior to mixing with the beverage concentrate, wherein the admixing with carbon dioxide is done at a positive pressure of at least 7 bar, preferably > 8 bar, particularly preferably at 9-11 bar, characterized in that a compensator is provided downstream of the static mixer.
A storage and display assembly comprising: a base defining a cavity configured to receive a product ; a lid mounted to the base covering the cavity; a hang tag mounted to the base, characterised by the hang tag having a first position wherein a first end of the hang tag engages an inner surface of the lid securing the lid to the base and a second position wherein the first end of the hang tag is disengaged from the inner surface of the lid. a base defining a cavity configured to receive a product ; a lid mounted to the base covering the cavity; a hang tag mounted to the base, characterised by the hang tag having a first position wherein a first end of the hang tag engages an inner surface of the lid securing the lid to the base and a second position wherein the first end of the hang tag is disengaged from the inner surface of the lid.
Modular high-current connector which has a first housing part and connected thereto a second housing part , wherein the high-current connector has at least one connection contact element , disposed in the second housing part , for electrically connecting to a line to be connected, and a pin contact , in the first housing, for electrically contacting a device socket or a mating connector, wherein the connection contact elements each have a connection region (A) and a contact region (K), wherein the connection region (A) has a cylindrical opening and the contact region (K) has a cylindrical through-opening , and wherein the pin contact for electrically contacting the connection contact elements is introduced into the through-openings of the latter, wherein the second housing part has an open housing wall which is able to be closed with a housing cover , and wherein a further housing part is able to be fixed to the open housing wall , a further connection contact element being disposed in the further housing part.
A joint for connecting a multi-hole flat pipe having a thickness T and a width W (W > T) and a cylindrical pipe to each other and that allows a CO 2 refrigerant to pass therethrough, wherein, when a thickness direction and a width direction of the multi-hole flat pipe are respectively defined as a vertical direction and a horizontal direction of the joint, the joint includes a first connection portion that covers an outer side of an end portion of the multi-hole flat pipe, and a body that is continuous from the first connection portion, wherein an inside dimension (L 302 ) of the body in the vertical direction is larger than an inside dimension (L 301 ) of the first connection portion in the vertical direction, characterized in that , the joint further includes a reinforcement portion that increases a strength of the joint, and wherein the reinforcement portion is disposed in a refrigerant flow passage so as to extend in the vertical direction. wherein, when a thickness direction and a width direction of the multi-hole flat pipe are respectively defined as a vertical direction and a horizontal direction of the joint, the joint includes a first connection portion that covers an outer side of an end portion of the multi-hole flat pipe, and a body that is continuous from the first connection portion, a first connection portion that covers an outer side of an end portion of the multi-hole flat pipe, and a body that is continuous from the first connection portion, wherein an inside dimension (L 302 ) of the body in the vertical direction is larger than an inside dimension (L 301 ) of the first connection portion in the vertical direction, characterized in that , the joint further includes a reinforcement portion that increases a strength of the joint, and wherein the reinforcement portion is disposed in a refrigerant flow passage so as to extend in the vertical direction.
A hair care appliance, comprising: a handle and a body movably coupled to one another at a rotational hinge joint such that the body is movable between a straight configuration in which the body is longitudinally aligned with a longitudinal axis of the handle , and a bent configuration in which the body extends along an axis transverse to the longitudinal axis of the handle ; the handle and the body having a fluid flow path (P) extending there through between an inlet in the handle and an outlet in the body , the handle having at least one printed circuit board (PCB) and a fan assembly ; characterised in that the fan assembly has a central shaft and a fan , the fan having a plurality of fan blades extending radially outward from the central shaft; and a diverter is disposed between the at least one printed circuit board (PCB) and the fan assembly , the diverter including a central dome configured to direct fluid flowing around the at least one printed circuit board (PCB) radially outward toward the plurality of fan blades . a handle and a body movably coupled to one another at a rotational hinge joint such that the body is movable between a straight configuration in which the body is longitudinally aligned with a longitudinal axis of the handle , and a bent configuration in which the body extends along an axis transverse to the longitudinal axis of the handle ; the handle and the body having a fluid flow path (P) extending there through between an inlet in the handle and an outlet in the body , the handle having at least one printed circuit board (PCB) and a fan assembly ; the fan assembly has a central shaft and a fan , the fan having a plurality of fan blades extending radially outward from the central shaft; and a diverter is disposed between the at least one printed circuit board (PCB) and the fan assembly , the diverter including a central dome configured to direct fluid flowing around the at least one printed circuit board (PCB) radially outward toward the plurality of fan blades .
A method of Bandwidth Part, BWP, switching for a User Equipment, UE , in unpaired spectrum, characterize by comprising: when first Downlink Control Information, DCI, for scheduling a Physical Downlink Shared Channel, PDSCH, is not detected, resetting a timer in accordance with detected second DCI for scheduling a Physical Uplink Shared Channel, PUSCH ; and when a reset timer is expired, switching a current BWP to a default BWP . when first Downlink Control Information, DCI, for scheduling a Physical Downlink Shared Channel, PDSCH, is not detected, resetting a timer in accordance with detected second DCI for scheduling a Physical Uplink Shared Channel, PUSCH ; and when a reset timer is expired, switching a current BWP to a default BWP .
A circuit board which is used for a second electronic circuit laminated on the side of a first electronic circuit , said first electronic circuit containing a power semiconductor element , the second electronic circuit being disposed on said first electronic circuit via said power semiconductor element, wherein: said circuit board comprises a substrate, which comprises dielectric layer(s) comprising ceramics, and first surface electrode(s) , which is formed on the side of said circuit board, suitable to face said first electronic circuit , and at least a part of a conductor, which constitutes said first surface electrode(s) , is embedded inside of said substrate, wherein said conductor, which constitutes said first surface electrode(s) , is exposed out of said substrate in the same plane as a first surface which is the surface of said circuit board , said first surface being a planar surface, suitable to face said first electronic circuit , and said conductor is suitable to be opposed to terminal(s) of said power semiconductor element , wherein the first surface which is the surface of said circuit board is a surface of a ceramic dielectric layer, characterised in that the part of the conductor being embedded inside of said substrate includes a corner portion of the conductor, said corner portion of the conductor being at the end portion of the interface between the conductor and the substrate, where the stress may concentrate, and the thickness of said conductor, which constitutes said first surface electrode(s) , is not less than 100 micrometers in a direction perpendicular to said first surface. said circuit board comprises a substrate, which comprises dielectric layer(s) comprising ceramics, and first surface electrode(s) , which is formed on the side of said circuit board, suitable to face said first electronic circuit , and at least a part of a conductor, which constitutes said first surface electrode(s) , is embedded inside of said substrate, wherein said conductor, which constitutes said first surface electrode(s) , is exposed out of said substrate in the same plane as a first surface which is the surface of said circuit board , said first surface being a planar surface, suitable to face said first electronic circuit , and said conductor is suitable to be opposed to terminal(s) of said power semiconductor element , wherein the first surface which is the surface of said circuit board is a surface of a ceramic dielectric layer, characterised in that the part of the conductor being embedded inside of said substrate includes a corner portion of the conductor, said corner portion of the conductor being at the end portion of the interface between the conductor and the substrate, where the stress may concentrate, and the thickness of said conductor, which constitutes said first surface electrode(s) , is not less than 100 micrometers in a direction perpendicular to said first surface.
A radio base station adapted to communicate with a user terminal in which a bandwidth to use is limited to a partial reduced bandwidth in a system bandwidth, the radio base station comprising: a transmission section adapted to transmit a downlink signal to the user terminal in repetitions; and a control section adapted to control transmission by switching between a transmission method that uses frequency hopping and a transmission method that uses frequency scheduling to apply to the downlink signal, wherein the transmission section is adapted to transmit information about the transmission method to apply to the downlink signal to the user terminal. a transmission section adapted to transmit a downlink signal to the user terminal in repetitions; and a control section adapted to control transmission by switching between a transmission method that uses frequency hopping and a transmission method that uses frequency scheduling to apply to the downlink signal, wherein the transmission section is adapted to transmit information about the transmission method to apply to the downlink signal to the user terminal.