mhurhangee/patent-ind-claim-en huggingface dataset:
A suction foot assembly for attachment to a floor cleaning machine , having a suction foot which has a base to which a front suction lip and a rear suction lip are attached, which extend away from the base , preferably parallel to one another, and which are spaced apart from one another such that a suction space is delimited by the suction lips and the base , wherein the edges of the suction lips that are positioned away from the base extend in a contact plane and are designed to rest on the floor surface to be cleaned, having a suction foot holder connected to the base , said suction foot holder having a coupling section , having a suction foot connection extending between a coupling end and a machine end , wherein the machine end is designed to be attached to a floor cleaning machine , preferably pivotable about a vertical axis , characterized in that one of the coupling section and the coupling end has a pin section which extends along a pin axis which runs parallel to the contact plane, wherein the other of the coupling section and the coupling end has a first and a second clamping element which are opposite one another, have free ends and extend concavely such that a receiving section is formed between the clamping elements in which the pin section is received, wherein the distance between the free ends of the clamping elements is smaller than the distance between the clamping elements in the receiving section , and wherein one or both clamping elements are elastically deformable such that the pin section can be moved perpendicular to its direction of extension over the free ends out of and into the receiving section . wherein the edges of the suction lips that are positioned away from the base extend in a contact plane and are designed to rest on the floor surface to be cleaned, having a suction foot holder connected to the base , said suction foot holder having a coupling section , having a suction foot connection extending between a coupling end and a machine end , wherein the machine end is designed to be attached to a floor cleaning machine , preferably pivotable about a vertical axis , characterized in that one of the coupling section and the coupling end has a pin section which extends along a pin axis which runs parallel to the contact plane, wherein the other of the coupling section and the coupling end has a first and a second clamping element which are opposite one another, have free ends and extend concavely such that a receiving section is formed between the clamping elements in which the pin section is received, wherein the distance between the free ends of the clamping elements is smaller than the distance between the clamping elements in the receiving section , and wherein one or both clamping elements are elastically deformable such that the pin section can be moved perpendicular to its direction of extension over the free ends out of and into the receiving section .
A consumable part replacement time managing device for monitoring replacement time of a consumable part of a machine tool, characterized by : an OFF date and time storage unit configured to read a current date and time from a control device of the machine tool, and to store it as an OFF date and time, according to a stop-processing subroutine started by using the power-off of the machine tool as a trigger, an ON date and time storage unit configured to read a current date and time from the control device of the machine tool, and to store it as an ON date and time, when the power supply of the machine tool is turned on after the power supply of the machine tool has been turned off, and a consumable part replacement time managing unit configured to obtain, by subtracting the stored OFF date and time from the stored ON date and time, a time period from when the power supply of the machine tool is turned off until the next time the power supply is turned on as a downtime of the consumable part, and notifying, when the downtime is equal or greater than a predetermined threshold value, that the consumable part has reached a replacement time. an OFF date and time storage unit configured to read a current date and time from a control device of the machine tool, and to store it as an OFF date and time, according to a stop-processing subroutine started by using the power-off of the machine tool as a trigger, an ON date and time storage unit configured to read a current date and time from the control device of the machine tool, and to store it as an ON date and time, when the power supply of the machine tool is turned on after the power supply of the machine tool has been turned off, and a consumable part replacement time managing unit configured to obtain, by subtracting the stored OFF date and time from the stored ON date and time, a time period from when the power supply of the machine tool is turned off until the next time the power supply is turned on as a downtime of the consumable part, and notifying, when the downtime is equal or greater than a predetermined threshold value, that the consumable part has reached a replacement time.
An agent comprising α-lactalbumin as an active ingredient for use in a method of suppressing hot flash as a symptom of menopausal disorder.
A secondary battery , comprising: a plurality of first electrodes each including a first electrode core body and a first electrode active material disposed on the first electrode core body; a plurality of second electrodes each including a second electrode core body and a second electrode active material disposed on the second electrode core body; at least one separator ; and an adhesive disposed between at least one side surface in a thickness direction of the separator and the first electrode , wherein the plurality of the first electrodes and the plurality of the second electrodes are alternately stacked via the separator , at least ten first electrodes are included in a stacked body including the plurality of the first electrodes and the plurality of the second electrodes, and when an adhesive strength between the outermost first electrode and the separator is A0 [N/m] , and an adhesive strength between the first electrode located in a center in a stacking direction of the stacked body and the separator is A1 [N/m], A1/A0 is at least 0.1 and less than 0.9. a plurality of first electrodes each including a first electrode core body and a first electrode active material disposed on the first electrode core body; a plurality of second electrodes each including a second electrode core body and a second electrode active material disposed on the second electrode core body; at least one separator ; and an adhesive disposed between at least one side surface in a thickness direction of the separator and the first electrode , wherein the plurality of the first electrodes and the plurality of the second electrodes are alternately stacked via the separator , at least ten first electrodes are included in a stacked body including the plurality of the first electrodes and the plurality of the second electrodes, and when an adhesive strength between the outermost first electrode and the separator is A0 [N/m] , and an adhesive strength between the first electrode located in a center in a stacking direction of the stacked body and the separator is A1 [N/m], A1/A0 is at least 0.1 and less than 0.9.
Electronic module , comprising - a pulsating heat pipe with a channel structure , in which a heat transport medium is arranged, and - at least one electrical structural element , which is in direct contact with the heat transport medium and/or is connected to an electrically conductive contact element that is in direct contact with the heat transport medium , characterised in that the channel structure is formed of ceramic bodies , a metallic cover element and a metallic carrier element . - a pulsating heat pipe with a channel structure , in which a heat transport medium is arranged, and - at least one electrical structural element , which is in direct contact with the heat transport medium and/or is connected to an electrically conductive contact element that is in direct contact with the heat transport medium ,
A retrofitable retractable screen system for insertion into a frame of a window or door opening to allow the window or door opening to be covered when in an open position, the system comprising: a screen support assembly defining a screen opening and adapted for insertion into and removal from a window or door frame; a roller assembly comprising: a screen ; a spindle rotatably mounted adjacent the screen opening around which the screen is wound so that the screen can be unwound from or wound onto the spindle; and a spindle rotation assembly for rotating the spindle ; at least one operative means connected between the screen and the spindle rotation assembly that causes the spindle to rotate so as to wind the screen back onto the spindle as the screen is retracted across the screen opening ; and at least one guide assembly for guiding the operative means , wherein the guide assembly guides the operative means through or around a tension adjustment arrangement that adjusts the tension in the operative means as the screen is wound and unwound from the spindle , characterized in that the guide assembly guides the operative means from the spindle to a first guide component that directs the operative means to the tension adjustment arrangement , and the tension adjustment arrangement directs the operative means to a second guide component which directs the operative means to a distal edge of the screen with respect to the spindle . a screen support assembly defining a screen opening and adapted for insertion into and removal from a window or door frame; a roller assembly comprising: a screen ; a spindle rotatably mounted adjacent the screen opening around which the screen is wound so that the screen can be unwound from or wound onto the spindle; and a spindle rotation assembly for rotating the spindle ; a screen ; a spindle rotatably mounted adjacent the screen opening around which the screen is wound so that the screen can be unwound from or wound onto the spindle; and a spindle rotation assembly for rotating the spindle ; at least one operative means connected between the screen and the spindle rotation assembly that causes the spindle to rotate so as to wind the screen back onto the spindle as the screen is retracted across the screen opening ; and at least one guide assembly for guiding the operative means , wherein the guide assembly guides the operative means through or around a tension adjustment arrangement that adjusts the tension in the operative means as the screen is wound and unwound from the spindle , characterized in that the guide assembly guides the operative means from the spindle to a first guide component that directs the operative means to the tension adjustment arrangement , and the tension adjustment arrangement directs the operative means to a second guide component which directs the operative means to a distal edge of the screen with respect to the spindle .
A steering wheel adapter system for an automotive simulator, comprising: a first adapter element formed in a distal end 104 of the steering wheel 100, the first adapter element comprising at least one of a first electrical contact surface 108 and a first optical contact surface; a second adapter element formed in a distal end of a steering axle 206 of the automotive simulator, the second adapter element comprising at least one of a second electrical contact surface 210 and a second optical contact surface; characterised in that the first adapter element and the second adapter element are configured to slide against each other along a plane that is substantially perpendicular to the steering axle 206 until a seated position has been reached in which a central axis of the steering wheel 100 is aligned with a central axis of the steering axle 206, and the at least one of the first electrical contact surface 108 and a first optical contact surface and the least one of the second electrical contact surface 210 and the second optical contact surface make contact with each other to establish an electrical connection, an optical connection, or both between the steering wheel 100 and the steering axle 206 of the automotive simulator. a first adapter element formed in a distal end 104 of the steering wheel 100, the first adapter element comprising at least one of a first electrical contact surface 108 and a first optical contact surface; a second adapter element formed in a distal end of a steering axle 206 of the automotive simulator, the second adapter element comprising at least one of a second electrical contact surface 210 and a second optical contact surface; characterised in that the first adapter element and the second adapter element are configured to slide against each other along a plane that is substantially perpendicular to the steering axle 206 until a seated position has been reached in which a central axis of the steering wheel 100 is aligned with a central axis of the steering axle 206, and the at least one of the first electrical contact surface 108 and a first optical contact surface and the least one of the second electrical contact surface 210 and the second optical contact surface make contact with each other to establish an electrical connection, an optical connection, or both between the steering wheel 100 and the steering axle 206 of the automotive simulator.
A milk collection assembly, comprising: a rear assembly for fitting over the breast of a user; a front assembly for fitting to the rear assembly; and a milk container , wherein the rear assembly comprises: a breast shield ; a diaphragm formed of a flexible membrane and comprising a cavity having an open end for receiving a nipple of the user and a closed end , wherein the diaphragm fits over an opening in the breast shield ; and a frame; wherein the front assembly comprises a cover for fitting over the diaphragm to define a sealed space between them, and the front assembly is for releasable coupling to the frame, wherein the frame comprises a release element which projects along a channel in the front assembly, thereby to define a release actuator at external surface of the front assembly for releasing the coupling together of the rear and front assemblies. a rear assembly for fitting over the breast of a user; a front assembly for fitting to the rear assembly; and a milk container , wherein the rear assembly comprises: a breast shield ; a diaphragm formed of a flexible membrane and comprising a cavity having an open end for receiving a nipple of the user and a closed end , wherein the diaphragm fits over an opening in the breast shield ; and a frame; a breast shield ; a diaphragm formed of a flexible membrane and comprising a cavity having an open end for receiving a nipple of the user and a closed end , wherein the diaphragm fits over an opening in the breast shield ; and a frame; wherein the front assembly comprises a cover for fitting over the diaphragm to define a sealed space between them, and the front assembly is for releasable coupling to the frame, wherein the frame comprises a release element which projects along a channel in the front assembly, thereby to define a release actuator at external surface of the front assembly for releasing the coupling together of the rear and front assemblies.
A method performed by a master base station for providing dual connectivity to a terminal , in a wireless communication system, the method comprising: transmitting, to a secondary base station, an addition request message including a current secondary cell group, SCG, configuration configured to the terminal; receiving, from the secondary base station, an acknowledge message for an SCG change of the terminal, the acknowledge message including a new SCG configuration configured to the terminal by the secondary base station and information indicating whether the terminal should release the current SCG configuration before applying the new SCG configuration; and transmitting, to the terminal, a radio resource control, RRC, message for the SCG change, the RRC message including the new SCG configuration configured to the terminal by the secondary base station. transmitting, to a secondary base station, an addition request message including a current secondary cell group, SCG, configuration configured to the terminal; receiving, from the secondary base station, an acknowledge message for an SCG change of the terminal, the acknowledge message including a new SCG configuration configured to the terminal by the secondary base station and information indicating whether the terminal should release the current SCG configuration before applying the new SCG configuration; and transmitting, to the terminal, a radio resource control, RRC, message for the SCG change, the RRC message including the new SCG configuration configured to the terminal by the secondary base station.
A flow machine, in particular a pump or a turbine, including a rotor which is rotatably arranged about an axis of rotation (A) in a rotor space of a housing of the flow machine, wherein, for energy exchange be-tween a flow energy of a flowing fluid (F) and a mechanical rotational energy, the fluid (F) can be supplied to the housing of the flow machine in such a way that it can be brought into flowing contact with the rotor for the energy exchange and can be led out of the housing of the flow machine again, wherein a flow guiding element running about the axis of rotation (A) in a peripheral direction (U) of the rotor is provided in the rotor space between an inner wall of the rotor space and the rotor in such a way that the rotor is surrounded by the flow guiding element over a predeterminable axial width (B), characterized in that the flow guiding element is spaced from the housing in the direction of the axis of rotation (A) so that the flow can flow around the flow guiding element on both sides in the direction of the axis of rotation (A).
A communication method, comprising: obtaining , by a first central unit CU, physical random access channel PRACH configuration information of N cells not supported by a first distributed unit DU that is connected to the first CU by using an F1 interface, the first CU and the first DU being parts of an access network device, wherein N is an integer greater than 0; and sending , by the first CU, the PRACH configuration information of the N cells to the first DU, wherein the N cells comprise a neighbour cell of a target cell, and the target cell is a cell supported by the first DU. obtaining , by a first central unit CU, physical random access channel PRACH configuration information of N cells not supported by a first distributed unit DU that is connected to the first CU by using an F1 interface, the first CU and the first DU being parts of an access network device, wherein N is an integer greater than 0; and sending , by the first CU, the PRACH configuration information of the N cells to the first DU, wherein the N cells comprise a neighbour cell of a target cell, and the target cell is a cell supported by the first DU.
A method for producing spherical neural masses having suppressed teratoma formation with high purity, the method including: 1) fragmentation of the spherical neural masses; 2) adhesion-culturing the fragmented spherical masses in culturing dish comprising culturing medium for neuronal progenitor cell, wherein the culturing dish having a substrate includes at least one selected from the group consisting of laminin, L-ornithine and Matrigel coated thereon; 3) performing single-cellularization of the adhesion-cultured spherical neural masses by adding enzyme, thus prepare single cells for 40 to 60 min, wherein the enzyme is selected from a group consisting of trypsin-EDTA, dispase, accutase and collagenase; ; 4) adhesion-culturing of the single cells of step 3) in culturing dish without an additional substrate coated thereon; 5) inducing spontaneously re-aggregate of single cells by repeatedly suspending the aggregates attached to the bottom of culturing dish, without an additional substrate coated thereon comprising culturing medium for neuronal progenitor cell, thus prepare a re-aggregated spherical neural mass, wherein each of the re-aggregated spherical neural masses has a diameter in a range of 10 μm to 80 μm; and; and 6) recovering the spherical neural masses re-aggregated in the step 5). 1) fragmentation of the spherical neural masses; 2) adhesion-culturing the fragmented spherical masses in culturing dish comprising culturing medium for neuronal progenitor cell, wherein the culturing dish having a substrate includes at least one selected from the group consisting of laminin, L-ornithine and Matrigel coated thereon; 3) performing single-cellularization of the adhesion-cultured spherical neural masses by adding enzyme, thus prepare single cells for 40 to 60 min, wherein the enzyme is selected from a group consisting of trypsin-EDTA, dispase, accutase and collagenase; ; 4) adhesion-culturing of the single cells of step 3) in culturing dish without an additional substrate coated thereon; 5) inducing spontaneously re-aggregate of single cells by repeatedly suspending the aggregates attached to the bottom of culturing dish, without an additional substrate coated thereon comprising culturing medium for neuronal progenitor cell, thus prepare a re-aggregated spherical neural mass, wherein each of the re-aggregated spherical neural masses has a diameter in a range of 10 μm to 80 μm; and; and 6) recovering the spherical neural masses re-aggregated in the step 5).
Device for cooling and atomizing liquid or paste-like substances, having a nozzle arrangement which is in fluidic communication with a supply line for a liquid or paste-like substance to be atomized, with a supply line for an expansile medium and with a supply line for an atomizing gas, where the nozzle arrangement is designed as a three-fluid nozzle , routed through whose housing are feeds for the substance, the expansile medium and the atomizing gas, these feeds being in fluidic communication with the respective supply lines and opening out at a common orifice opening , the routing of the feeds through the housing of the three-fluid nozzle being such that the feed for the atomizing gas is disposed between the feeds for the substance and the feed for the expansile medium, characterized in that the supply line for the substance and the supply line for the atomizing gas are equipped with a heating facility.