mhurhangee/patent-ind-claim-en huggingface dataset:
A method for identifying objects of interest during an air search and rescue, SAR, operation, comprising: detecting an object of interest with a sensor onboard an aircraft , where the object of interest is located near an SAR pattern of an aircraft; displaying a sensor image of the object of interest on a visual display system; inputting the location of the object of interest into the visual display system located onboard the aircraft, where the location of the object is translated as latitude, longitude and altitude from data from the sensor and the sensor image; automatically adding a distinct symbol at the input location on the visual display system that categorizes the object of interest as a probable object; selecting the object of interest on the visual display system based on the sensor image, where the object of interest is selected by an aircrew member; confirming the distinct symbol accurately categorizes the selected object of interest as a probable object or rejecting the categorization of the distinct symbol as a probable object, where the distinct symbol is confirmed or rejected by the aircrew member, and wherein a probable object symbol is changed to an object found symbol when the distinct symbol is confirmed as accurately categorizing the object of interest as a probable object by the aircrew member; and transmitting contents of the visual display system with the distinct symbols to a ground-based controller, an aircraft coordinator (ACO), or to other aircraft participating in the SAR operation. detecting an object of interest with a sensor onboard an aircraft , where the object of interest is located near an SAR pattern of an aircraft; displaying a sensor image of the object of interest on a visual display system; inputting the location of the object of interest into the visual display system located onboard the aircraft, where the location of the object is translated as latitude, longitude and altitude from data from the sensor and the sensor image; automatically adding a distinct symbol at the input location on the visual display system that categorizes the object of interest as a probable object; selecting the object of interest on the visual display system based on the sensor image, where the object of interest is selected by an aircrew member; confirming the distinct symbol accurately categorizes the selected object of interest as a probable object or rejecting the categorization of the distinct symbol as a probable object, where the distinct symbol is confirmed or rejected by the aircrew member, and wherein a probable object symbol is changed to an object found symbol when the distinct symbol is confirmed as accurately categorizing the object of interest as a probable object by the aircrew member; and transmitting contents of the visual display system with the distinct symbols to a ground-based controller, an aircraft coordinator (ACO), or to other aircraft participating in the SAR operation.
A device comprising: an interconnect interface ; a memory system comprising: one or more first type memory devices coupled to the interconnect interface to receive first data and configured to function as working memory for an accelerator of the device ; one or more second type memory devices coupled to the interconnect interface to receive second data, and wherein the first type relates to high-bandwidth and the second type relates to high-capacity; the accelerator coupled to the one or more first type memory devices and the one or more second type memory devices and configured to perform an operation using the first data and the second data; and a memory switch arranged to configure one or more connections between the one or more first and second type memory devices (208, 210; 408, 410) and the accelerator , wherein the memory switch is programmable to configure the one or more first type memory devices and the one or more second type memory devices , and programmable to configure a specific amount of cache to the accelerator . an interconnect interface ; a memory system comprising: one or more first type memory devices coupled to the interconnect interface to receive first data and configured to function as working memory for an accelerator of the device ; one or more second type memory devices coupled to the interconnect interface to receive second data, and wherein the first type relates to high-bandwidth and the second type relates to high-capacity; one or more first type memory devices coupled to the interconnect interface to receive first data and configured to function as working memory for an accelerator of the device ; one or more second type memory devices coupled to the interconnect interface to receive second data, and wherein the first type relates to high-bandwidth and the second type relates to high-capacity; the accelerator coupled to the one or more first type memory devices and the one or more second type memory devices and configured to perform an operation using the first data and the second data; and a memory switch arranged to configure one or more connections between the one or more first and second type memory devices (208, 210; 408, 410) and the accelerator , wherein the memory switch is programmable to configure the one or more first type memory devices and the one or more second type memory devices , and programmable to configure a specific amount of cache to the accelerator .
An apparatus for feeding pieces of cloth to a device for treating clothes, such as a rotary ironer, comprising a conveyor with a direction of conveyance configured for conveying the pieces of cloth to said device, said apparatus comprising: one or more spreader devices , each of which has a set of spreader clamps for releasably receiving a piece of cloth from a charger station along a fore edge and in proximity of a pair of adjacent corners of the piece of cloth, where each spreader device is configured for moving the spreader clamps away from each other transversally of the direction of conveyance for straightening said fore edge and for delivering said piece of cloth to the conveyor , whereby the apparatus comprises in combination: - at least one set of spreader clamps that is configured for performing a tilting movement between a receiving position (M) where the spreader clamps have a first predetermined orientation relative to the conveyor and a delivery (A) position, and wherein the spreader clamps are configured such that the straightened fore edge of the piece of cloth is, in the delivery position (A), essentially in parallel with the conveyor ; - one or more charger stations , each of which is configured for receiving a piece of cloth and moving it along a path from a feeding position (I) to said receiving position (M) in which the piece of cloth is received by said set of spreader clamps , said path forming a selectable angle to the direction of conveyance of the conveyor . - at least one set of spreader clamps that is configured for performing a tilting movement between a receiving position (M) where the spreader clamps have a first predetermined orientation relative to the conveyor and a delivery (A) position, and wherein the spreader clamps are configured such that the straightened fore edge of the piece of cloth is, in the delivery position (A), essentially in parallel with the conveyor ; - one or more charger stations , each of which is configured for receiving a piece of cloth and moving it along a path from a feeding position (I) to said receiving position (M) in which the piece of cloth is received by said set of spreader clamps , said path forming a selectable angle to the direction of conveyance of the conveyor .
Use of a polypeptide having sugar-tolerant beta-glucosidase activity for hydrolysis of a lignocellulosic substrate to yield glucose and/or other sugars, characterized in that said polypeptide is selected from the group consisting of: a) a polypeptide comprising an amino acid sequence at least 50% identical to the amino acid sequence of SEQ ID NO: 2, b) a polypeptide which is encoded by a polynucleotide at least 50% identical to SEQ ID NO: 1, c) a polypeptide which is encoded by a polynucleotide which hybridizes under at least medium stringency conditions with the polynucleotide of SEQ ID NO: 1, or a complementary strand thereof, and d) a fragment of a), b), or c) having beta-glucosidase activity; and said polypetide or fragment thereof is obtained from a Streptomyces bacterium. a) a polypeptide comprising an amino acid sequence at least 50% identical to the amino acid sequence of SEQ ID NO: 2, b) a polypeptide which is encoded by a polynucleotide at least 50% identical to SEQ ID NO: 1, c) a polypeptide which is encoded by a polynucleotide which hybridizes under at least medium stringency conditions with the polynucleotide of SEQ ID NO: 1, or a complementary strand thereof, and d) a fragment of a), b), or c) having beta-glucosidase activity;
A method of tunneling data packets through a network (218; 314) communicatively connected to a datacenter (220; 310), the datacenter being uniquely addressed within the network, the datacenter having a different internal address space than the network, the method comprising: recording transformation rules for a programmable packet filter in the datacenter; receiving an ingress data packet at a multiplexor (250; 300), which routes the ingress data packet to the programmable packet filter of a host computing device in the datacenter; converting in the programmable packet filter of the host computing device the received data packet between a stateless tunneling data packet and a datacenter data packet according to the recorded transformation rules, the datacenter data packet being uniquely addressed within the internal address space of the datacenter, the received data packet bypassing any virtual machine processing in the host computing device during the converting; and transmitting the converted data packet from the programmable packet filter in the datacenter; the method further comprising: receiving an egress data packet at the programmable packet filter; converting the egress data packet into a stateless tunneling data packet; and transmitting the converted egress data packet without traversing the multiplexor. recording transformation rules for a programmable packet filter in the datacenter; receiving an ingress data packet at a multiplexor (250; 300), which routes the ingress data packet to the programmable packet filter of a host computing device in the datacenter; converting in the programmable packet filter of the host computing device the received data packet between a stateless tunneling data packet and a datacenter data packet according to the recorded transformation rules, the datacenter data packet being uniquely addressed within the internal address space of the datacenter, the received data packet bypassing any virtual machine processing in the host computing device during the converting; and transmitting the converted data packet from the programmable packet filter in the datacenter; the method further comprising: receiving an egress data packet at the programmable packet filter; converting the egress data packet into a stateless tunneling data packet; and transmitting the converted egress data packet without traversing the multiplexor. receiving an egress data packet at the programmable packet filter; converting the egress data packet into a stateless tunneling data packet; and transmitting the converted egress data packet without traversing the multiplexor.
A method of allocating control periods for axes in a PLC positioning system , wherein the method comprises dividing (S11) the axes into a first axis group having a first control period and a second axis group having a second control period and allocating different control periods for different axes; characterized in, that the method further comprises: when position control calculation of the first axis group is requested during position control calculation of the second axis group, performing (S12) the position control calculation of the first axis group through task switching; and after completing the position control calculation of the first axis group, performing (S13) the position control calculation of the second axis group through task switching. when position control calculation of the first axis group is requested during position control calculation of the second axis group, performing (S12) the position control calculation of the first axis group through task switching; and after completing the position control calculation of the first axis group, performing (S13) the position control calculation of the second axis group through task switching.
Musical watch case including at least one cover assembly , which includes on the one hand a bezel , and on the other at least one crystal or one case back , a casing ring , a case middle which has a first surface for receiving and supporting said cover assembly and a median surface for receiving and supporting said casing ring , said case including at least one gong integral with said case middle and including a resonant part distinct from the walls of said case middle , wherein said case middle supports said cover assembly via at least one lug comprised in said bezel and which is arranged to allow said cover assembly to vibrate and radiate at frequencies comprised between 4 kHz and 6 kHz, each said lug being distinct from every other said lug and having no contact with any other said lug , characterized in that said case middle includes, around a substantially annular, peripheral wall defining an inner chamber extending around said casing ring , and around all of said lugs comprised in said case , a resonator ring placed on said case middle or forming a lip of said case middle , said resonator ring being distant at all points from said bezel and from said lugs , and forming with said peripheral wall an outer radiating cavity .
A method for operating a printhead of a continuous inkjet printer: - producing at least one ink jet in a cavity of said print head, - electrostatically separating drops or sections of one or more of said jet intended for printing from drops or sections that do not serve for printing, - releasing from said cavity drops or sections of ink intended for printing, through an outlet slot , which is open on the outside of said cavity or of said print head, characterized in that said method comprises: - circulating at least one flow of air (200 1 , 201 1 , 202 1 ), said air having a water vapor pressure lower than the water vapor pressure defined by 100% relative humidity at the coldest temperature of the printer, along at least part of the outlet slot of said cavity or of said print head. - producing at least one ink jet in a cavity of said print head, - electrostatically separating drops or sections of one or more of said jet intended for printing from drops or sections that do not serve for printing, - releasing from said cavity drops or sections of ink intended for printing, through an outlet slot , which is open on the outside of said cavity or of said print head, - circulating at least one flow of air (200 1 , 201 1 , 202 1 ), said air having a water vapor pressure lower than the water vapor pressure defined by 100% relative humidity at the coldest temperature of the printer, along at least part of the outlet slot of said cavity or of said print head.
A robot cleaner to remove dust from a surface to be cleaned, the robot cleaner comprising: a main body having a suction port ; a main brush rotatably disposed in the suction port; an auxiliary brush rotatably disposed adjacent to the main brush, the auxiliary brush comprising at least one blade to move the dust from the surface to the suction port; and at least one side brush rotatably installed to move the dust to the suction port, wherein the main brush, the auxiliary brush, and the at least one side brush are driven by a single motor . a main body having a suction port ; a main brush rotatably disposed in the suction port; an auxiliary brush rotatably disposed adjacent to the main brush, the auxiliary brush comprising at least one blade to move the dust from the surface to the suction port; and at least one side brush rotatably installed to move the dust to the suction port, wherein the main brush, the auxiliary brush, and the at least one side brush are driven by a single motor .
A vacuum installation for industrial application comprising: a vacuum chamber having an inlet for aspirating a quantity of liquid or particulate material; a cyclone separation unit comprising a plurality of cyclones , communicating in parallel to each other with the interior of the vacuum chamber; a vacuum pump connected to the cyclone separation unit to draw air from the vacuum chamber through the cyclones to induce a separating vortex flow within the cyclones; and a controller , arranged to control the vacuum pump to provide a chosen flow rate, the controller being further arranged to selectively deactivate one or more of the cyclones to adapt the flow rate through the remaining cyclones to an optimal flow rate, characterised in that the cyclone separation unit comprises a plurality of collectors arranged to receive the separated material each provided with a respective flush valve connecting the collector to the vacuum chamber and the controller selectively operates the flush valves to back flush the separated material from one or more of the collectors to the vacuum chamber. a vacuum chamber having an inlet for aspirating a quantity of liquid or particulate material; a cyclone separation unit comprising a plurality of cyclones , communicating in parallel to each other with the interior of the vacuum chamber; a vacuum pump connected to the cyclone separation unit to draw air from the vacuum chamber through the cyclones to induce a separating vortex flow within the cyclones; and a controller , arranged to control the vacuum pump to provide a chosen flow rate, the controller being further arranged to selectively deactivate one or more of the cyclones to adapt the flow rate through the remaining cyclones to an optimal flow rate, characterised in that the cyclone separation unit comprises a plurality of collectors arranged to receive the separated material each provided with a respective flush valve connecting the collector to the vacuum chamber and the controller selectively operates the flush valves to back flush the separated material from one or more of the collectors to the vacuum chamber.
A semiconductor chip, comprising: a substrate having a surface; an epitaxial laser on the surface of said substrate , said epitaxial laser having an etched facet ; and a structure on the surface of said substrate, said structure being adjacent said etched facet ; wherein the structure comprises a staircase having a foot and a plurality of steps (510 520, 530), the staircase going downwards in a direction substantially normal to the surface of said substrate such that light emitted from said laser is reflected off at least one of the plurality of steps to modify a vertical far field, VFF, of said laser , said structure further including reflective sidewalls , such that light emitted from said laser is reflected by the sidewalls to modify a horizontal far field, HFF, of said laser . a substrate having a surface; an epitaxial laser on the surface of said substrate , said epitaxial laser having an etched facet ; and a structure on the surface of said substrate, said structure being adjacent said etched facet ; wherein the structure comprises a staircase having a foot and a plurality of steps (510 520, 530), the staircase going downwards in a direction substantially normal to the surface of said substrate such that light emitted from said laser is reflected off at least one of the plurality of steps to modify a vertical far field, VFF, of said laser , said structure further including reflective sidewalls , such that light emitted from said laser is reflected by the sidewalls to modify a horizontal far field, HFF, of said laser .
An injector device comprising: an outer housing for receiving a medicament container ; and a drive mechanism for dispensing medicament from a medicament container received in the outer housing ; the drive mechanism comprising a plunger rod and a displacing member configured to displace a distal end of the plunger rod into said medicament container to dispense said medicament; wherein the device further comprises a brake configured to control the rate of displacement of the plunger rod under the force of the displacing member , the brake comprising a braking surface that contacts an outer surface of the plunger rod so that movement of the plunger rod is resisted by friction between the braking surface and the outer surface of the plunger rod ; wherein the device further comprises a brake force adjustment mechanism configured to adjust the contact pressure between the braking surface and the outer surface of the plunger rod ; characterised in that the brake force adjustment mechanism comprises a collar rotatably mounted on the housing , the collar being rotatable around a longitudinal axis of the device to adjust the contact pressure between the braking surface and the outer surface of the plunger rod ; or wherein the brake force adjustment mechanism comprises a sleeve slidably mounted to the housing , the sleeve being configured to slide along a longitudinal axis of the device to adjust the contact pressure between the braking surface and the outer surface of the plunger rod . an outer housing for receiving a medicament container ; and a drive mechanism for dispensing medicament from a medicament container received in the outer housing ; the drive mechanism comprising a plunger rod and a displacing member configured to displace a distal end of the plunger rod into said medicament container to dispense said medicament; wherein the device further comprises a brake configured to control the rate of displacement of the plunger rod under the force of the displacing member , the brake comprising a braking surface that contacts an outer surface of the plunger rod so that movement of the plunger rod is resisted by friction between the braking surface and the outer surface of the plunger rod ; wherein the device further comprises a brake force adjustment mechanism configured to adjust the contact pressure between the braking surface and the outer surface of the plunger rod ; characterised in that the brake force adjustment mechanism comprises a collar rotatably mounted on the housing , the collar being rotatable around a longitudinal axis of the device to adjust the contact pressure between the braking surface and the outer surface of the plunger rod ; or wherein the brake force adjustment mechanism comprises a sleeve slidably mounted to the housing , the sleeve being configured to slide along a longitudinal axis of the device to adjust the contact pressure between the braking surface and the outer surface of the plunger rod .
Method for producing a sliding guide for guiding an inner tube in an outer tube that is movable in relation thereto of a telescopic table frame part, comprising attaching at least one sliding element of a slidable plastic on the inner surface of the outer tube or on the outer surface of the inner tube by injection moulding by means of an injection moulding tool, which has an injection lance with at least one, preferably straight, feed tube , from which at least one distribution pipe extends laterally, preferably at right angles, wherein said plastic is fed inside the inner tube via the distribution pipe through an injection-moulding tool access opening in the same.