mhurhangee/patent-ind-claim-en huggingface dataset:
A low-smoke, zero halogen (LSZH) self-regulating heating cable comprising: a semi-conductive heating core ; two conductive wires embedded within and separated by the semi-conductive heating core ; a primary jacket surrounding the semi-conductive core and comprising a first LSZH material; a braid surrounding the primary jacket and providing a ground path; and a final jacket surrounding the braid and comprising a second LSZH material; wherein at least one of the first and second LSZH materials comprises polyolefin flame-retarded with inorganic hydrated mineral fillers, and wherein the first LSZH material is cross-linked and the second LSZH material is not cross-linked. a semi-conductive heating core ; two conductive wires embedded within and separated by the semi-conductive heating core ; a primary jacket surrounding the semi-conductive core and comprising a first LSZH material; a braid surrounding the primary jacket and providing a ground path; and a final jacket surrounding the braid and comprising a second LSZH material; wherein at least one of the first and second LSZH materials comprises polyolefin flame-retarded with inorganic hydrated mineral fillers, and wherein the first LSZH material is cross-linked and the second LSZH material is not cross-linked.
A valve controller for a liquid fuel rocket engine comprising: at least one current sensor input; at least one voltage sensor input; a processor and a memory, the processor being connected to the at least one current sensor input and the at least one voltage sensor input, wherein the valve controller is configured to determine at least one actual minimum impulse bit of a valve based on a current profile and a voltage profile of a single valve operation, and wherein the valve controller is configured to adjust valve controls to account for the at least one actual minimum impulse bit. at least one current sensor input; at least one voltage sensor input; a processor and a memory, the processor being connected to the at least one current sensor input and the at least one voltage sensor input, wherein the valve controller is configured to determine at least one actual minimum impulse bit of a valve based on a current profile and a voltage profile of a single valve operation, and wherein the valve controller is configured to adjust valve controls to account for the at least one actual minimum impulse bit.
Razor with a handle body having a lower face for resting on the skin of a user and an upper face , opposite from the lower face, for lying in the hand of the user, and with a blade head having at least one razor blade , the lower face having an oval form and the blade head being arranged within the oval form at a tapering end, and the upper face being convexly curved, characterized in that the lower face is formed as at least partially concavely curved.
An imaging supply for a printer , wherein the imaging supply is insertable or couplable to the printer , the imaging supply comprising: a container to contain an imaging material; and a first memory on the container; characterized in that the imaging supply further comprises a second memory on the container different from the first memory ; where: the first memory stores an indication that signed data is stored in the second memory , and the second memory stores a digital signature able to authenticate the imaging supply to the printer ; or the first memory stores an indication that unsigned data is stored in the second memory and the second memory stores consumables management data, wherein the consumables management data defines at least one of a yield, a low point, and an out point of the imaging supply ; or the first memory stores an indication that no data is stored in the second memory , wherein the indication stored on the first memory of the imaging supply is obtainable by the printer comprising a processor to identify unsigned data, no data or signed data being present on the second memory of the imaging supply . a container to contain an imaging material; and a first memory on the container; characterized in that the imaging supply further comprises a second memory on the container different from the first memory ; where: the first memory stores an indication that signed data is stored in the second memory , and the second memory stores a digital signature able to authenticate the imaging supply to the printer ; or the first memory stores an indication that unsigned data is stored in the second memory and the second memory stores consumables management data, wherein the consumables management data defines at least one of a yield, a low point, and an out point of the imaging supply ; or the first memory stores an indication that no data is stored in the second memory , wherein the indication stored on the first memory of the imaging supply is obtainable by the printer comprising a processor to identify unsigned data, no data or signed data being present on the second memory of the imaging supply . the first memory stores an indication that signed data is stored in the second memory , and the second memory stores a digital signature able to authenticate the imaging supply to the printer ; or the first memory stores an indication that unsigned data is stored in the second memory and the second memory stores consumables management data, wherein the consumables management data defines at least one of a yield, a low point, and an out point of the imaging supply ; or the first memory stores an indication that no data is stored in the second memory , wherein the indication stored on the first memory of the imaging supply is obtainable by the printer comprising a processor to identify unsigned data, no data or signed data being present on the second memory of the imaging supply .
A seat headrest (20; 70; 80), comprising: (a) a mounting plate for attachment to an upper end of a seat back of the seat; (b) first and second slide assemblies mounted in spaced-apart relation on the mounting plate ; (c) first and second head-supporting side wings mounted on respective ones of the first and second slide assemblies for supporting a seat occupant's head against one of the first and second head-supporting side wings and for sliding movement between a relatively narrow spaced-apart position and a relatively wide spaced-apart position; (d) first and second support arms positioned on the mounting plate and supporting the respective first and second head-supporting side wings in a pre-determined angular head-supporting adjusted position and in a pre-determined spaced-apart position relative to the first and second slide assemblies; and (e) first and second hinges attaching the first and second support arms to the mounting plate such that the first and second head-supporting side wings are respectively mounted for pivotal movement between a retracted position against the mounting plate and a deployed head-supporting position extending outwardly away from the mounting plate , the first and second hinges separate from the sliding movement of the first and second head-supporting side wings . (a) a mounting plate for attachment to an upper end of a seat back of the seat; (b) first and second slide assemblies mounted in spaced-apart relation on the mounting plate ; (c) first and second head-supporting side wings mounted on respective ones of the first and second slide assemblies for supporting a seat occupant's head against one of the first and second head-supporting side wings and for sliding movement between a relatively narrow spaced-apart position and a relatively wide spaced-apart position; (d) first and second support arms positioned on the mounting plate and supporting the respective first and second head-supporting side wings in a pre-determined angular head-supporting adjusted position and in a pre-determined spaced-apart position relative to the first and second slide assemblies; and (e) first and second hinges attaching the first and second support arms to the mounting plate such that the first and second head-supporting side wings are respectively mounted for pivotal movement between a retracted position against the mounting plate and a deployed head-supporting position extending outwardly away from the mounting plate , the first and second hinges separate from the sliding movement of the first and second head-supporting side wings .
A candidate route providing system that provides a vehicle (V) with a candidate route as a candidate of a travel route, based on traveled paths of a plurality of vehicles (VA), the candidate route providing system comprising: a storage that stores the traveled paths of the plurality of vehicles (VA) and travel history information associated with the traveled paths; a current location setter that sets a current location (A) of the vehicle (V); a passage candidate point setter that sets a passage candidate point (C) selectable by the vehicle (V) to pass through, within a predetermined range being a distance range between a lower-limit distance (D1) and an upper-limit distance (D2) from the current location (A); a path extractor that extracts, from the traveled paths, traveled paths that pass through the current location (A) and the passage candidate point (C), the traveled paths extracted by the path extractor each having the current location (A) of the vehicle (V) as its start point and the passage candidate point (C) as its terminal point; and a candidate route selector that selects, as the candidate route to provide to the vehicle (V), at least one of the traveled paths extracted by the path extractor based on the travel history information associated with the traveled paths extracted by the path extractor , wherein the passage candidate point setter sets the passage candidate point (C) at a predefined major point within the predetermined range, wherein the predefined major point is either a major point of interest (E,F) or a point located on a major road (D). a storage that stores the traveled paths of the plurality of vehicles (VA) and travel history information associated with the traveled paths; a current location setter that sets a current location (A) of the vehicle (V); a passage candidate point setter that sets a passage candidate point (C) selectable by the vehicle (V) to pass through, within a predetermined range being a distance range between a lower-limit distance (D1) and an upper-limit distance (D2) from the current location (A); a path extractor that extracts, from the traveled paths, traveled paths that pass through the current location (A) and the passage candidate point (C), the traveled paths extracted by the path extractor each having the current location (A) of the vehicle (V) as its start point and the passage candidate point (C) as its terminal point; and a candidate route selector that selects, as the candidate route to provide to the vehicle (V), at least one of the traveled paths extracted by the path extractor based on the travel history information associated with the traveled paths extracted by the path extractor , wherein the passage candidate point setter sets the passage candidate point (C) at a predefined major point within the predetermined range, wherein the predefined major point is either a major point of interest (E,F) or a point located on a major road (D).
Apparatus for reactive power compensation in a high-voltage network having at least one phase conductor , having at least one first high-voltage connection which is configured for connection to in each case one phase conductor , wherein - a first and a second core section which are part of a closed magnetic circuit, - a first high-voltage winding which surrounds the first core section and - a second high-voltage winding which surrounds the second core section and is connected in parallel with the first high-voltage winding , - at least one saturation switching branch which is configured to saturate the core sections and has controllable power semiconductor switches , and - a control unit for controlling the power semiconductor switches are provided for each first high-voltage connection , wherein the first and second high-voltage windings are connected, by way of their high-voltage end , to the associated first high-voltage connection and can be connected, on their low-voltage side , to a or the saturation switching branch , characterized in that a second high-voltage connection is provided and is likewise provided for connection to in each case one phase conductor , wherein the saturation switching branch is connected, on its side facing away from the high-voltage winding(s) , to the second high-voltage connection , with the result that the apparatus can be connected in series with the respective phase conductor , and in that the high-voltage windings and the saturation switching branch can be bridged by means of a bridging branch, wherein a capacitive unit is arranged in the bridging branch, wherein a protective branch , in which a non-linear resistor is arranged, is connected in parallel with the bridging branch. - a first and a second core section which are part of a closed magnetic circuit, - a first high-voltage winding which surrounds the first core section and - a second high-voltage winding which surrounds the second core section and is connected in parallel with the first high-voltage winding , - at least one saturation switching branch which is configured to saturate the core sections and has controllable power semiconductor switches , and - a control unit for controlling the power semiconductor switches are provided for each first high-voltage connection ,
Joint arrangement for pivotable mounting of a lid, a seat or a seat/lid fitting about a pivot axis on a ceramic sanitary article, comprising an elongate fastening element which is to be arranged on the sanitary article , a bearing element having a passage bore which is to be passed through by the fastening element , and a damper element , damping the pivoting movement, with a connecting element which likewise has a passage bore , into which the fastening element engages or through which it passes, and which, in the mounting position, is seated on the bearing element , wherein the bearing element has a holding portion which receives the connecting element in a form-fitting manner, wherein the fastening element is a pin which, in the region which, in the mounting position, engages into the passage bore provided on the connecting element , has at least one clamping ring for clamping the connecting element , wherein the passage bore of the connecting element is configured for receiving both the fastening element in the form of a pin, with clamping fastening, and a fastening element in the form of a threaded rod.
A control module for controlling a field-effect transistor having a gate, a drain and a source, the control module comprising: a comparator operable to receive the drain-to-source voltage (V ds ) of the transistor and compare it to a threshold voltage, the comparator comprising a clock input operable to receive a gate voltage of the transistor, wherein the comparator is further operable to latch a result of the comparison to an output of the comparator on the basis of the received gate voltage; and control circuitry operable to receive the comparator output and to perform a control function with respect to the transistor based on the value of the comparator output; wherein the comparator further comprises: a first output configured to provide an on-late flag indicative of whether the gate voltage turned the transistor on before or after the drain-to-source voltage (V ds ) went from high to low, wherein the comparator is further operable to latch a result of the comparison to the first output of the comparator on the basis of a rising edge of the received gate voltage; and a second output configured to provide an off-late flag indicative of whether the gate voltage turned the transistor off before or after the drain-to-source voltage (V ds ) went from low to high, wherein the comparator is further operable to latch a result of the comparison to the second output of the comparator on the basis of a falling edge of the received gate voltage. a comparator operable to receive the drain-to-source voltage (V ds ) of the transistor and compare it to a threshold voltage, the comparator comprising a clock input operable to receive a gate voltage of the transistor, wherein the comparator is further operable to latch a result of the comparison to an output of the comparator on the basis of the received gate voltage; and control circuitry operable to receive the comparator output and to perform a control function with respect to the transistor based on the value of the comparator output; a first output configured to provide an on-late flag indicative of whether the gate voltage turned the transistor on before or after the drain-to-source voltage (V ds ) went from high to low, wherein the comparator is further operable to latch a result of the comparison to the first output of the comparator on the basis of a rising edge of the received gate voltage; and a second output configured to provide an off-late flag indicative of whether the gate voltage turned the transistor off before or after the drain-to-source voltage (V ds ) went from low to high, wherein the comparator is further operable to latch a result of the comparison to the second output of the comparator on the basis of a falling edge of the received gate voltage.
A pelvic digitizer device comprising: a body comprising: a shaft having a tooling end and a handle end with a handle for being manipulated, a visual guide oriented in a reference plane of the digitizer device, and a cup connected to the tooling end and adapted to be received in an acetabulum of a patient; and an inertial sensor unit connected to the body, the inertial sensor unit having a preset orientation for calibration of the pelvic digitizer device relative to a pelvis of a patient, the preset orientation being based on pre-operative imaging specific to the pelvis of the patient, the preset orientation being aligned with the reference plane, wherein the preset orientation of the inertial sensor unit comprises a preoperatively determined angle of an acetabulum line in a pre-operative image of a pelvis specific to the patient. a shaft having a tooling end and a handle end with a handle for being manipulated, a visual guide oriented in a reference plane of the digitizer device, and a cup connected to the tooling end and adapted to be received in an acetabulum of a patient; and an inertial sensor unit connected to the body, the inertial sensor unit having a preset orientation for calibration of the pelvic digitizer device relative to a pelvis of a patient, the preset orientation being based on pre-operative imaging specific to the pelvis of the patient, the preset orientation being aligned with the reference plane, wherein the preset orientation of the inertial sensor unit comprises a preoperatively determined angle of an acetabulum line in a pre-operative image of a pelvis specific to the patient.
A picture coding device configured to partition difference information between a picture serving as a coding target and a picture serving as a prediction target into a plurality of sub blocks, and codes the partitioned sub block in a certain order, the picture coding device comprising: a significant sub block information encoder configured to code significant sub block information indicating whether or not all values of difference coefficients belonging to the sub block serving as the coding target are zero; a significant difference coefficient information encoder configured to code significant difference coefficient information indicating whether or not each value of difference coefficient at each position of difference coefficient serving as the coding target is zero; a difference coefficient value encoder configured to code value of difference coefficient serving as the coding target; and a context deriver configured to derive a context for coding the significant difference coefficient information based on sum of vertical position of the difference coefficient and horizontal position of the difference coefficient in sub block serving as the coding target, and sum of significant sub block information of coded sub block neighboring the sub block serving as the coding target at right side and lower side, wherein the context deriver is configured to set an index value of the context within a range of 0 to 2. a significant sub block information encoder configured to code significant sub block information indicating whether or not all values of difference coefficients belonging to the sub block serving as the coding target are zero; a significant difference coefficient information encoder configured to code significant difference coefficient information indicating whether or not each value of difference coefficient at each position of difference coefficient serving as the coding target is zero; a difference coefficient value encoder configured to code value of difference coefficient serving as the coding target; and a context deriver configured to derive a context for coding the significant difference coefficient information based on sum of vertical position of the difference coefficient and horizontal position of the difference coefficient in sub block serving as the coding target, and sum of significant sub block information of coded sub block neighboring the sub block serving as the coding target at right side and lower side, wherein the context deriver is configured to set an index value of the context within a range of 0 to 2.