mhurhangee/patent-ind-claim-en huggingface dataset:
Turning device for turning a line , comprising a fixing unit having an opening for the insertion of the line into the fixing unit , wherein the fixing unit is set up to fix the line , wherein the fixing unit is rotatably mounted in a holder and has a gear wheel via which the fixing unit can be driven and which has a cut-out in the region of the opening ; and a drive , which is set up to drive the gear wheel at a first point and a second point , wherein the first point is spaced apart from the second point by at least a width (X) of the cut-out of the gear wheel , wherein the fixing unit comprises a link clamp which is set up to clamp the line , characterized in that the link clamp comprises a link driver which is in engagement with a sliding link , wherein the sliding link is rotatably mounted in the link driver and the link driver is connected to a linear drive which is set up to displace the link driver , wherein, during a displacement of the link driver , the sliding link is carried along and acts on at least one ramp of a gripping jaw in order to clamp the line . a fixing unit having an opening for the insertion of the line into the fixing unit , wherein the fixing unit is set up to fix the line , wherein the fixing unit is rotatably mounted in a holder and has a gear wheel via which the fixing unit can be driven and which has a cut-out in the region of the opening ; and a drive , which is set up to drive the gear wheel at a first point and a second point , wherein the first point is spaced apart from the second point by at least a width (X) of the cut-out of the gear wheel , wherein the fixing unit comprises a link clamp which is set up to clamp the line , characterized in that the link clamp comprises a link driver which is in engagement with a sliding link , wherein the sliding link is rotatably mounted in the link driver and the link driver is connected to a linear drive which is set up to displace the link driver , wherein, during a displacement of the link driver , the sliding link is carried along and acts on at least one ramp of a gripping jaw in order to clamp the line .
Cell stack of a redox flow battery having a first end plate and a second end plate , the cell stack having a number of stack sides and a plurality of cells being arranged between the first end plate and the second end plate , the cells each comprising two elastomeric stack frames having a number of frame side surfaces on a number of frame sides which together form a peripheral surface of a stack frame in each case, clamping means being provided which press the first end plate and the second end plate together, and at least one spacer being arranged between the first end plate and the second end plate so as to adjust a distance between the first end plate and the second end plate , characterized in that the at least one spacer on at least one stack side rests so as to be flush against at least 75%, preferably at least 90%, of the stack side surfaces of the at least one stack side .
A sunscreen cosmetic comprising: (a) 5 to 15% by mass of a salicylic acid-based liquid UV absorbent; (b) 0.5 to 3% by mass of an alkyl silicone wax having a melting point of 60°C or higher; and (c) a low-viscosity silicone oil having a viscosity at 25°C of 100mPa ·s or less, wherein a value obtained by dividing the total of contents of ingredients (b) and (c) by the content of liquid oils ({(b)+(c)}/content of liquid oils) is 0.2 to 0.6, and wherein the sunscreen cosmetic is an oil-in-water type emulsion. (a) 5 to 15% by mass of a salicylic acid-based liquid UV absorbent; (b) 0.5 to 3% by mass of an alkyl silicone wax having a melting point of 60°C or higher; and (c) a low-viscosity silicone oil having a viscosity at 25°C of 100mPa ·s or less, wherein a value obtained by dividing the total of contents of ingredients (b) and (c) by the content of liquid oils ({(b)+(c)}/content of liquid oils) is 0.2 to 0.6, and
Electrical switch comprising contacts which are mobile through actuation of a first rotation shaft and comprising a control mechanism for the mobile contacts which is situated in a housing and which can be rearmed via a second rotation shaft , characterized in that : - the first rotation shaft passes through a first wall of the housing and the switch comprises a first rotation sensor which is coupled with the first rotation shaft outside of the housing, so as to measure the angular displacement of the first rotation shaft, - the second rotation shaft passes through a second wall of the housing and the switch comprises a rearming module which is removably fixed outside of the housing against the second wall , so as to be coupled with the second rotation shaft to be able to rearm the control mechanism. - the first rotation shaft passes through a first wall of the housing and the switch comprises a first rotation sensor which is coupled with the first rotation shaft outside of the housing, so as to measure the angular displacement of the first rotation shaft, - the second rotation shaft passes through a second wall of the housing and the switch comprises a rearming module which is removably fixed outside of the housing against the second wall , so as to be coupled with the second rotation shaft to be able to rearm the control mechanism.
A method of configuring a lighting system, the lighting system comprising a lighting control device and a memory, the lighting control device comprising a user input element , wherein the user input element comprises an icon indicative of a control function of the lighting system, the method comprising: - obtaining an image comprising the lighting control device , - analyzing the image, - identifying the user input element in the image, - identifying the icon that has been applied to the user input element , - determining the control function of the identified icon, and the method characterised by comprising: - configuring the lighting system by associating the control function with the user input element and storing an association between the control function and the user input element in the memory, such that when the user input element is activated by a user, one or more lighting units of the lighting system are controlled in accordance with the control function. - obtaining an image comprising the lighting control device , - analyzing the image, - identifying the user input element in the image, - identifying the icon that has been applied to the user input element , - determining the control function of the identified icon, - configuring the lighting system by associating the control function with the user input element and storing an association between the control function and the user input element in the memory, such that when the user input element is activated by a user, one or more lighting units of the lighting system are controlled in accordance with the control function.
A device for controlling the flow of fluid through a conduit from an upstream side of the device to a downstream side of the device, the device comprising: a valve housing having defined therein a valve inlet, a valve outlet and a valve aperture , wherein the valve inlet, the valve outlet and the valve aperture are coaxial with each other; a valve member movably mounted relative to the valve aperture and arranged to be displaced reciprocally in an axial direction coaxial with the valve aperture to selectively open and close the valve aperture; a magnet mounted relative to the valve member, wherein the magnet is arranged to be displaced by the displacement of the valve member in a direction parallel to the direction of displacement of the valve member; and a magnetic field sensor mounted on the valve housing; characterised in that: the magnet is a discrete component not attached to the valve member; and the device further comprises a biasing member arranged to bias the magnet towards the valve member. a valve housing having defined therein a valve inlet, a valve outlet and a valve aperture , wherein the valve inlet, the valve outlet and the valve aperture are coaxial with each other; a valve member movably mounted relative to the valve aperture and arranged to be displaced reciprocally in an axial direction coaxial with the valve aperture to selectively open and close the valve aperture; a magnet mounted relative to the valve member, wherein the magnet is arranged to be displaced by the displacement of the valve member in a direction parallel to the direction of displacement of the valve member; and a magnetic field sensor mounted on the valve housing; the magnet is a discrete component not attached to the valve member; and the device further comprises a biasing member arranged to bias the magnet towards the valve member.
A method of operation of a data processing device, the method comprising: storing a device-specific key; generating, in response to a request for attestation by a validating data processing device, a device-specific attestation message in dependence upon a hardware configuration of the data processing device and a software configuration of software running on the data processing device, the device-specific attestation message signed using the device-specific key; generating an application-specific attestation message in dependence upon an interaction protocol by which the data processing device and the validating data processing device interact; cryptographically binding the application-specific attestation message to the signed device-specific attestation message; wherein cryptographically binding the application-specific attestation message to the signed device-specific attestation message comprises at least one of: signing the application-specific attestation message and the signed device-specific attestation message together; and generating a hash of the application-specific attestation message and cryptographically signing the hash using the device-specific key. storing a device-specific key; generating, in response to a request for attestation by a validating data processing device, a device-specific attestation message in dependence upon a hardware configuration of the data processing device and a software configuration of software running on the data processing device, the device-specific attestation message signed using the device-specific key; generating an application-specific attestation message in dependence upon an interaction protocol by which the data processing device and the validating data processing device interact; cryptographically binding the application-specific attestation message to the signed device-specific attestation message; wherein cryptographically binding the application-specific attestation message to the signed device-specific attestation message comprises at least one of: signing the application-specific attestation message and the signed device-specific attestation message together; and generating a hash of the application-specific attestation message and cryptographically signing the hash using the device-specific key. signing the application-specific attestation message and the signed device-specific attestation message together; and generating a hash of the application-specific attestation message and cryptographically signing the hash using the device-specific key.
A cascading microwave isolator comprising a set of multi-path interferometric Josephson isolators (302 1 ,..., 302 N ; 602 1 ,..., 602 N ) based on nondegenerate three-wave-mixing Josephson devices, MPIJIS, each multi-path interferometric Josephson isolator device (302 1 ,..., 302 N ; 602 1 ,..., 602 N ) in the set having a corresponding operating bandwidth (BW 1 ,..., BW N ) of microwave frequencies, wherein different operating bandwidths (BW 1 ,..., BW N ) have different corresponding center frequencies (f 1 ,..., f N ); and a series coupling between first multi-path interferometric Josephson isolator device (302 1 ; 602 1 ) from the set and an n th multi-path interferometric Josephson isolator device (302 N ; 602 N ) from the set, wherein the series coupling causes the first multi-path interferometric Josephson isolator device (302 1 ; 602 1 ) to isolate a signal at a first frequency (f 1 ) from a frequency multiplexed microwave signal in a first signal flow direction through the series coupling and the n th multi-path interferometric Josephson isolator device (302 N ; 602 N ) to isolate a signal at an n th frequency (f N ) from the frequency multiplexed microwave signal in the first signal flow direction through the series. a set of multi-path interferometric Josephson isolators (302 1 ,..., 302 N ; 602 1 ,..., 602 N ) based on nondegenerate three-wave-mixing Josephson devices, MPIJIS, each multi-path interferometric Josephson isolator device (302 1 ,..., 302 N ; 602 1 ,..., 602 N ) in the set having a corresponding operating bandwidth (BW 1 ,..., BW N ) of microwave frequencies, wherein different operating bandwidths (BW 1 ,..., BW N ) have different corresponding center frequencies (f 1 ,..., f N ); and a series coupling between first multi-path interferometric Josephson isolator device (302 1 ; 602 1 ) from the set and an n th multi-path interferometric Josephson isolator device (302 N ; 602 N ) from the set, wherein the series coupling causes the first multi-path interferometric Josephson isolator device (302 1 ; 602 1 ) to isolate a signal at a first frequency (f 1 ) from a frequency multiplexed microwave signal in a first signal flow direction through the series coupling and the n th multi-path interferometric Josephson isolator device (302 N ; 602 N ) to isolate a signal at an n th frequency (f N ) from the frequency multiplexed microwave signal in the first signal flow direction through the series.
A window system comprising a roof window with a frame structure including top, side and bottom frame members , a sash structure carrying a pane element and including top, side and bottom sash members , an operator including an operator member having a first and a second end and adapted to extend between the frame structure and the sash structure, said frame structure being adapted to be installed in a roof structure, the window system further comprising a flashing arrangement surrounding the said window frame and sash structures and comprising a plurality of flashing members, and a wind deflecting kit placed outside the periphery of the said frame and sash structures and on the outside face of the said flashing arrangement , the said wind deflector kit (10, 10*, 10**) including a plurality of elements, comprising at least two side elements , two corner elements , two side mounting flanges and one front element , which elements are to be assembled to a unitary wind deflector structure placed alongside the outside of the window frame and sash bottom and partially alongside the lower parts of the two window frame and sash sides, characterized in that the unitary wind deflector structure (10, 10*, 10**) is placed, in the longitudinal direction of the window, at a distance from the roof window bottom equal to the height of the said deflector structure and, in the lateral direction of the window, at a distance from the window sides less than half the said height.
A tourniquet apparatus, comprising: a cuff for encircling and applying a level of pressure to a limb of an individual patient ; a user interface adapted for selection by a user of a protocol symbol from a plurality of protocol symbols wherein each protocol symbol is indicative of a corresponding safety protocol that specifies a plurality of stored pressure levels associated with a plurality of stored times during a stored protocol time period , and wherein the user interface is further adapted to enable the user to adjust at least one pressure level or time of the plurality of stored pressure levels and times indicated by the selected protocol symbol within safe pressure limits associated with the selected protocol symbol ; a controller responsive to the plurality of stored pressure levels and the plurality of stored times specified by the safety protocol, after any adjustments by the user, and operable during the stored protocol time period for maintaining the level of pressure applied by the cuff to the individual patient near the plurality of stored pressure levels at the plurality of stored times ; a protocol hazard key adapted for manual actuation by the user to end the stored protocol time period at any time while the controller is operable if a hazard to the individual patient is perceived by the user; and a protocol safety interlock adapted to prevent selection of a second protocol symbol by the user while the controller is operable. a cuff for encircling and applying a level of pressure to a limb of an individual patient ; a user interface adapted for selection by a user of a protocol symbol from a plurality of protocol symbols wherein each protocol symbol is indicative of a corresponding safety protocol that specifies a plurality of stored pressure levels associated with a plurality of stored times during a stored protocol time period , and wherein the user interface is further adapted to enable the user to adjust at least one pressure level or time of the plurality of stored pressure levels and times indicated by the selected protocol symbol within safe pressure limits associated with the selected protocol symbol ; a controller responsive to the plurality of stored pressure levels and the plurality of stored times specified by the safety protocol, after any adjustments by the user, and operable during the stored protocol time period for maintaining the level of pressure applied by the cuff to the individual patient near the plurality of stored pressure levels at the plurality of stored times ; a protocol hazard key adapted for manual actuation by the user to end the stored protocol time period at any time while the controller is operable if a hazard to the individual patient is perceived by the user; and a protocol safety interlock adapted to prevent selection of a second protocol symbol by the user while the controller is operable.
A hybrid MIG-TIG or MAG-TIG welding device comprising a MIG or MAG welding torch comprising a consumable wire oriented in a first direction , associated with a TIG welding torch that comprises a non-consumable electrode oriented in a second direction , said first and second directions being substantially coplanar and forming between them an angle (α) of between 5 and 40 °, characterized in that it further comprises a torch assembly shoe adapted to and designed to allow positioning of the TIG welding torch in at least two predefined positions with respect to the MIG or MAG welding torch comprising: - a first position in which the end of the non-consumable electrode is at a first distance (D) from the first direction , - at least a second position in which the end of the non-consumable electrode is at a second distance (D') from the first direction , the second distance (D') being greater than the first distance (D), - an axial housing passing through the shoe in the first direction , in which the MIG or MAG welding torch is arranged, - a first lateral housing passing through the shoe in which the TIG welding torch is arranged when it is positioned in the first position, and - at least a second lateral housing passing through the shoe in which the TIG welding torch is arranged when it is positioned in the second position. - a first position in which the end of the non-consumable electrode is at a first distance (D) from the first direction , - at least a second position in which the end of the non-consumable electrode is at a second distance (D') from the first direction , the second distance (D') being greater than the first distance (D), - an axial housing passing through the shoe in the first direction , in which the MIG or MAG welding torch is arranged, - a first lateral housing passing through the shoe in which the TIG welding torch is arranged when it is positioned in the first position, and - at least a second lateral housing passing through the shoe in which the TIG welding torch is arranged when it is positioned in the second position.
An adhesive medical article comprising: (a) a conformable backing having a first major surface and a second major surface, and an opening that forms a window through the backing ; (b) a pressure sensitive adhesive coated on at least a portion of the first major surface of the backing ; (c) a self-supporting substrate comprising a first planar surface , and at least one side wall formed at an angle between zero to one hundred eighty degrees to the first planar surface , and a second planar surface connected to the at least one side wall in the form of a flange ; a carrier releasably attached to at least a portion of the second major surface of the backing; wherein the self-supporting substrate is attached to the backing by an adhesive layer to enclose the opening through the backing ; and wherein the self-supporting substrate comprises a valve. (a) a conformable backing having a first major surface and a second major surface, and an opening that forms a window through the backing ; (b) a pressure sensitive adhesive coated on at least a portion of the first major surface of the backing ; (c) a self-supporting substrate comprising a first planar surface , and at least one side wall formed at an angle between zero to one hundred eighty degrees to the first planar surface , and a second planar surface connected to the at least one side wall in the form of a flange ; wherein the self-supporting substrate is attached to the backing by an adhesive layer to enclose the opening through the backing ; and wherein the self-supporting substrate comprises a valve.
An upper tool stocker for detachably supporting a plurality of divided upper tools for a press brake , the upper tool stocker comprising a stocker main body extending in a left-right direction, and provided with a left-right directional installing groove , attachment portions provided in upper portions of the divided upper tools being detachably installed in the installing groove , characterized in that the stocker main body includes a front-back directional cutout communicated with the installing groove to remove the divided upper tools downward or in the front-back direction from the installing groove . a stocker main body extending in a left-right direction, and provided with a left-right directional installing groove , attachment portions provided in upper portions of the divided upper tools being detachably installed in the installing groove , characterized in that the stocker main body includes a front-back directional cutout communicated with the installing groove to remove the divided upper tools downward or in the front-back direction from the installing groove .
A shelf-supporting device (1,1',1") for the reversible connection of a shelf to the shoulders of a piece of furniture, said device being configured for being inserted inside a seat formed within the thickness of said shelf and comprising a main body (12,12',12") which is slidingly associated with a connection pin movable between a first operating position in which said pin protrudes from said shelf so as to be able to be inserted into a housing seat formed on one of said shoulders , and a second retracted position in which said pin does not protrude from said shelf or protrudes so as to be able to be in any case released from said housing seat , characterized in that said main body (12,12',12") has a solid section in correspondence with its front area from whose surface said pin protrudes , wherein said box-like body comprises in correspondence with said front area having a solid section, a seat open on the lower surface of the main body and suitable for receiving a T-nut which comprises a main body of the nut provided with a pass-through hole for the passage of the pin and a base portion defining two flaps protruding laterally with respect to said main body of the nut .