mhurhangee/patent-ind-claim-en huggingface dataset:
A drive system for rotating a winding member of a closure screen apron windable about a central axis (X), the drive system comprising: - an actuator driving an output shaft , - a main shaft driven by the output shaft , - a rotating element which is mobile in rotation and fixed in translation with respect to the main shaft , and which is able to be fixed in rotation with the winding member , this element being equipped with the first rotational coupling means , - a member which is translationally movable along the central axis (X) with respect to the rotating element , rotationally fixed with the main shaft and comprising second rotary coupling means , - first resilient means which by default push the translatable member into an engaged configuration, in which the rotational coupling means co-operate to make the main shaft and the rotating element rotationally fixed to one another, - a control connected to the translatable member and adapted to move the translatable member to a disengaged configuration, in which the rotational coupling means are moved away from each other so as to rotationally disengage the main shaft and the rotating element , - second resilient means adapted to drive the rotating element in rotation about the central axis (X) such that the apron is driven to a rolled-up configuration, characterized in that the second resilient means drive the rotating element in rotation about the central axis (X) in such a way that the apron is driven towards a rolled-up configuration only in the disengaged configuration, and are interposed in series between the main shaft and the rotating element . - an actuator driving an output shaft , - a main shaft driven by the output shaft , - a rotating element which is mobile in rotation and fixed in translation with respect to the main shaft , and which is able to be fixed in rotation with the winding member , this element being equipped with the first rotational coupling means , - a member which is translationally movable along the central axis (X) with respect to the rotating element , rotationally fixed with the main shaft and comprising second rotary coupling means , - first resilient means which by default push the translatable member into an engaged configuration, in which the rotational coupling means co-operate to make the main shaft and the rotating element rotationally fixed to one another, - a control connected to the translatable member and adapted to move the translatable member to a disengaged configuration, in which the rotational coupling means are moved away from each other so as to rotationally disengage the main shaft and the rotating element , - second resilient means adapted to drive the rotating element in rotation about the central axis (X) such that the apron is driven to a rolled-up configuration,
A test and measurement probe coupler comprising: a substrate having a first side and a second side opposite the first side; a first signal tap conductor extending a first length along the surface of the first side of the substrate; a first signal contact disposed on the second side of the substrate and electrically coupled to the first signal tap conductor; a first ground tap conductor extending a second length along the surface of the first side of the substrate, the first ground tap conductor being parallel to the first signal tap conductor, and the first ground tap conductor being disposed in a first lateral direction away from the first signal tap conductor; and a first ground contact disposed on the second side of the substrate and electrically coupled to the first ground tap conductor, wherein the probe coupler is structured to form a first half of a directional coupler when the probe coupler is placed near a portion of a target trace on a device under test, the first signal tap conductor not touching the target trace, and the target trace forms a second half of the directional coupler. a substrate having a first side and a second side opposite the first side; a first signal tap conductor extending a first length along the surface of the first side of the substrate; a first signal contact disposed on the second side of the substrate and electrically coupled to the first signal tap conductor; a first ground tap conductor extending a second length along the surface of the first side of the substrate, the first ground tap conductor being parallel to the first signal tap conductor, and the first ground tap conductor being disposed in a first lateral direction away from the first signal tap conductor; and a first ground contact disposed on the second side of the substrate and electrically coupled to the first ground tap conductor, wherein the probe coupler is structured to form a first half of a directional coupler when the probe coupler is placed near a portion of a target trace on a device under test, the first signal tap conductor not touching the target trace, and the target trace forms a second half of the directional coupler.
An oral care implement comprising: a handle ; a head coupled to the handle , the head comprising a base structure and a monolithic cleaning unit , the monolithic cleaning unit comprising: a block portion extending from a front surface of the base structure to a distal surface , the block portion having a first height (H1) measured from the front surface of the base structure to the distal surface ; and a plurality of protuberances extending from the distal surface of the block portion , at least one of the plurality of protuberances having a second height (H2) measured from the distal surface of the block portion to a distal end of the protuberance , the second height (H2) being equal to or less than the first height (H1); characterized in that the monolithic cleaning unit further comprises a plurality of ribs extending from the distal surface of the block portion , each of the ribs extending between two of the protuberances that are adjacent to one another. a handle ; a head coupled to the handle , the head comprising a base structure and a monolithic cleaning unit , the monolithic cleaning unit comprising: a block portion extending from a front surface of the base structure to a distal surface , the block portion having a first height (H1) measured from the front surface of the base structure to the distal surface ; and a plurality of protuberances extending from the distal surface of the block portion , at least one of the plurality of protuberances having a second height (H2) measured from the distal surface of the block portion to a distal end of the protuberance , the second height (H2) being equal to or less than the first height (H1); a block portion extending from a front surface of the base structure to a distal surface , the block portion having a first height (H1) measured from the front surface of the base structure to the distal surface ; and a plurality of protuberances extending from the distal surface of the block portion , at least one of the plurality of protuberances having a second height (H2) measured from the distal surface of the block portion to a distal end of the protuberance , the second height (H2) being equal to or less than the first height (H1); characterized in that the monolithic cleaning unit further comprises a plurality of ribs extending from the distal surface of the block portion , each of the ribs extending between two of the protuberances that are adjacent to one another.
An assembly to obtain a glass panel unit comprising: a first panel including a first glass pane ; a second panel including a second glass pane and arranged to face the first panel ; a first part of a hot glue hermetically bonding respective peripheral edge portions of the first panel and the second panel to create an internal space between the first panel and the second panel ; and a second part of the hot glue hermetically bonding the first panel and the second panel together to partition the internal space into a first space to be a hermetically sealed evacuated space by being hermetically sealed when the glass panel unit is completed and a second space spatially separated from the first space , the first panel having a first through hole provided through a portion, corresponding to the second space , of the first panel , the second panel having a second through hole provided through a portion, corresponding to the second space and facing the first through hole of the first panel , of the second panel the second part being formed to surround the first through hole and the second through hole entirely, and a circumference of the second part being partially discontinued to form an exhaust path , at least one of the first through hole and the second through hole serving as an exhaust port to exhaust a gas from the first space via the second space and the exhaust path . a first panel including a first glass pane ; a second panel including a second glass pane and arranged to face the first panel ; a first part of a hot glue hermetically bonding respective peripheral edge portions of the first panel and the second panel to create an internal space between the first panel and the second panel ; and a second part of the hot glue hermetically bonding the first panel and the second panel together to partition the internal space into a first space to be a hermetically sealed evacuated space by being hermetically sealed when the glass panel unit is completed and a second space spatially separated from the first space , the first panel having a first through hole provided through a portion, corresponding to the second space , of the first panel , the second panel having a second through hole provided through a portion, corresponding to the second space and facing the first through hole of the first panel , of the second panel the second part being formed to surround the first through hole and the second through hole entirely, and a circumference of the second part being partially discontinued to form an exhaust path , at least one of the first through hole and the second through hole serving as an exhaust port to exhaust a gas from the first space via the second space and the exhaust path .
A steam-type air fryer with a steam system, comprising a cooking cavity provided in the air fryer, wherein a frying pot is provided in the cooking cavity , the air fryer is further provided with a steam generator and a water tank for supplying water to the steam generator , a steam nozzle in communication with the steam generator is installed at a side of the cooking cavity , wherein the steam nozzle passes through the cooking cavity and extends into the frying pot , a frying board is set up in the frying pot , and a steam spraying port of the steam nozzle is located below the frying board , characterized in that the steam-type air fryer further comprises a steam-generator heat dissipation structure, the cooking cavity is formed by an upper core and a lower core , and the steam-type air fryer further comprises the steam generator , configured to generate high-temperature steam and introduce the high-temperature steam into the cooking cavity , wherein the steam generator is installed between the lower core and a base of the air fryer, and the base is provided with first heat dissipation holes corresponding to the steam generator .
An adsorption system for a cooling, heating or refrigeration system comprising: a first sorber (100 A,B,C) comprising a sorbent configured to adsorb a gas thereon; and a rigid gas distribution tube coupled with the first sorber and comprising a porous sidewall defining a channel therein, wherein the tube is configured to allow passage of the gas from an interior of the channel through the porous sidewall and to the sorbent outside the channel. a first sorber (100 A,B,C) comprising a sorbent configured to adsorb a gas thereon; and a rigid gas distribution tube coupled with the first sorber and comprising a porous sidewall defining a channel therein, wherein the tube is configured to allow passage of the gas from an interior of the channel through the porous sidewall and to the sorbent outside the channel.
A teat for a bottle, comprising: a nipple portion having a distal end for insertion into the mouth of a user of the teat, characterized in that the distal end comprises: a recessed portion having a base which is domed outwardly towards the distal end, wherein the base has an outwardly domed underside and an outwardly domed top side; and a valve slit arrangement formed in the base of the recessed portion. a nipple portion having a distal end for insertion into the mouth of a user of the teat, characterized in that the distal end comprises: a recessed portion having a base which is domed outwardly towards the distal end, wherein the base has an outwardly domed underside and an outwardly domed top side; and a valve slit arrangement formed in the base of the recessed portion. a recessed portion having a base which is domed outwardly towards the distal end, wherein the base has an outwardly domed underside and an outwardly domed top side; and a valve slit arrangement formed in the base of the recessed portion.
A method comprising: responsive to determining that a button of a mobile computing device has been pressed for longer than a first amount of time, resetting, by a controller of the mobile computing device, at a first time, a power management integrated circuit , PMIC, of the mobile computing device; responsive to determining that the button of the mobile computing device has not been released since said first time and has been pressed for longer than a second amount of time that is longer than the first amount of time, electrically disconnecting, by the controller of the mobile computing device, at a second time that is after the first time, all power sources (102A - 102N) from the mobile computing device; and electrically reconnecting, by the controller of the mobile computing device, at a third time that is after the second time, the power sources to the mobile computing device. responsive to determining that a button of a mobile computing device has been pressed for longer than a first amount of time, resetting, by a controller of the mobile computing device, at a first time, a power management integrated circuit , PMIC, of the mobile computing device; responsive to determining that the button of the mobile computing device has not been released since said first time and has been pressed for longer than a second amount of time that is longer than the first amount of time, electrically disconnecting, by the controller of the mobile computing device, at a second time that is after the first time, all power sources (102A - 102N) from the mobile computing device; and electrically reconnecting, by the controller of the mobile computing device, at a third time that is after the second time, the power sources to the mobile computing device.
An automated fully submersible pool cleaning vehicle (PCV) for sanitizing water in a swimming pool, the PCV , comprising: a housing having a bottom and an exterior and an interior and including at least one intake member and a vacuum member for drawing water into the housing through the intakes , the housing including a filter member for filtering water drawn into the housing through the intakes and an outlet for expelling the filtered water back into the pool; a chassis attached to the housing and being generally within the interior; drive means attached to the chassis for propelling the PCV throughout the surface of the pool, the drive means including spaced apart wheels for receiving power from the rest of the drive means, the drive means being free of drive tracks; a cleaning member attached to the housing ; characterized by the fact that the cleaning member defines a rotating brush connected to the bottom of the housing , adjacent the intake member and between the two wheels , and by the fact that the PCV further comprises a first set of stationary scrubbing members extending from the bottom and the scrubbing members being proximate to the intake member , at the rear of the intake member , between the intake member and the cleaning member , and adjacent the wheels ; whereby, as the PCV moves around the pool surface the scrubbing members contact the surface of the pool and dislodge dirt and debris and whereby the vacuum member absorbs the dislodged dirt and debris to facilitate sanitizing the pool water. a housing having a bottom and an exterior and an interior and including at least one intake member and a vacuum member for drawing water into the housing through the intakes , the housing including a filter member for filtering water drawn into the housing through the intakes and an outlet for expelling the filtered water back into the pool; a chassis attached to the housing and being generally within the interior; drive means attached to the chassis for propelling the PCV throughout the surface of the pool, the drive means including spaced apart wheels for receiving power from the rest of the drive means, the drive means being free of drive tracks; a cleaning member attached to the housing ; characterized by the fact that the cleaning member defines a rotating brush connected to the bottom of the housing , adjacent the intake member and between the two wheels , and by the fact that the PCV further comprises a first set of stationary scrubbing members extending from the bottom and the scrubbing members being proximate to the intake member , at the rear of the intake member , between the intake member and the cleaning member , and adjacent the wheels ; whereby, as the PCV moves around the pool surface the scrubbing members contact the surface of the pool and dislodge dirt and debris and whereby the vacuum member absorbs the dislodged dirt and debris to facilitate sanitizing the pool water.
Operating element for a household appliance (H), having an adapter part for connecting an operating element head and having an optical fibre (14; 21), characterised in that - the adapter part and the optical fibre (14; 21) are joined to one another and together form an insertion shaft for a light source carrier , - the adapter part has a support region with a rear support surface for supporting the light source carrier , - the optical fibre (14; 21) has blades (15; 22) which rest on a front support surface of the support region , - the blades (15; 22) are bent rearwards at their end sections (16; 23) so that they encompass the support region such that - the insertion shaft is formed by means of a gap between the support region and the end sections (16; 23). - the adapter part and the optical fibre (14; 21) are joined to one another and together form an insertion shaft for a light source carrier , - the adapter part has a support region with a rear support surface for supporting the light source carrier , - the optical fibre (14; 21) has blades (15; 22) which rest on a front support surface of the support region , - the blades (15; 22) are bent rearwards at their end sections (16; 23) so that they encompass the support region such that - the insertion shaft is formed by means of a gap between the support region and the end sections (16; 23).
The compound N-[5-(3,5-difluorobenzyl)-1H-indazol-3-yl]-4-(4-methyl-piperazin-1-yl)-2-(tetrahydro-2H-pyran-4-ylamino) benzamide, or a pharmaceutically acceptable salt thereof, for use in treating cancer in a patient, wherein said cancer patient has at least one genetic alteration in at least one target gene selected from ROS1, NTRK1, NTRK2, and NTRK3.
An anode arrangement for cells of Hall-Heroult type for the electrolytic production of aluminum, the anode arrangement including an anode superstructure, an elongated generally horizontally disposed anode beam supporting prebaked anodes, and a suspension arrangement supporting said anode beam from said anode superstructure for movement relative thereto, the suspension arrangement including jacks spaced at positions along the longitudinal center line of said anode beam and supporting said anode beam from said anode superstructure, for selectively lifting or lowering said anode beam vertically relative to said anode superstructure and for selectively lifting or lowering either of the two opposite longitudinal ends of said anode beam relative to the other end thereof, further including torsional means, mounted on said anode beam and said anode superstructure, for preventing said anode beam from rotating about the longitudinal axis thereof, characterised in that the anode beam (AB) is divided into two anode bar sections ( A , B ) aligned one after the other in the longitudinal direction of the cell, where each of the anode bar sections ( A ) and ( B ) is provided with two jacks (J1, J2) and (J3, J4) respectively and have torsional devices (L1, L2) and (L3, L4) respectively arranged at or near the ends of each of said anode bar sections ( A , B ), wherein each anode bar section ( A , B ) can be tilted to an angular position independently of the other, and each anode bar section ( A , B ) can be raised / lowered independently of the other.
A method for rapidly suspending a virtual machine, 'VM', said method comprising: forking a child VM from a parent VM , wherein the child VM and the parent VM are both resident on a host , wherein the child VM and the parent VM initially share memory blocks resident in a memory of the host upon forking of the child VM , and wherein the child VM stores new writes to separate non-shared memory blocks that are not shared with the parent VM and are exclusive to the child VM ; receiving a request to suspend the child VM executing on the host while maintaining the parent VM resident in the memory of the host ; responsive to receiving the request: identifying the non-shared memory blocks , from the plurality of memory blocks , that are not shared with the parent VM and are exclusive to the child VM ; transferring only the identified non-shared memory blocks to a storage of the host ; and placing the child VM in a suspended state as a powered-off child VM configured to be resumed on the host in response to a request to resume execution of the child VM on the host . forking a child VM from a parent VM , wherein the child VM and the parent VM are both resident on a host , wherein the child VM and the parent VM initially share memory blocks resident in a memory of the host upon forking of the child VM , and wherein the child VM stores new writes to separate non-shared memory blocks that are not shared with the parent VM and are exclusive to the child VM ; wherein the child VM and the parent VM are both resident on a host , wherein the child VM and the parent VM initially share memory blocks resident in a memory of the host upon forking of the child VM , and wherein the child VM stores new writes to separate non-shared memory blocks that are not shared with the parent VM and are exclusive to the child VM ; receiving a request to suspend the child VM executing on the host while maintaining the parent VM resident in the memory of the host ; responsive to receiving the request: identifying the non-shared memory blocks , from the plurality of memory blocks , that are not shared with the parent VM and are exclusive to the child VM ; transferring only the identified non-shared memory blocks to a storage of the host ; and placing the child VM in a suspended state as a powered-off child VM configured to be resumed on the host in response to a request to resume execution of the child VM on the host . identifying the non-shared memory blocks , from the plurality of memory blocks , that are not shared with the parent VM and are exclusive to the child VM ; transferring only the identified non-shared memory blocks to a storage of the host ; and placing the child VM in a suspended state as a powered-off child VM configured to be resumed on the host in response to a request to resume execution of the child VM on the host .