mhurhangee/ep-ind-claims huggingface dataset:
Rear-view mirror frame rotation system, having: 1a) A drive motor; 1b) A motor worm, in a motor output shaft; 1c) A motor crown wheel, engaged with the motor worm; 1d) A drive worm, coaxial with the motor crown wheel; 1e) A drive crown wheel, engaged with the drive worm, configured so that the rear-view mirror frame can be maneuvered between a retracted position and a deployed position characterised in that it comprises: 1f) An anti-rebound mechanism between the motor and the motor worm; consisting of: 1f1) A first washer supported by the motor; 1f2) A second washer supported by the motor worm; 1f3) A spring, between the first washer and the second washer; 1f3a) configured to smooth the axial thrust between the motor worm and the motor crown wheel. and that also comprises 1g) A casing configured to house the motor; 1h) A seal configured to cushion a seat of the motor in the casing. it further comprises: 1i) A supporting plate: configured to: 1i1) Support the motor crown wheel and the drive worm; 1i2) Position the motor crown wheel and the drive worm relative to the motor; 1i3) Bear on the casing in order to position the motor crown wheel, the drive worm and the motor in the casing; 1i4) Having a contact surface with the casing, where the contact surface has two angular extensions (8A, 8B) greater that 75°. 1a) A drive motor; 1b) A motor worm, in a motor output shaft; 1c) A motor crown wheel, engaged with the motor worm; 1d) A drive worm, coaxial with the motor crown wheel; 1e) A drive crown wheel, engaged with the drive worm, configured so that the rear-view mirror frame can be maneuvered between a retracted position and a deployed position 1f) An anti-rebound mechanism between the motor and the motor worm; consisting of: 1f1) A first washer supported by the motor; 1f2) A second washer supported by the motor worm; 1f3) A spring, between the first washer and the second washer; 1f3a) configured to smooth the axial thrust between the motor worm and the motor crown wheel. and that also comprises 1f1) A first washer supported by the motor; 1f2) A second washer supported by the motor worm; 1f3) A spring, between the first washer and the second washer; 1f3a) configured to smooth the axial thrust between the motor worm and the motor crown wheel. 1g) A casing configured to house the motor; 1h) A seal configured to cushion a seat of the motor in the casing. 1i1) Support the motor crown wheel and the drive worm; 1i2) Position the motor crown wheel and the drive worm relative to the motor; 1i3) Bear on the casing in order to position the motor crown wheel, the drive worm and the motor in the casing; 1i4) Having a contact surface with the casing, where the contact surface has two angular extensions (8A, 8B) greater that 75°.
A terminal-modified sulfur-containing polymer comprising the reaction products of reactants comprising: (a) a sulfur-containing polymer of Formula: wherein: n is an integer selected from 1 to 50; each p is independently selected from 1 and 2; each R 1 is independently selected from C 2-6 alkanediyl; and each R 2 is independently selected from hydrogen, C 1-6 alkyl, C 7-12 phenylalkyl, substituted C 7-12 phenylalkyl, C 6-12 cycloalkylalkyl, substituted C 6-12 cycloalkylalkyl, C 3-12 cycloalkyl, substituted C 3-12 cycloalkyl, C 6-12 aryl, and substituted C 6-12 aryl; and (b) a compound comprising a terminal group selected from a vinyl group, a silyl group, an amine group, and an epoxy group; and a group that is reactive with the terminal hydroxyl groups of the polymer of Formula. (a) a sulfur-containing polymer of Formula: wherein: n is an integer selected from 1 to 50; each p is independently selected from 1 and 2; each R 1 is independently selected from C 2-6 alkanediyl; and each R 2 is independently selected from hydrogen, C 1-6 alkyl, C 7-12 phenylalkyl, substituted C 7-12 phenylalkyl, C 6-12 cycloalkylalkyl, substituted C 6-12 cycloalkylalkyl, C 3-12 cycloalkyl, substituted C 3-12 cycloalkyl, C 6-12 aryl, and substituted C 6-12 aryl; and n is an integer selected from 1 to 50; each p is independently selected from 1 and 2; each R 1 is independently selected from C 2-6 alkanediyl; and each R 2 is independently selected from hydrogen, C 1-6 alkyl, C 7-12 phenylalkyl, substituted C 7-12 phenylalkyl, C 6-12 cycloalkylalkyl, substituted C 6-12 cycloalkylalkyl, C 3-12 cycloalkyl, substituted C 3-12 cycloalkyl, C 6-12 aryl, and substituted C 6-12 aryl; and (b) a compound comprising a terminal group selected from a vinyl group, a silyl group, an amine group, and an epoxy group; and a group that is reactive with the terminal hydroxyl groups of the polymer of Formula.
A system comprising: a base that can be thermally coupled to a heat load, the base defining a top side and a bottom side, wherein the bottom side defines a mounting surface that can be physically coupled to the heat load; a support that is pivotally coupled by a pivot couple to the top side of the base; at least a first anchor and a second anchor, wherein: the first anchor has a first end (208-B) and a second end (208-A), wherein the first end connects to a first anchor point (210-A), and the second end is coupled to a first load surface (212-A) of the support by a first spring (206-A); the second anchor has a first end (208-B) and a second end (208-A), wherein the first end connects to a second anchor point (210-B), and the second end is coupled to a second load surface (212-B) of the support by a second spring (206-B); and the first load surface and the second load surface are symmetrically disposed on opposite sides of the pivot couple; wherein the pivot couple is centrally located relative to the mounting surface of the base so that a force imparted by spring loads of the first and second springs is normally transferred to the mounting surface for even distribution over the mounting surface. a base that can be thermally coupled to a heat load, the base defining a top side and a bottom side, wherein the bottom side defines a mounting surface that can be physically coupled to the heat load; a support that is pivotally coupled by a pivot couple to the top side of the base; at least a first anchor and a second anchor, wherein: the first anchor has a first end (208-B) and a second end (208-A), wherein the first end connects to a first anchor point (210-A), and the second end is coupled to a first load surface (212-A) of the support by a first spring (206-A); the second anchor has a first end (208-B) and a second end (208-A), wherein the first end connects to a second anchor point (210-B), and the second end is coupled to a second load surface (212-B) of the support by a second spring (206-B); and the first load surface and the second load surface are symmetrically disposed on opposite sides of the pivot couple; the first anchor has a first end (208-B) and a second end (208-A), wherein the first end connects to a first anchor point (210-A), and the second end is coupled to a first load surface (212-A) of the support by a first spring (206-A); the second anchor has a first end (208-B) and a second end (208-A), wherein the first end connects to a second anchor point (210-B), and the second end is coupled to a second load surface (212-B) of the support by a second spring (206-B); and the first load surface and the second load surface are symmetrically disposed on opposite sides of the pivot couple; wherein the pivot couple is centrally located relative to the mounting surface of the base so that a force imparted by spring loads of the first and second springs is normally transferred to the mounting surface for even distribution over the mounting surface.
A splittable sheath for an implantable medical device, the sheath comprising: a jacket including an outer diameter and an inner diameter; a lumen defined by the inner diameter and extended from a proximal end to a distal end of the jacket; an electrode (128A, 128B) located at the distal end of the jacket; a signal wire (158A, 158B) disposed within the jacket and electrically coupled to the electrode (128A, 128B); and a rail (162A, 162B), characterized in that the rail (162A, 162B) is configured to shield the signal wire (158A, 158B) from a cut path of a sheath splitter; and the jacket includes a jacket stripe extended from the proximal end to the distal end, wherein the jacket stripe is constructed from a material that is softer than a material of the jacket. a jacket including an outer diameter and an inner diameter; a lumen defined by the inner diameter and extended from a proximal end to a distal end of the jacket; an electrode (128A, 128B) located at the distal end of the jacket; a signal wire (158A, 158B) disposed within the jacket and electrically coupled to the electrode (128A, 128B); and a rail (162A, 162B), characterized in that the rail (162A, 162B) is configured to shield the signal wire (158A, 158B) from a cut path of a sheath splitter; and the jacket includes a jacket stripe extended from the proximal end to the distal end, wherein the jacket stripe is constructed from a material that is softer than a material of the jacket.
Method for operating a vehicle lane guidance system with a steering handle comprising a touch-sensitive sensor, with the following steps: - the determination of a duration from the time of a prompt to a vehicle user to touch the steering handle to the occurrence of a sensor signal triggered in the sensor area by touching the steering handle and the comparison to a predetermined time window, characterised by - the blocking of an activation opportunity of the lane guidance system at a first prompt to touch the steering handle after a passive state in the event that the determined duration is longer than the predetermined time window, wherein the activation opportunity is blocked up to a following passive state and the lane guidance system is no longer available up to the following passive state. - the determination of a duration from the time of a prompt to a vehicle user to touch the steering handle to the occurrence of a sensor signal triggered in the sensor area by touching the steering handle and the comparison to a predetermined time window, - the blocking of an activation opportunity of the lane guidance system at a first prompt to touch the steering handle after a passive state in the event that the determined duration is longer than the predetermined time window,
A method for determining ploidy, copy number variation or zygosity, the method comprising: contacting and fragmenting the genomic DNA from 1 fully disrupted cell with a loaded transposase capable of randomly incorporating transposons into the genomic DNA, to form a number of fragments with transposon-nucleic acid segment combinations; wherein the transposons are associated with nucleic acid segments representing genetic loci; and detecting the number of unique transposon-nucleic acid segment combinations that comprise at least one locus wherein the number of unique segment combinations associated with the at least one locus equals the number of gene copies present, optionally i) wherein the different transposon- nucleic acid segment combinations comprise the same transposon sequence inserted at different sites, or ii) wherein the different transposon- nucleic acid segment combinations comprise different transposon sequences inserted by different transposases. contacting and fragmenting the genomic DNA from 1 fully disrupted cell with a loaded transposase capable of randomly incorporating transposons into the genomic DNA, to form a number of fragments with transposon-nucleic acid segment combinations; wherein the transposons are associated with nucleic acid segments representing genetic loci; and detecting the number of unique transposon-nucleic acid segment combinations that comprise at least one locus wherein the number of unique segment combinations associated with the at least one locus equals the number of gene copies present, optionally i) wherein the different transposon- nucleic acid segment combinations comprise the same transposon sequence inserted at different sites, or ii) wherein the different transposon- nucleic acid segment combinations comprise different transposon sequences inserted by different transposases. i) wherein the different transposon- nucleic acid segment combinations comprise the same transposon sequence inserted at different sites, or ii) wherein the different transposon- nucleic acid segment combinations comprise different transposon sequences inserted by different transposases.
Mobile crane with a main jib luffably mounted thereon and able to be raised via a luffing cylinder, and with a main jib extension releasably connected to a main jib head of the main jib via upper and lower bolts, the main jib extension, starting from a basic position, is able to be angled about a luffing axis (w) relative to the main jib by means of an angling drive, the angling drive is a component of a combi-angling plate which delimits a maximum angling angle (b) in a mechanically adjustable manner, wherein the angling drive engages on a foot of the main jib extension and the main jib head and the combi-angling plate consists of a sliding plate, a guiding plate and the angling drive, characterised in that the combi-angling plate can be modified in length via the angling drive and the angling drive drivingly engages on the one hand on the sliding plate and on the other hand on the guiding plate and the sliding plate can be displaced in a length-modifiable manner relative to the guiding plate via the angling drive.
A system for tumor ablation with controlled precision of a temperature profile utilizing a tumor ablation probe device (100, 200, 300, 400), the system comprising: the tumor ablation probe device (100, 200, 300, 400) including a distal end (106, 206, 306, 406), the distal end (106, 206, 306, 406) comprising a plurality of electrothermal modules, ETMs, proximally disposed on a device surface of the tumor ablation probe device, each ETM including a first surface component and a second surface component opposite and electrically connected to the first surface component; and a circuit controller communicatively coupled to the tumor ablation probe device (100, 200, 300, 400) and a non-transitory computer storage medium, wherein the non-transitory computer storage medium stores instructions that, when executed by the circuit controller, cause the system to: supply, via the circuit controller, one of a first voltage of a first polarity and a second voltage of a second polarity opposite the first polarity to at least one ETM of the plurality of ETMs, wherein when the first polarity is supplied, the at least one ETM heats the first surface component and cools the second surface component, and when the second polarity is supplied, the at least one ETM cools the first surface component and heats the second surface component; and repeatedly alternate, via the circuit controller, between the first polarity and the second polarity based on a time sequence cycle, wherein each ETM is configured for independent control by the circuit controller. the tumor ablation probe device (100, 200, 300, 400) including a distal end (106, 206, 306, 406), the distal end (106, 206, 306, 406) comprising a plurality of electrothermal modules, ETMs, proximally disposed on a device surface of the tumor ablation probe device, each ETM including a first surface component and a second surface component opposite and electrically connected to the first surface component; and a circuit controller communicatively coupled to the tumor ablation probe device (100, 200, 300, 400) and a non-transitory computer storage medium, supply, via the circuit controller, one of a first voltage of a first polarity and a second voltage of a second polarity opposite the first polarity to at least one ETM of the plurality of ETMs, wherein when the first polarity is supplied, the at least one ETM heats the first surface component and cools the second surface component, and when the second polarity is supplied, the at least one ETM cools the first surface component and heats the second surface component; and repeatedly alternate, via the circuit controller, between the first polarity and the second polarity based on a time sequence cycle, wherein each ETM is configured for independent control by the circuit controller.
Device for creating a water shower, which includes - at least one suction hose (1.1, 4.1) for sucking water, - a hand-operated pump, comprising a suction side and a pressure side, to create suction in the suction hose (1.1, 4.1) and to create pressure to move the water flow to the pressure side of the said pump, to the suction side of which pump the suction hose (1.1, 4.1) is connected, as well as - a shower nozzle, for creating a shower from the water flow, connected to the pressure side of the pump, - a tank for storing the pumped water, situated above the said shower nozzle, to which tank the said shower nozzle is connected, in order to create a shower by gravity, characterized in that the device includes - at least two suction hoses (1.1, 4.1) for sucking water of two different temperatures one being said suction hose (1.1, 4.1) and means for combining the water sucked through the suction hoses (1.1, 4.1) to form one water flow, to which said means the said suction hoses (1.1, 4.1) are connected, and which said means are connected to the suction side of the said pump, - at least one flow restrictor (2, 5) for restricting or preventing the flow of at least one suction hose (1.1, 4.1), - at least one one-way valve (3, 6) connected to at least one suction hose (1.1, 4.1), in order to prevent back flow - at least one suction hose (1.1, 4.1) for sucking water, - a hand-operated pump, comprising a suction side and a pressure side, to create suction in the suction hose (1.1, 4.1) and to create pressure to move the water flow to the pressure side of the said pump, to the suction side of which pump the suction hose (1.1, 4.1) is connected, as well as - a shower nozzle, for creating a shower from the water flow, connected to the pressure side of the pump, - a tank for storing the pumped water, situated above the said shower nozzle, to which tank the said shower nozzle is connected, in order to create a shower by gravity, - at least two suction hoses (1.1, 4.1) for sucking water of two different temperatures one being said suction hose (1.1, 4.1) and means for combining the water sucked through the suction hoses (1.1, 4.1) to form one water flow, to which said means the said suction hoses (1.1, 4.1) are connected, and which said means are connected to the suction side of the said pump, - at least one flow restrictor (2, 5) for restricting or preventing the flow of at least one suction hose (1.1, 4.1), - at least one one-way valve (3, 6) connected to at least one suction hose (1.1, 4.1), in order to prevent back flow
A recording apparatus comprising: a movable belt configured and arranged to convey a recording medium; and a recording mechanism configured and arranged to record onto the recording medium, the movable belt having a mark (M1, M2) serving as a reference for setting the recording medium thereon, the recording apparatus further comprising: a control unit configured to control the recording mechanism to record the mark onto the movable belt, and characterized by a user interface configured to enable inputting of a position of recording of the mark on the movable belt, the control unit being configured to control the recording mechanism so as to record the mark at the position of recording inputted by the user interface. a movable belt configured and arranged to convey a recording medium; and a recording mechanism configured and arranged to record onto the recording medium, the movable belt having a mark (M1, M2) serving as a reference for setting the recording medium thereon, the recording apparatus further comprising: a control unit configured to control the recording mechanism to record the mark onto the movable belt, and characterized by a user interface configured to enable inputting of a position of recording of the mark on the movable belt, the control unit being configured to control the recording mechanism so as to record the mark at the position of recording inputted by the user interface. a control unit configured to control the recording mechanism to record the mark onto the movable belt, and characterized by a user interface configured to enable inputting of a position of recording of the mark on the movable belt, the control unit being configured to control the recording mechanism so as to record the mark at the position of recording inputted by the user interface.
A method performed by a computer system, comprising: identifying an object of a heap-implemented state machine for an asynchronous function, the object of a set of objects; querying the object to determine a current state of the object to determine whether the state machine has completed; and if the state machine has not completed, examining the heap to determine if the object is rooted in a tree or graph of references maintained by a garbage collector; if the state machine has not completed and if the object is rooted, generating a virtual call stack via coalescing and de-duplicating a chain of the set of objects to a root of the rooted object, wherein coalescing and de-duplicating includes removing one or more chains subsumed by others, such that the longest chain remains, and removing one or more intermediate state machines from the virtual call stack; and present, by a diagnostic tool, the coalesced and de-duplicated chain as the virtual call stack. identifying an object of a heap-implemented state machine for an asynchronous function, the object of a set of objects; querying the object to determine a current state of the object to determine whether the state machine has completed; and if the state machine has not completed, examining the heap to determine if the object is rooted in a tree or graph of references maintained by a garbage collector; if the state machine has not completed and if the object is rooted, generating a virtual call stack via coalescing and de-duplicating a chain of the set of objects to a root of the rooted object, wherein coalescing and de-duplicating includes removing one or more chains subsumed by others, such that the longest chain remains, and removing one or more intermediate state machines from the virtual call stack; and present, by a diagnostic tool, the coalesced and de-duplicated chain as the virtual call stack.
A method for transitioning from a synchronous medium access control, MAC, operation mode to an asynchronous MAC operation mode in a body area network, BAN, upon receiving a switch mode command, comprising: setting a timer to a time period specified in the switch mode command; upon expiration of the time period, tuning a device to a channel selected from a set of channels reserved for the asynchronous mode; and causing the device to operate in the asynchronous MAC operation mode over the reserved channel. setting a timer to a time period specified in the switch mode command; upon expiration of the time period, tuning a device to a channel selected from a set of channels reserved for the asynchronous mode; and causing the device to operate in the asynchronous MAC operation mode over the reserved channel.