mhurhangee/patent-ind-claim-en huggingface dataset:
A method of measuring metrics of a computer network, comprising the steps of: collecting , from a plurality of data sources, data points, wherein a set of the data points collected from each data source is collected during a sampling period, wherein the set of data points, referred to as sample, is collected throughout each sampling period for each data source, characterized in that : each data source is associated with a fractile information type that defines parameters for a fractile information instance, the fractile information instance including one or more counters, the one or more counters each corresponding to a count of a range of values of data points; and the method further comprises: processing collected data points, for each data source, by repeatedly updating , during the sampling period, the one or more counters of the fractile information instance associated with the data source with counts of values of the collected data points, wherein an index to identify a counter to be updated is determined according to a pair of values comprising a mantissa and an exponent corresponding to the value of a data point of the collected data points. collecting , from a plurality of data sources, data points, wherein a set of the data points collected from each data source is collected during a sampling period, wherein the set of data points, referred to as sample, is collected throughout each sampling period for each data source, characterized in that : each data source is associated with a fractile information type that defines parameters for a fractile information instance, the fractile information instance including one or more counters, the one or more counters each corresponding to a count of a range of values of data points; and the method further comprises: processing collected data points, for each data source, by repeatedly updating , during the sampling period, the one or more counters of the fractile information instance associated with the data source with counts of values of the collected data points, wherein an index to identify a counter to be updated is determined according to a pair of values comprising a mantissa and an exponent corresponding to the value of a data point of the collected data points.
A drainage catheter for use in aspirating excess bodily fluids comprising: a catheter tube having a proximal end in fluid communication with a distal end , wherein fluid that enters one or more drainage bores at the distal end exit the catheter tube at the proximal end ; a suture attached to the catheter tube at an attachment point , the suture extending from a distal position of the catheter tube to a proximal portion of the catheter tube ; a lockable hub comprising a body and a depressible button ; and a clamp member ; wherein, in use, a user biases the depressible button in a first direction transverse to the axis of extension of the catheter tube to secure the position of the suture relative to the lockable hub ; and characterised in that the depressible button bias the clamp member in a second direction transverse to the axis of extension of the catheter tube , wherein the second direction is orthogonal to the first direction. a catheter tube having a proximal end in fluid communication with a distal end , wherein fluid that enters one or more drainage bores at the distal end exit the catheter tube at the proximal end ; a suture attached to the catheter tube at an attachment point , the suture extending from a distal position of the catheter tube to a proximal portion of the catheter tube ; a lockable hub comprising a body and a depressible button ; and a clamp member ; wherein, in use, a user biases the depressible button in a first direction transverse to the axis of extension of the catheter tube to secure the position of the suture relative to the lockable hub ; and characterised in that the depressible button bias the clamp member in a second direction transverse to the axis of extension of the catheter tube , wherein the second direction is orthogonal to the first direction.
A method for manufacturing a road pavement comprising at least one pipe of a device for a heat exchanger, comprising the following steps of: a) digging a course of the road pavement to create grooves extending in a same direction without crossing each other, and strips connecting the grooves two by two, the grooves having a width ranging from 0.8d to 2.5d and a depth ranging from 0.8d to 3d, d being the diameter of the at least one pipe of the device for a heat exchanger; and then b) laying the at least one pipe into the grooves and the strips created in step a) thereby forming sections connected by bends, the grooves receiving the sections and the strips receiving the bends, the at least one pipe having a crushing strength higher than 2,000N per linear metre of pipe at 100°C; and then c) filling the empty space left free by the at least one pipe in the grooves with an asphalt mix based on: - a hydrocarbon binder, - at least 90% by weight, with respect to the total weight of the asphalt mix, of an aggregate fraction the elements of which have dimensions between 0 mm and 10 mm, said aggregate fraction comprising from 30% to 60% by weight, with respect to the total weight of the aggregate fraction, of elements having dimensions between 0 mm and 2 mm, said asphalt mix has a working temperature lower than 160°C, d) applying a surface course for a road pavement, in particular a wearing course . a) digging a course of the road pavement to create grooves extending in a same direction without crossing each other, and strips connecting the grooves two by two, the grooves having a width ranging from 0.8d to 2.5d and a depth ranging from 0.8d to 3d, d being the diameter of the at least one pipe of the device for a heat exchanger; and then b) laying the at least one pipe into the grooves and the strips created in step a) thereby forming sections connected by bends, the grooves receiving the sections and the strips receiving the bends, the at least one pipe having a crushing strength higher than 2,000N per linear metre of pipe at 100°C; and then c) filling the empty space left free by the at least one pipe in the grooves with an asphalt mix based on: - a hydrocarbon binder, - at least 90% by weight, with respect to the total weight of the asphalt mix, of an aggregate fraction the elements of which have dimensions between 0 mm and 10 mm, said aggregate fraction comprising from 30% to 60% by weight, with respect to the total weight of the aggregate fraction, of elements having dimensions between 0 mm and 2 mm, said asphalt mix has a working temperature lower than 160°C, - a hydrocarbon binder, - at least 90% by weight, with respect to the total weight of the asphalt mix, of an aggregate fraction the elements of which have dimensions between 0 mm and 10 mm, said aggregate fraction comprising from 30% to 60% by weight, with respect to the total weight of the aggregate fraction, of elements having dimensions between 0 mm and 2 mm, said asphalt mix has a working temperature lower than 160°C, d) applying a surface course for a road pavement, in particular a wearing course .
A machine or vehicle component comprising a first housing part , a carrier fixed relative to the first housing part and having a carrying element consisting of a structurally rigid material, a second housing part covering the first housing part and which consists of a thermoplastic material with low structural rigidity, an opening which is provided in the second housing part , a functional attachment unit extending through the opening and configured as an adjusting unit, the attachment unit having a mounting element consisting of a structurally rigid material and accommodating a functional part , wherein the attachment unit is held on the carrying element by means of the mounting element , and the carrying element is provided with a carrying ring through which passes an extension of the mounting element of the attachment unit , the extension receiving the functional part and adjoining the carrying ring , wherein the carrying element carries the mounting element without transferring forces via the second housing part , and wherein the carrying element has a contact surface on which the mounting element is supported by a mounting surface , characterized in that the second housing part comprises a sealing collar consisting of the thermoplastic material of low structural rigidity which surrounds the opening and is sealed relative to the mounting element or the carrying element without being subjected to the forces for holding the attachment unit , in that the sealing collar is sealed at least against one of the elements, the mounting element or the carrying element , by a seal which is effective between a sealing side of the sealing collar and the mounting element or the carrying element and is thereby subjected to seal compression forces transversely relative to a plane (DE) of the sealing collar , in that the sealing collar is sealed relative to the mounting element or the carrying element by means of a seal consisting of resilient material, in that the seal is subjected to seal compression forces (K1, K2) which are dimensioned such that the seal abuts the sealing collar and the mounting element or the carrying element so as to provide effective sealing, and in that the seal compression forces (K1, K2) are dimensioned such that the sealing collar does not experience a deformation due to creepage of the thermoplastic material.
A method of preparing a compound of formula : or a salt thereof, said method comprising reacting a compound of formula with a monomer compound of formula (d 1 ), wherein: X 3 is -Cl; and P 3 is H or an amine protecting group. X 3 is -Cl; and P 3 is H or an amine protecting group.
Method for producing an insect screen in which a support frame is assembled, preferably in a rectangular shape, from profile legs connected via corner brackets , and then an insect protection fabric is clamped in the frame opening of the support frame , the insect protection fabric being fixed to the profile legs under tensile stress, preferably via a keder groove , characterized in that at least one selected profile leg of the support frame is arcuately pre-curved at least in a central portion, the selected profile leg being arcuately shaped before the support frame is assembled by means of bending in a bending machine and, in the process, being curved transversely to the profile longitudinal axis under plastic deformation, the selected profile leg being provided with a three-dimensional bending contour curved in two different directions, and in that the curved profile leg is at least partly straightened when the insect protection fabric is clamped by the tensile stress thereof, the support frame being brought into a predetermined shape.
A micro projector , including: a projection component configured to project video content; and at least one audio play component configured to play audio accompanying the video content, wherein the at least one audio play component is detachably mounted to the projection component via a magnetic attraction mechanism. a projection component configured to project video content; and at least one audio play component configured to play audio accompanying the video content, wherein the at least one audio play component is detachably mounted to the projection component via a magnetic attraction mechanism.
A liquid electro-photographic printing system , comprising: a binary ink developer assembly including a plurality of members defining a flow path for a printing fluid containing charged particles, the plurality of members including a first member and a second member that are arranged to generate an electric field therebetween, the first member having a plurality of segments; a power supply arrangement to continuously provide a supply of voltages during a print operation, the voltages including a first voltage supplied from a first power supply unit through a first set of voltage lines, and a second voltage supplied from a second power supply unit through a second set of voltage lines, the second voltage having a different voltage level from that of the first voltage; a switching arrangement to switch connections between the segments of the first member and the voltage lines of the power supply units on an individual segment basis, to cause charged particles to be attracted to the first member in the individual segment when the first voltage is supplied to the individual segment and to cause charged particles to be repelled from the first member in the individual segment when the second voltage is supplied to the individual segment; and a controller to determine a timing for switching the supply of voltages to the individual segment of the first member between the first and second power supply units . a binary ink developer assembly including a plurality of members defining a flow path for a printing fluid containing charged particles, the plurality of members including a first member and a second member that are arranged to generate an electric field therebetween, the first member having a plurality of segments; a power supply arrangement to continuously provide a supply of voltages during a print operation, the voltages including a first voltage supplied from a first power supply unit through a first set of voltage lines, and a second voltage supplied from a second power supply unit through a second set of voltage lines, the second voltage having a different voltage level from that of the first voltage; a switching arrangement to switch connections between the segments of the first member and the voltage lines of the power supply units on an individual segment basis, to cause charged particles to be attracted to the first member in the individual segment when the first voltage is supplied to the individual segment and to cause charged particles to be repelled from the first member in the individual segment when the second voltage is supplied to the individual segment; and a controller to determine a timing for switching the supply of voltages to the individual segment of the first member between the first and second power supply units .
A heat exchanger for an aircraft skin, the heat exchanger comprising a plurality of sets of channels having a proximal end and a distal end, each of the sets of channels comprising: a first channel defined by a first skin and a wall ; and a second channel defined by a second skin and the wall , wherein: the wall is a continuous corrugated element comprising a plurality of first longitudinal sections coupled to the first skin and a plurality of second longitudinal sections coupled to the second skin ; the first and second longitudinal sections are connected in a repeating pattern by a plurality of inclined sections ; the inclined section located between the first channel and the second channel of each respective set of channels comprises at least one aperture to allow fluid to pass through the inclined section from the first channel to the second channel; and, each set of channels is separated by a section of a wall that does not contain an aperture such that each set of channels is fluidly isolated from the other sets of channels. a first channel defined by a first skin and a wall ; and a second channel defined by a second skin and the wall , wherein: the wall is a continuous corrugated element comprising a plurality of first longitudinal sections coupled to the first skin and a plurality of second longitudinal sections coupled to the second skin ; the first and second longitudinal sections are connected in a repeating pattern by a plurality of inclined sections ; the inclined section located between the first channel and the second channel of each respective set of channels comprises at least one aperture to allow fluid to pass through the inclined section from the first channel to the second channel; and, each set of channels is separated by a section of a wall that does not contain an aperture such that each set of channels is fluidly isolated from the other sets of channels.
A stationing unit for parking a motorcycle, moped or bicycle comprising: - a fixed structure designed to be anchored to the ground in an area provided for parking; - a locker rigidly connected to the fixed structure and having a door for access to a containing space ; - a structure for anchorage of a wheel (R), or some other part, of the cycle, connected to said fixed structure ; and - anchorage means for securing the wheel (R), or some other part, of the cycle to the aforesaid anchorage structure, and for blocking the door of the locker in its closed position, - wherein said anchorage means comprise an anchorage member , for example in the form of a cable or chain, which has the purpose of securing a wheel (R) or some other part of the cycle to said anchorage structure and terminates with a portion that can be secured to the locker in a condition in which the door is blocked in its closed position so that said anchorage member performs both the function of anchorage of the cycle and the function of blocking the locker in the closed condition, characterized in that in order to encourage a user to close the door before leaving the stationing unit, said locker is provided with a coin-operated lock device for withholding a key connected to the door , in such a way as to enable release of the key and opening of the door only in the presence of a coin or token inside the coin-operated lock, so that, after use, before leaving said stationing unit, the user must close the door again and insert the key in the coin-operated lock device in order to recover said coin or token. - a fixed structure designed to be anchored to the ground in an area provided for parking; - a locker rigidly connected to the fixed structure and having a door for access to a containing space ; - a structure for anchorage of a wheel (R), or some other part, of the cycle, connected to said fixed structure ; and - anchorage means for securing the wheel (R), or some other part, of the cycle to the aforesaid anchorage structure, and for blocking the door of the locker in its closed position, - wherein said anchorage means comprise an anchorage member , for example in the form of a cable or chain, which has the purpose of securing a wheel (R) or some other part of the cycle to said anchorage structure and terminates with a portion that can be secured to the locker in a condition in which the door is blocked in its closed position so that said anchorage member performs both the function of anchorage of the cycle and the function of blocking the locker in the closed condition,
An oscilloscope , comprising: one or more ports to receive one or more signals from one or more devices, at least one of the one or more devices being a device under test; a trigger enable logic circuit configured to output a trigger enabled signal when a trigger enable event occurs within the one or more signals, the trigger enable event being a real-time event of the one or more signals; one or more trigger logic circuits configured to generate a plurality of trigger signals when the trigger enable signal is received, each trigger signal being generated after a trigger event occurs within one of the one or more signals; and an acquisition circuit configured to acquire and store data in a memory in response to each of the trigger signals. one or more ports to receive one or more signals from one or more devices, at least one of the one or more devices being a device under test; a trigger enable logic circuit configured to output a trigger enabled signal when a trigger enable event occurs within the one or more signals, the trigger enable event being a real-time event of the one or more signals; one or more trigger logic circuits configured to generate a plurality of trigger signals when the trigger enable signal is received, each trigger signal being generated after a trigger event occurs within one of the one or more signals; and an acquisition circuit configured to acquire and store data in a memory in response to each of the trigger signals.
A fistula device comprising a conduit having a tubular component configured to transport a fluid and a sidewall port device coupled to an end portion of the conduit and co-luminal with the conduit; the sidewall port device being configured for creating a transmural flow through an aperture in the sidewall of a vessel or a stent device; the sidewall port device comprising a first flange formed from a tube comprising a self-expanding lattice inverted onto itself to form an inner tube disposed coaxially within an outer tube; the flange extending generally radially and defining an aperture in the sidewall port device. the sidewall port device being configured for creating a transmural flow through an aperture in the sidewall of a vessel or a stent device; the sidewall port device comprising a first flange formed from a tube comprising a self-expanding lattice inverted onto itself to form an inner tube disposed coaxially within an outer tube; the flange extending generally radially and defining an aperture in the sidewall port device.
A writing instrument comprising a pen tip that is equipped with a porous member as a writing part fixed in a front part of a holding member , wherein the holding member is a visible part made of a material having a visible light transmittance of 50 % or more so as to enable viewing through the holding member in a drawing direction, wherein an area ratio of the visible part is 40 % or more of the pen tip protruding from a tip part of the writing instrument main body, characterized in that the holding member has a single ink guiding part for feeding ink to the writing part , which comprises a relay porous member for feeding an ink contained in a writing instrument main body to the single ink guiding part provided in a longitudinal direction and at least partially located in the central part of the holding member when viewed in a cross-section taken perpendicular to the longitudinal direction.
A connecting assembly for a battery module , comprising: a plurality of connecting sheets , wherein the connecting sheet comprises an adjusting portion and a connecting portion , the adjusting portion is configured as a protrusion connected between adjacent connecting portions , and the connecting portion is configured to connect a battery cell of the battery module ; and an insulating film, disposed on one side of each of the plurality of connecting sheets and provided with a through hole (H) disposed corresponding to the adjusting portion ; wherein the through hole (H) comprises a second through hole (H2), the second through hole (H2) is located at the adjusting portion , and the second through hole (H2) comprises a protruded portion (T) attached to the adjusting portion . a plurality of connecting sheets , wherein the connecting sheet comprises an adjusting portion and a connecting portion , the adjusting portion is configured as a protrusion connected between adjacent connecting portions , and the connecting portion is configured to connect a battery cell of the battery module ; and an insulating film, disposed on one side of each of the plurality of connecting sheets and provided with a through hole (H) disposed corresponding to the adjusting portion ; wherein the through hole (H) comprises a second through hole (H2), the second through hole (H2) is located at the adjusting portion , and the second through hole (H2) comprises a protruded portion (T) attached to the adjusting portion .