mhurhangee/patent-ind-claim-en huggingface dataset:
A structural stud post assembly having a thermal break comprising: a receiver section having a generally H-shaped central element comprising a center bar and two pairs of parallel legs extending perpendicularly from opposing sides of said center bar, each of said two pairs of legs having a pair of parallel side elements extending perpendicularly outwardly from a distal end of each leg of said each two pairs to form two opposing channels on said opposing sides of said H-shaped central element , and each of said side elements having an angled element attached thereto and extending outwardly therefrom at a first angle, and a raceway section I having a generally U-shaped cross section comprising a bottom and two raceway legs , each of said two raceway legs having a proximal end attached to said bottom , and an opposing distal end, each of said two raceways legs extending in parallel from said bottom and having a flange perpendicularly attached to said distal end of each of said two raceway legs , said flanges being coplanar ; characterised in that the receiver section comprises a thermal break assembly disposed within said center bar; in that the flanges at the distal end of each of said two raceway legs extend outwardly from said distal ends; and in that said U-shaped cross section is sized and shaped to fit snugly into either of said two opposing channels. a receiver section having a generally H-shaped central element comprising a center bar and two pairs of parallel legs extending perpendicularly from opposing sides of said center bar, each of said two pairs of legs having a pair of parallel side elements extending perpendicularly outwardly from a distal end of each leg of said each two pairs to form two opposing channels on said opposing sides of said H-shaped central element , and each of said side elements having an angled element attached thereto and extending outwardly therefrom at a first angle, and a raceway section I having a generally U-shaped cross section comprising a bottom and two raceway legs , each of said two raceway legs having a proximal end attached to said bottom , and an opposing distal end, each of said two raceways legs extending in parallel from said bottom and having a flange perpendicularly attached to said distal end of each of said two raceway legs , said flanges being coplanar ; characterised in that the receiver section comprises a thermal break assembly disposed within said center bar; in that the flanges at the distal end of each of said two raceway legs extend outwardly from said distal ends; and in that said U-shaped cross section is sized and shaped to fit snugly into either of said two opposing channels. in that the receiver section comprises a thermal break assembly disposed within said center bar; in that the flanges at the distal end of each of said two raceway legs extend outwardly from said distal ends; and in that said U-shaped cross section is sized and shaped to fit snugly into either of said two opposing channels.
Clamping device of a clamping unit for at least one cable , comprising a clamping member with at least one receptacle for the at least one cable , wherein a cross section of the at least one receptacle is adjustable, and further comprising at least one adjustment element that is embodied in such a way so that it takes effect on the clamping member so that the cross section of the at least one receptacle is adjusted, wherein the at least one adjustment element is embodied as a preloadable element ; wherein a preload arrangement (46, 46', 46"; 46a, 46a', 46d, 46d', 46d") comprises a bolt and at least one corresponding nut ; and wherein at least two preload arrangements or a plurality of preload arrangements (46, 46', 46", 46d, 46d', 46d") are arranged in parallel to one another; characterised in that the clamping member is embodied as a cylindrical tube or as a clamp sleeve .
A tamping machine comprising a first bogie and a second bogie which are located longitudinally at a distance from one another and are intended to support the tamping machine , a machine frame and a tamping shuttle , the tamping shuttle comprising a shuttle frame and one or more tamping units which are vertically movable relative to the shuttle frame , the shuttle frame being connected to the machine frame by longitudinal guide means which allow a relative back and forth movement between the shuttle frame and the machine frame in a longitudinal direction of the tamping machine between two end-of-travel positions, characterized in that the machine frame is entirely supported by the shuttle frame that is carried by the first bogie and the second bogie .
A direct current offset cancellation, DCOC, method, characterized by comprising: after a receiver is powered on, obtaining a digital signal of an offset voltage at a circuit output port of the receiver; obtaining a digital control signal for controlling a DCOC output stage from the digital signal; and outputting , by the DCOC output stage, a current to a corresponding circuit of the receiver according to the digital control signal; wherein obtaining the digital signal of the offset voltage at the circuit output port of the receiver comprises: measuring the offset voltage at the circuit output port of the receiver by a DCOC Analog-to-Digital Converter, ADC . after a receiver is powered on, obtaining a digital signal of an offset voltage at a circuit output port of the receiver; obtaining a digital control signal for controlling a DCOC output stage from the digital signal; and outputting , by the DCOC output stage, a current to a corresponding circuit of the receiver according to the digital control signal; wherein obtaining the digital signal of the offset voltage at the circuit output port of the receiver comprises: measuring the offset voltage at the circuit output port of the receiver by a DCOC Analog-to-Digital Converter, ADC .
Support (20; 20'; 20'') for a light source of a light-emitting device of a motor vehicle, comprising: - a light-source positioning zone, - referencing elements for referencing with respect to three given mutually transverse axes (Z, X, Y), one of the referencing elements, termed the two-portion referencing element , comprising: o a first portion (51; 51') extending along or parallel to a first axis (Z) of the three given axes, and o a second portion extending transversely relative to this first given axis (Z), - a first surface extending transversely relative to the first given axis (Z) and comprising said second portion and said light-source positioning zone, and - a second surface that is oriented on the side of the first surface , is transverse to the first surface , extends along or parallel to the first given axis (Z) and comprises said first portion (51; 51'), - a wall comprising the second surface , the first portion (51; 51') being a recess formed in the wall and opening onto the second surface . - a light-source positioning zone, - referencing elements for referencing with respect to three given mutually transverse axes (Z, X, Y), one of the referencing elements, termed the two-portion referencing element , comprising: o a first portion (51; 51') extending along or parallel to a first axis (Z) of the three given axes, and o a second portion extending transversely relative to this first given axis (Z), o a first portion (51; 51') extending along or parallel to a first axis (Z) of the three given axes, and o a second portion extending transversely relative to this first given axis (Z), - a first surface extending transversely relative to the first given axis (Z) and comprising said second portion and said light-source positioning zone, and - a second surface that is oriented on the side of the first surface , is transverse to the first surface , extends along or parallel to the first given axis (Z) and comprises said first portion (51; 51'), - a wall comprising the second surface , the first portion (51; 51') being a recess formed in the wall and opening onto the second surface .
An inhaler comprising: • a housing which contains a blister strip having a plurality of blisters which contain powdered medicament for inhalation, • a mouthpiece mounted on the housing through which the medicament is inhaled by a user, • an actuator, • a blister piercing member, • an indexing wheel for sequentially moving each blister into alignment with the blister piercing member when the user operates the actuator, • an actuator gear , mounted for rotation about a first axis, which is driven by the actuator and which comprises an actuator gear element , • a drive gear for driving the indexing wheel, mounted for rotation about a second axis, which engages with the actuator gear element, characterized in that the gear ratio between the actuator gear element and the drive gear varies as they rotate during operation of the actuator. • a housing which contains a blister strip having a plurality of blisters which contain powdered medicament for inhalation, • a mouthpiece mounted on the housing through which the medicament is inhaled by a user, • an actuator, • a blister piercing member, • an indexing wheel for sequentially moving each blister into alignment with the blister piercing member when the user operates the actuator, • an actuator gear , mounted for rotation about a first axis, which is driven by the actuator and which comprises an actuator gear element , • a drive gear for driving the indexing wheel, mounted for rotation about a second axis, which engages with the actuator gear element,
A crystalline form of (S)-2-ethylbutyl 2-(((S)-(( -5-(4-aminopyrrolo [2,1-f] triazin-7-yl)-5-cyano-3,4-dihydroxytetrahydrofuran-2-yl)methoxy)(phenoxy) phosphoryl)amino)propanoate, wherein the crystalline form is characterized by an X-ray powder diffraction (XRPD) pattern having peaks at 22.3°, 16.9°, and 16.2° 2-θ ± 0.2° 2-θ.
A processor comprising: a cryptographic engine to control access, using a secure region key identifier, ID, to one or more memory range of memory allocable for flexible conversion to secure pages of architecturally-protected memory regions ; and a processor core coupled to the cryptographic engine , the processor core to: determine that a physical address associated with a request to access the memory corresponds to a secure page within the one or more memory range of the memory ; determine that a first key ID located within the physical address does not match the secure region key ID; and issue a page fault and deny access to the secure page in the memory , wherein the processor core further comprises a set of instructions in firmware that performs a basic input-output system , BIOS, wherein the processor core is to execute the set of instructions to: discover that a host-convertible secure region mode and a secure extensions mode are enabled; program a secure extensions key into the cryptographic engine to correspond to the secure region key ID; and reserve the one or more memory range of the memory for flexible conversion to the secure pages. a cryptographic engine to control access, using a secure region key identifier, ID, to one or more memory range of memory allocable for flexible conversion to secure pages of architecturally-protected memory regions ; and a processor core coupled to the cryptographic engine , the processor core to: determine that a physical address associated with a request to access the memory corresponds to a secure page within the one or more memory range of the memory ; determine that a first key ID located within the physical address does not match the secure region key ID; and issue a page fault and deny access to the secure page in the memory , determine that a physical address associated with a request to access the memory corresponds to a secure page within the one or more memory range of the memory ; determine that a first key ID located within the physical address does not match the secure region key ID; and issue a page fault and deny access to the secure page in the memory , wherein the processor core further comprises a set of instructions in firmware that performs a basic input-output system , BIOS, wherein the processor core is to execute the set of instructions to: discover that a host-convertible secure region mode and a secure extensions mode are enabled; program a secure extensions key into the cryptographic engine to correspond to the secure region key ID; and reserve the one or more memory range of the memory for flexible conversion to the secure pages. discover that a host-convertible secure region mode and a secure extensions mode are enabled; program a secure extensions key into the cryptographic engine to correspond to the secure region key ID; and reserve the one or more memory range of the memory for flexible conversion to the secure pages.
A vehicular air cleaner, comprising: a radiator which is arranged on a place where air is able to contact therewith during travel of a vehicle , and includes an air inlet into which air is delivered, an air outlet through which the air delivered from the air inlet is discharged, an inner flow path connecting the air inlet and the air outlet, and a cooling water path for delivering cooling water therein; and an ozone purifying element carried on a wall surface of the inner flow path for purifying ozone by converting the ozone into other substances, wherein an amount of the carried ozone purifying element is reduced as the distance from the air inlet become longer and also is increased as the distance from an inlet side of the cooling water path towards an outlet side of the cooling water path increases. a radiator which is arranged on a place where air is able to contact therewith during travel of a vehicle , and includes an air inlet into which air is delivered, an air outlet through which the air delivered from the air inlet is discharged, an inner flow path connecting the air inlet and the air outlet, and a cooling water path for delivering cooling water therein; and an ozone purifying element carried on a wall surface of the inner flow path for purifying ozone by converting the ozone into other substances, wherein an amount of the carried ozone purifying element is reduced as the distance from the air inlet become longer and also is increased as the distance from an inlet side of the cooling water path towards an outlet side of the cooling water path increases.
Packaging machine , adapted to process both flat material blanks as well as continuous plastic film webs or fiber material webs, with several work stations , a transport chain for transporting a flat material blank to said work stations and a chain deflection on which said transport chain is mounted, where said transport chain comprises chain clips , each having an upper part and a lower part and said upper part and/or said lower part is pivotable and/or slideable for opening and closing said chain clips , where said material blank can be introduced into said open chain clips and is secured in said closed chain clips , so that said material blank can be moved by said transport chain along a direction of transport (T), wherein said packaging machine comprises a chain opening mechanism configured to actively operably change from an opening state (A) to a closing state (B) and vice versa in order to reversibly open at least one chain clip of a planar oriented section (H) of said transport chain and/or to maintain an already opened chain clip open so that said material blank can be introduced into said chain clip , characterized in that said chain deflection comprises a run-on contour which is adapted to open a chain clip which is disposed along a section of said chain deflection .
Friction damper comprising a. a housing having a longitudinal axis , b. a plunger that can be displaced along the longitudinal axis , c. a friction unit for producing a direction-dependent frictional force on the plunger , wherein the friction unit comprises at least one friction lining that is in frictional contact with the plunger and a friction lining support , on which the at least one friction lining is held, wherein the friction lining support is arranged so as to be displaceable relative to the plunger between a pull-out position and an insertion position, d. a switching unit for variable setting of the frictional force, wherein the switching unit comprises i. a switchable actuator , ii. a locking element , iii. a force transmission unit , which is mechanically coupled to the actuator and to the locking unit , wherein the force transmission unit comprises a threaded spindle , wherein the locking element has a spindle nut that interacts with the threaded spindle and is designed integrally on the locking element . a. a housing having a longitudinal axis , b. a plunger that can be displaced along the longitudinal axis , c. a friction unit for producing a direction-dependent frictional force on the plunger , wherein the friction unit comprises at least one friction lining that is in frictional contact with the plunger and a friction lining support , on which the at least one friction lining is held, wherein the friction lining support is arranged so as to be displaceable relative to the plunger between a pull-out position and an insertion position, d. a switching unit for variable setting of the frictional force, wherein the switching unit comprises i. a switchable actuator , ii. a locking element , iii. a force transmission unit , which is mechanically coupled to the actuator and to the locking unit , wherein the force transmission unit comprises a threaded spindle , i. a switchable actuator , ii. a locking element , iii. a force transmission unit , which is mechanically coupled to the actuator and to the locking unit , wherein the force transmission unit comprises a threaded spindle ,
A method for adjusting a scanning frequency of a touch screen , comprising: acquiring an ambient brightness when receiving an instruction to light up the touch screen , wherein the process of lighting up the touch screen comprises the process of enabling a display of the touch screen ; determining whether the ambient brightness is beyond a predefined ambient brightness range; and reducing the scanning frequency of the touch screen , which is part of a process during which data is acquired through the touch screen , when the ambient brightness is beyond the predefined ambient brightness range, wherein the step of acquiring the ambient brightness further comprises: acquiring, a first brightness value by a first brightness sensor arranged on a fist side of a mobile terminal where the touch screen is arranged; acquiring a second brightness value by a second brightness sensor arranged on a second side of the mobile terminal different from the first side; and determining the ambient brightness based on the acquired first and second brightness values; and wherein the method further comprises: reducing the scanning frequency of the touch screen when a brightness value acquired by the first brightness sensor is above an upper limit value of the predefined ambient brightness range. acquiring an ambient brightness when receiving an instruction to light up the touch screen , wherein the process of lighting up the touch screen comprises the process of enabling a display of the touch screen ; determining whether the ambient brightness is beyond a predefined ambient brightness range; and reducing the scanning frequency of the touch screen , which is part of a process during which data is acquired through the touch screen , when the ambient brightness is beyond the predefined ambient brightness range, wherein the step of acquiring the ambient brightness further comprises: acquiring, a first brightness value by a first brightness sensor arranged on a fist side of a mobile terminal where the touch screen is arranged; acquiring a second brightness value by a second brightness sensor arranged on a second side of the mobile terminal different from the first side; and determining the ambient brightness based on the acquired first and second brightness values; and wherein the method further comprises: reducing the scanning frequency of the touch screen when a brightness value acquired by the first brightness sensor is above an upper limit value of the predefined ambient brightness range. acquiring, a first brightness value by a first brightness sensor arranged on a fist side of a mobile terminal where the touch screen is arranged; acquiring a second brightness value by a second brightness sensor arranged on a second side of the mobile terminal different from the first side; and determining the ambient brightness based on the acquired first and second brightness values; and wherein the method further comprises: reducing the scanning frequency of the touch screen when a brightness value acquired by the first brightness sensor is above an upper limit value of the predefined ambient brightness range.
Reversing warning system for adaptively controlling a reversing warning device of a vehicle, comprising a control unit , a modification unit and a reversing warning device, which has an audible signalling device or a visual-audible signalling device , wherein the reversing warning device actuates the audible signalling device or the visual-audible signalling device when the vehicle is reversing and wherein the control unit can be used to influence and/or switch off the volume of the audible signalling device or the visual-audible signalling device , wherein there is provision for the modification unit , which determines, on the basis of the geographical position currently occupied by the vehicle, using stored information and/or information obtained from the infrastructure, whether a modification to the volume level of the reversing warning device needs to be made and which, if a modification does need to be made, controls the control unit such that it switches off or reduces the volume of the audible signalling device or the visual-audible signalling device during reversing.
An extension assist system , comprising: an extension assembly comprising an extension panel and one or more extension members configured to be movably connected to a body assembly the extension assembly configured to translate along a movement axis between at least a retracted position and an extended position; and an extension assist assembly with a first end and a second end, the first end coupled to the one or more extension members and the second end coupled to a fixed point relative to the extension assembly , the extension assist assembly configured to exert an extension force parallel to the movement axis , characterized in that the extension force is less than an extension resistance force acting parallel to the movement axis in a direction opposite the extension force. an extension assembly comprising an extension panel and one or more extension members configured to be movably connected to a body assembly the extension assembly configured to translate along a movement axis between at least a retracted position and an extended position; and an extension assist assembly with a first end and a second end, the first end coupled to the one or more extension members and the second end coupled to a fixed point relative to the extension assembly , the extension assist assembly configured to exert an extension force parallel to the movement axis ,