mhurhangee/patent-ind-claim-en huggingface dataset:
A gas barbeque grill combined with air frying apparatus , the air frying apparatus comprising: a blower-burner portion ; and a chamber portion ; the blower-burner portion comprising an intake for receiving ambient air, a gas burner for heating the received air, a window in communication with the chamber portion , and a blower for dispersing the heated air into the chamber portion ; the chamber portion comprises a perforated basket for receiving foodstuff and is adapted to allow access to the foodstuff by the dispersed heated air; wherein the air heated by the gas burner is dispersed through the window to the chamber portion by the blower where it air-fries the foodstuff in the basket ; wherein the chamber portion comprises an outlet for exhausting the heated air from the chamber portion (104, the outlet being arranged to direct the heated air back away from the user-accessible front of the gas barbeque grill, and into the interior of the barbeque grill, where it is used to compliment the barbeque heat; wherein the blower causes the received air to feed a flame of the gas burner and to thereby increase its temperature to increase the heated air's temperature. a blower-burner portion ; and a chamber portion ; the chamber portion comprises a perforated basket for receiving foodstuff and is adapted to allow access to the foodstuff by the dispersed heated air; wherein the air heated by the gas burner is dispersed through the window to the chamber portion by the blower where it air-fries the foodstuff in the basket ; wherein the chamber portion comprises an outlet for exhausting the heated air from the chamber portion (104, the outlet being arranged to direct the heated air back away from the user-accessible front of the gas barbeque grill, and into the interior of the barbeque grill, where it is used to compliment the barbeque heat; wherein the blower causes the received air to feed a flame of the gas burner and to thereby increase its temperature to increase the heated air's temperature.
An autonomous industrial truck having a memory or access to a memory , which comprises rules for setting down and picking up a charge on a load platform , comprising at least one sensor unit camera , at least one sensor unit LIDAR und at least one sensor unit light , characterized in that the at least one sensor unit camera , the at least one sensor unit LIDAR and the at least one sensor unit light are comprised in a rear-facing sensor unit , and the rear-facing sensor unit is located below the load platform . at least one sensor unit camera , at least one sensor unit LIDAR und at least one sensor unit light , characterized in that the at least one sensor unit camera , the at least one sensor unit LIDAR and the at least one sensor unit light are comprised in a rear-facing sensor unit , and the rear-facing sensor unit is located below the load platform .
A medical catheter comprising a force sensing system comprising: a deformable body (225; 325; 425; 525; 625; 725; 825; 1025) mounted onto a shaft of the medical catheter and including distal and proximal portions, the deformable body (225; 325; 425; 525; 625; 725; 825; 1025), configured and arranged to deflect in response to a force exerted on the distal portion; a permanent magnet (251; 751) coupled to either the proximal or distal portions of the deformable body (225; 325; 425; 625; 725; 825; 1025), and a magnetic field sensor (252; 752) coupled to the deformable body opposite the permanent magnet (251; 751), the magnetic field sensor configured and arranged to measure a change in magnetic field associated with a change in relative position of the magnetic field sensor (252; 752) and permanent magnet (251; 752) as the deformable body deflects, wherein the deformable body further includes a deflectable portion between the proximal and distal portions, and a beam (750; 850) coupled to the distal portion of the deformable body extends proximally over the deflectable portion; and wherein the permanent magnet is coupled to the proximal end of the beam and the distal portion of the deformable body via the beam. a deformable body (225; 325; 425; 525; 625; 725; 825; 1025) mounted onto a shaft of the medical catheter and including distal and proximal portions, the deformable body (225; 325; 425; 525; 625; 725; 825; 1025), configured and arranged to deflect in response to a force exerted on the distal portion; a permanent magnet (251; 751) coupled to either the proximal or distal portions of the deformable body (225; 325; 425; 625; 725; 825; 1025), and a magnetic field sensor (252; 752) coupled to the deformable body opposite the permanent magnet (251; 751), the magnetic field sensor configured and arranged to measure a change in magnetic field associated with a change in relative position of the magnetic field sensor (252; 752) and permanent magnet (251; 752) as the deformable body deflects, wherein the deformable body further includes a deflectable portion between the proximal and distal portions, and a beam (750; 850) coupled to the distal portion of the deformable body extends proximally over the deflectable portion; and wherein the permanent magnet is coupled to the proximal end of the beam and the distal portion of the deformable body via the beam.
An instrument adapted for use in an anterior to psoas spinal access procedure, the instrument comprising: a body ; a first arm attached to the body; a second arm attached to the body; and a first rod attached to an end of the first arm remote from the body and a second rod attached to an end of the second arm remote from the body; wherein the first rod is transverse to the first arm and the second rod is transverse to the second arm, and wherein the first rod includes a length with a first portion and a second portion, the first portion having a convex surface perimeter and the second portion having a perimeter different from the first portion and being convex in part; wherein the instrument further comprises: a pin holder having an engagement feature slidably attached to one of the first and second rods and an enclosed passage with a bone pin disposed therein, wherein the rod attached to the engagement feature is parallel to and offset from the bone pin. a body ; a first arm attached to the body; a second arm attached to the body; and a first rod attached to an end of the first arm remote from the body and a second rod attached to an end of the second arm remote from the body; wherein the first rod is transverse to the first arm and the second rod is transverse to the second arm, and wherein the first rod includes a length with a first portion and a second portion, the first portion having a convex surface perimeter and the second portion having a perimeter different from the first portion and being convex in part; wherein the instrument further comprises: a pin holder having an engagement feature slidably attached to one of the first and second rods and an enclosed passage with a bone pin disposed therein, wherein the rod attached to the engagement feature is parallel to and offset from the bone pin.
A method, comprising: receiving (S202), by a communication node in a wireless local area network, a radio frame; determining (S202), by the communication node based on spatial reuse delay information included in indication information, whether the radio frame corresponds to a trigger frame, wherein a physical signaling field of the radio frame indicates the indication information; and acquiring (S204), by the communication node , first spatial reuse information from the trigger frame. receiving (S202), by a communication node in a wireless local area network, a radio frame; determining (S202), by the communication node based on spatial reuse delay information included in indication information, whether the radio frame corresponds to a trigger frame, wherein a physical signaling field of the radio frame indicates the indication information; and acquiring (S204), by the communication node , first spatial reuse information from the trigger frame.
A method comprising: sensing a first set of parameters ; receiving a second set of parameters that does not include any of the first set of parameters; generating a first air data value based on the first set of parameters; processing the second set of parameters through an artificial intelligence network to generate a second air data value; determining whether the first air data value deviates from the second air data value by a threshold amount, and if the first air data value deviates from the second air data value by the threshold amount: processing the second set of parameters through a plurality of diagnostic artificial intelligence networks to generate a plurality of diagnostic air data values, each of the plurality of diagnostic artificial intelligence networks excluding a different one of the second set of parameters; identifying, based on the first air data value and the plurality of diagnostic air data values, one of the second set of parameters as a fault source parameter that is associated with a fault condition; comparing each of the plurality of diagnostic air data values to the first air data value; identifying one of the plurality of diagnostic air data values that is in agreement with the first air data value; and identifying, as the fault source parameter, the one of the second set of parameters that was excluded during generation of the identified one of the plurality of diagnostic air data values that is in agreement with the first air data value. sensing a first set of parameters ; receiving a second set of parameters that does not include any of the first set of parameters; generating a first air data value based on the first set of parameters; processing the second set of parameters through an artificial intelligence network to generate a second air data value; determining whether the first air data value deviates from the second air data value by a threshold amount, and if the first air data value deviates from the second air data value by the threshold amount: processing the second set of parameters through a plurality of diagnostic artificial intelligence networks to generate a plurality of diagnostic air data values, each of the plurality of diagnostic artificial intelligence networks excluding a different one of the second set of parameters; identifying, based on the first air data value and the plurality of diagnostic air data values, one of the second set of parameters as a fault source parameter that is associated with a fault condition; comparing each of the plurality of diagnostic air data values to the first air data value; identifying one of the plurality of diagnostic air data values that is in agreement with the first air data value; and identifying, as the fault source parameter, the one of the second set of parameters that was excluded during generation of the identified one of the plurality of diagnostic air data values that is in agreement with the first air data value.
A battery pack with a fusing apparatus , comprising: a main connection member provided on a main path (L1) connected between a cell assembly having at least one secondary battery and a load to supply power from the cell assembly to the load, and having one side and the other side electrically connected to the main path (L2), respectively; a sub connection member provided on a sub path (L2) for supplying power to a signal device or transmitting a signal to the signal device so as to transmit an emergency signal from the signal device to an external device when the main path (L1) is blocked due to an emergency situation, and having one side and the other side electrically connected to the sub path (L2), respectively; and a shifting member provided between the main connection member and the sub connection member , and configured to be moved and coupled from the main connection member to the sub connection member to shift a connection relation from a connected state of the main connection member to a connected state of the sub connection member , wherein the shifting member is configured to disconnect the main path (L1) by opening the connection relation of the main connection member and to connect the sub path (L2) by closing the connection relation of the sub connection member , the shifting member being configured to be controlled by an operation member receiving an emergency signal from a microcontroller. a main connection member provided on a main path (L1) connected between a cell assembly having at least one secondary battery and a load to supply power from the cell assembly to the load, and having one side and the other side electrically connected to the main path (L2), respectively; a sub connection member provided on a sub path (L2) for supplying power to a signal device or transmitting a signal to the signal device so as to transmit an emergency signal from the signal device to an external device when the main path (L1) is blocked due to an emergency situation, and having one side and the other side electrically connected to the sub path (L2), respectively; and a shifting member provided between the main connection member and the sub connection member , and configured to be moved and coupled from the main connection member to the sub connection member to shift a connection relation from a connected state of the main connection member to a connected state of the sub connection member , wherein the shifting member is configured to disconnect the main path (L1) by opening the connection relation of the main connection member and to connect the sub path (L2) by closing the connection relation of the sub connection member , the shifting member being configured to be controlled by an operation member receiving an emergency signal from a microcontroller.
An ink jet printer, or a print head for an ink jet printer, the printer or print head either comprising a plurality of print nozzles in a substantially planar print face or comprising a mount for holding a removable unit that comprises a plurality of print nozzles in a substantially planar print face , the printer or print head further comprising: a capping member movable between an open position, in which the capping member does not cap the nozzles, and a closed position in which the capping member caps the nozzles, the capping member moving between the open and closed positions by rotation about an axis transverse to the plane of the print face ; characterised in that the printer or print head comprises an arrangement of cams to drive the capping member along the axis of rotation by interaction of opposing cam surfaces during at least part of its rotation between the open and closed positions, the cam surfaces being in a recess in the printer or print head and being covered by a portion of the capping member at the open position and at the closed position. a capping member movable between an open position, in which the capping member does not cap the nozzles, and a closed position in which the capping member caps the nozzles, the capping member moving between the open and closed positions by rotation about an axis transverse to the plane of the print face ; characterised in that the printer or print head comprises an arrangement of cams to drive the capping member along the axis of rotation by interaction of opposing cam surfaces during at least part of its rotation between the open and closed positions, the cam surfaces being in a recess in the printer or print head and being covered by a portion of the capping member at the open position and at the closed position.
A base station , comprising: control circuitry configured to generate common information and user specific information, the common information being information common to a plurality of users and including information on an unallocated resource, the user specific information being specific to each of the plurality of users; and transmission circuitry configured to transmit a control signal including the common information and the user specific information, wherein: the common information includes information indicating an allocation pattern of resources in a frequency bandwidth; the user specific information includes information indicating a number corresponding to a number of the resources allocated to the plurality of users in the allocation pattern; and the control circuitry configured to determine the allocation pattern from among a plurality of allocation pattern candidates including an allocation pattern including the unallocated resource, characterized in that the allocation pattern including the unallocated resource is a pattern in which a total size of the unallocated resource is equal to or larger than a predetermined value. control circuitry configured to generate common information and user specific information, the common information being information common to a plurality of users and including information on an unallocated resource, the user specific information being specific to each of the plurality of users; and transmission circuitry configured to transmit a control signal including the common information and the user specific information, wherein: the common information includes information indicating an allocation pattern of resources in a frequency bandwidth; the user specific information includes information indicating a number corresponding to a number of the resources allocated to the plurality of users in the allocation pattern; and the control circuitry configured to determine the allocation pattern from among a plurality of allocation pattern candidates including an allocation pattern including the unallocated resource, characterized in that the allocation pattern including the unallocated resource is a pattern in which a total size of the unallocated resource is equal to or larger than a predetermined value. the common information includes information indicating an allocation pattern of resources in a frequency bandwidth; the user specific information includes information indicating a number corresponding to a number of the resources allocated to the plurality of users in the allocation pattern; and the control circuitry configured to determine the allocation pattern from among a plurality of allocation pattern candidates including an allocation pattern including the unallocated resource, characterized in that the allocation pattern including the unallocated resource is a pattern in which a total size of the unallocated resource is equal to or larger than a predetermined value.
An inspecting device for inspecting for a failure related to luminance unevenness in a light-emitting surface of a plane light source device , the plane light source device being an edge-lit type plane light source device having a light source arranged along one side of the light-emitting surface, and a light-guiding panel which guides light emitted from the light source to the light-emitting surface, the failure being a part brighter than reference luminance appearing at an end of the light-emitting surface excluding the one side of the light-emitting surface where the light source is arranged, the inspecting device comprising: an image acquiring unit which is adapted to acquire a light-emitting surface image as a photographed image of the light-emitting surface; an inspecting unit which is adapted to set an inspecting range which is a part of the light-emitting surface image corresponding to an end of the light-emitting surface which is not the side where the light source is arranged, detect from the inspecting range, a bright region which is brighter than a lower limit threshold value, calculate an evaluation value evaluating both the size and luminance of the bright region, and determine the presence or absence of the failure on the basis of the evaluation value; and an output unit which is adapted to output information obtained by the inspecting unit wherein when the bright region includes a part brighter than an upper threshold value, the inspecting unit is adpated to evaluate the luminance of the part brighter than the upper limit threshold value as being lower than actual luminance thereof in calculating the evaluation value. an image acquiring unit which is adapted to acquire a light-emitting surface image as a photographed image of the light-emitting surface; an inspecting unit which is adapted to set an inspecting range which is a part of the light-emitting surface image corresponding to an end of the light-emitting surface which is not the side where the light source is arranged, detect from the inspecting range, a bright region which is brighter than a lower limit threshold value, calculate an evaluation value evaluating both the size and luminance of the bright region, and determine the presence or absence of the failure on the basis of the evaluation value; and an output unit which is adapted to output information obtained by the inspecting unit wherein when the bright region includes a part brighter than an upper threshold value, the inspecting unit is adpated to evaluate the luminance of the part brighter than the upper limit threshold value as being lower than actual luminance thereof in calculating the evaluation value.
Pharmaceutical composition comprising cis-4-hydroxy-L-proline (CHP) for use as a medicament in the treatment of dementia, wherein the dementia is caused by and/or associated with neurodegenerative and/or neuromuscular disease, Parkinson's disease, Lewy body disease, Pick's disease, Huntington's disease, Creuzfeld-Jakob disease, a brain tumor, hypothyroidism, head trauma, multiple sclerosis, prolonged abuse of alcohol or other drugs, hydrocephalus, AIDS, vitamin deficiency such as thiamine, niacin, or B12, fibrotic processes, genetic defects or hypercalcemia.
An electric machine assembly, wherein the electric machine assembly comprises: an electric machine housing , an encoder and an electronic sealing label device , the encoder being arranged in the electric machine housing , and the electronic sealing label device comprising: a magnet , arranged on the electric machine housing ; and a sensing element , the sensing element being arranged on the encoder and fixed in a position opposite the magnet , wherein the sensing element exploits the Wiegand effect to generate a signal when relative movement occurs between the electric machine housing and the encoder . a magnet , arranged on the electric machine housing ; and a sensing element , the sensing element being arranged on the encoder and fixed in a position opposite the magnet , wherein the sensing element exploits the Wiegand effect to generate a signal when relative movement occurs between the electric machine housing and the encoder .
A dressing for treating a tissue site with negative pressure, the dressing comprising: a first layer comprising a film having perforations and fenestrations through the film that are configured to expand in response to a pressure gradient across the film; a second layer adjacent to the first layer, the second layer comprising a manifold; and a cover adjacent to the second layer opposite the first layer, wherein the film has a central zone and a peripheral zone; the manifold is at least partially disposed adjacent to the central zone; the perforations are disposed in the central zone; and the fenestrations are disposed in the peripheral zone. a first layer comprising a film having perforations and fenestrations through the film that are configured to expand in response to a pressure gradient across the film; a second layer adjacent to the first layer, the second layer comprising a manifold; and a cover adjacent to the second layer opposite the first layer, wherein the film has a central zone and a peripheral zone; the manifold is at least partially disposed adjacent to the central zone; the perforations are disposed in the central zone; and the fenestrations are disposed in the peripheral zone. the film has a central zone and a peripheral zone; the manifold is at least partially disposed adjacent to the central zone; the perforations are disposed in the central zone; and the fenestrations are disposed in the peripheral zone.