mhurhangee/patent-ind-claim-en huggingface dataset:
A patient interface system for delivering a flow of breathable gas to a user, the patient interface system comprising: a patient interface structure configured to sealing engage the face of the user, the patient interface structure comprising an aperture; and a connector assembly for a patient interface system, comprising: a ring sealingly secured in the aperture of the patient interface structure, the ring including a first side positioned in an interior of the patient interface structure and a second side positioned at an exterior of the patient interface structure; a connector secured in the ring, the connector having a first end and a second end, the second end being configured to be connected to an air delivery hose; and a sleeve positioned between the ring and the connector, wherein the ring comprises a first flange on the first side and a second flange on the second side, the first and second flanges defining a channel that is sealingly engaging the aperture of the patient interface structure; wherein the ring comprises a plurality of vent slots that extend through the first flange across the channel and through the second flange of the ring; and wherein connection of the sleeve between the connector and the ring provides a plurality of vents for venting of exhalation gases from the interior to the exterior of the patient interface structure. a patient interface structure configured to sealing engage the face of the user, the patient interface structure comprising an aperture; and a connector assembly for a patient interface system, comprising: a ring sealingly secured in the aperture of the patient interface structure, the ring including a first side positioned in an interior of the patient interface structure and a second side positioned at an exterior of the patient interface structure; a connector secured in the ring, the connector having a first end and a second end, the second end being configured to be connected to an air delivery hose; and a sleeve positioned between the ring and the connector, a ring sealingly secured in the aperture of the patient interface structure, the ring including a first side positioned in an interior of the patient interface structure and a second side positioned at an exterior of the patient interface structure; a connector secured in the ring, the connector having a first end and a second end, the second end being configured to be connected to an air delivery hose; and a sleeve positioned between the ring and the connector, wherein the ring comprises a first flange on the first side and a second flange on the second side, the first and second flanges defining a channel that is sealingly engaging the aperture of the patient interface structure; wherein the ring comprises a plurality of vent slots that extend through the first flange across the channel and through the second flange of the ring; and wherein connection of the sleeve between the connector and the ring provides a plurality of vents for venting of exhalation gases from the interior to the exterior of the patient interface structure.
An assembly comprising: a compressor backplate ; a bearing boss integral to the compressor backplate wherein the bearing boss extends axially from the compressor backplate and wherein the bearing boss comprises an outer surface and male coupling features disposed along the outer surface; and a casing that comprises a compressor end , a bearing boss opening at the compressor end, a turbine end , an inner surface located between the compressor end and the turbine end and female coupling features disposed along a portion of the inner surface, the male coupling features and the female coupling features configured to couple the bearing boss to the casing; wherein the bearing boss comprises a bore , wherein the casing comprises a bore coaxially aligned with the bore of the bearing boss; characterized in that a clearance exists between a turbine side surface of the bearing boss and an inner surface of the casing disposed about the bore of the casing to hinder transfer of heat energy to the bearing boss. a compressor backplate ; a bearing boss integral to the compressor backplate wherein the bearing boss extends axially from the compressor backplate and wherein the bearing boss comprises an outer surface and male coupling features disposed along the outer surface; and a casing that comprises a compressor end , a bearing boss opening at the compressor end, a turbine end , an inner surface located between the compressor end and the turbine end and female coupling features disposed along a portion of the inner surface, the male coupling features and the female coupling features configured to couple the bearing boss to the casing; wherein the bearing boss comprises a bore , wherein the casing comprises a bore coaxially aligned with the bore of the bearing boss; characterized in that a clearance exists between a turbine side surface of the bearing boss and an inner surface of the casing disposed about the bore of the casing to hinder transfer of heat energy to the bearing boss.
A machine vision system to generate a model for identifying a pattern in a test image, the system comprising: a processor configured to run a computer program stored in memory that is configured to: determine, using an interest point detection module, a plurality of interest points from a training image; determine, by a feature distribution computation, FDC, module stored in the memory in communication with the interest point detection module, a distribution of features associated with the plurality of interest points, wherein the distribution of features is the distribution of the orientation of each feature; determine, using a target distribution computation, TDC, module, a target distribution of orientations of a plurality of probes of the model based on features associated with the plurality of detected interest points, wherein a probe represents a position and orientation at which one or more characteristics of the test image is measured; and select, by a probe distribution match, PDM, module in communication with the TDC module a subset of the plurality of interest points as the plurality of probes based on the target distribution; wherein: the target distribution is an inverse of the distribution determined by the FDC and the subset of the plurality of interest points is selected by sampling the target distribution; or the target distribution is a uniform distribution and the subset of the plurality of interest points is selected to match the target distribution. determine, using an interest point detection module, a plurality of interest points from a training image; determine, by a feature distribution computation, FDC, module stored in the memory in communication with the interest point detection module, a distribution of features associated with the plurality of interest points, wherein the distribution of features is the distribution of the orientation of each feature; determine, using a target distribution computation, TDC, module, a target distribution of orientations of a plurality of probes of the model based on features associated with the plurality of detected interest points, wherein a probe represents a position and orientation at which one or more characteristics of the test image is measured; and select, by a probe distribution match, PDM, module in communication with the TDC module a subset of the plurality of interest points as the plurality of probes based on the target distribution; wherein: the target distribution is an inverse of the distribution determined by the FDC and the subset of the plurality of interest points is selected by sampling the target distribution; or the target distribution is a uniform distribution and the subset of the plurality of interest points is selected to match the target distribution. the target distribution is an inverse of the distribution determined by the FDC and the subset of the plurality of interest points is selected by sampling the target distribution; or the target distribution is a uniform distribution and the subset of the plurality of interest points is selected to match the target distribution.
A method of a base station for handling a call in case of packet loss in a mobile communication network, the method comprising: receiving an uplink packet from a user equipment, UE ; deciphering the packet based on a first hyper frame number, HFN; changing an HFN value from the first HFN to a second HFN when a failure of the deciphering based on the first HFN occurs; further deciphering the packet based on the second HFN; and when the deciphering failure occurs, determining whether there is a history of deciphering the packet with the changed HFN, and if the packet has previously been deciphered using the changed HFN, discarding the packet when a failure of the deciphering based on the second HFN occurs. receiving an uplink packet from a user equipment, UE ; deciphering the packet based on a first hyper frame number, HFN; changing an HFN value from the first HFN to a second HFN when a failure of the deciphering based on the first HFN occurs; further deciphering the packet based on the second HFN; and when the deciphering failure occurs, determining whether there is a history of deciphering the packet with the changed HFN, and if the packet has previously been deciphered using the changed HFN, discarding the packet when a failure of the deciphering based on the second HFN occurs.
Brush manufacturing machine with at least two positionally fixed processing stations , with at least one positioning station which can be moved along the path between the at least two processing stations , wherein the path has a curved path section which defines a reference point , wherein a brush holder for receiving a brush which is to be processed, and at least one motor , are arranged on the at least one positioning station , and wherein the brush manufacturing machine has at least one servo amplifier which is assigned to the at least one motor , and a transmission device with on least one slip ring and with at least one slip ring collector , with which transmission device current and/or control signals can be transmitted from a positionally fixed terminal of the brush manufacturing machine to the at least one servo amplifier , characterized in that the at least one servo amplifier is arranged spaced apart from the at least one motor and closer than the latter to the reference point so that the at least one servo amplifier can be moved along an amplifier movement path which is arranged around the reference point and runs closer to the reference point than a motor movement path which runs around the reference point and on which the at least one motor of the at least one positioning station can be moved around the reference point .
A method for providing an authorization indication, the method comprising: transmitting , via one or more processors, a request to be received by a radio frequency identification (RFID) tag within a read range, the RFID tag affixed to a vehicle ; after transmitting the request to be received by the RFID tag within the read range, receiving , via the one or more processors, a response from the RFID tag , the response comprising a vehicle identifier that uniquely identifies the vehicle ; determining , via the one or more processors, whether the vehicle is authorized to proceed and/or access an area, the determination based at least in part on the vehicle identifier; and after a determination that the vehicle is authorized to proceed and/or access the area, generating , via the one or more processors, an instruction to one or more indicators perceivable by the operator of the vehicle to initiate a perceivable indication to the operator of the vehicle that the vehicle is authorized to proceed and/or access the area, characterized in that a geofenced area is defined and the latitude and longitude coordinates thereof are stored in a database in association with the one or more processors, wherein the request is transmitted in response to a determination that the vehicle enters or exits the geofenced area, said determination that the vehicle enters or exits the geofenced area is made based on the stored latitude and longitude coordinates and an estimate of the location of the vehicle . transmitting , via one or more processors, a request to be received by a radio frequency identification (RFID) tag within a read range, the RFID tag affixed to a vehicle ; after transmitting the request to be received by the RFID tag within the read range, receiving , via the one or more processors, a response from the RFID tag , the response comprising a vehicle identifier that uniquely identifies the vehicle ; determining , via the one or more processors, whether the vehicle is authorized to proceed and/or access an area, the determination based at least in part on the vehicle identifier; and after a determination that the vehicle is authorized to proceed and/or access the area, generating , via the one or more processors, an instruction to one or more indicators perceivable by the operator of the vehicle to initiate a perceivable indication to the operator of the vehicle that the vehicle is authorized to proceed and/or access the area, characterized in that a geofenced area is defined and the latitude and longitude coordinates thereof are stored in a database in association with the one or more processors, wherein the request is transmitted in response to a determination that the vehicle enters or exits the geofenced area, said determination that the vehicle enters or exits the geofenced area is made based on the stored latitude and longitude coordinates and an estimate of the location of the vehicle .
Glue application roller for use in a gluing unit equipped with at least one dip roller , wherein the glue application roller has a glue roller body that is formed with a central bore for receiving a drive shaft , characterized in that the glue roller body consists of at least two parts, namely, for the one part, a basic body , which is in a non-positive operative connection with the drive shaft , and, for the other part, an outer ring , which is formed at least with a cavity , in that the basic body and outer ring are connected together in a non-positive manner by at least one means (107; 108, 109), in that , at least on one side of the glue roller body , means (116, 118; 116, 203, 204, 205) are arranged, which ensure the supply or discharge of compressed air and/or some other gaseous or liquid medium into or out of the cavity , and in that this supply or discharge of the compressed air and/or other medium brings about a change in the circumferential contour of the cavity , characterized in that , starting from a concave circumferential contour of the outer ring , which is designed for processing a round or almost round book block spine extending in a convex manner, the compressed air and/or other medium is/are able to be introduced into the cavity until the circumferential contour of the outer ring is able to be modified into a flat or almost flat form for processing a corresponding book block spine, or in that , starting from a flat circumferential contour of the outer ring for processing a flat book block spine, compressed air and/or other medium is/are still able to be introduced into the cavity until this circumferential contour of the outer ring has a convex form for processing a corresponding book block spine extending in a concave manner.
A device for maintaining a cane , intended for use as a walking aid, in a stand-by position, said device comprising: - a first coupling member intended to be mounted on the cane; - at least one second coupling member intended to be attached to a support external to the device; - a body that is at least partially elastically deformable, the body bearing the first coupling member and having the form of an end piece intended to match, at least partially, the end of the handle of the cane , the second coupling member being complementary to the first coupling member in order that the cane can be maintained in a stand-by position in which it is not held by a user, the first coupling member and the second coupling members producing a magnetic coupling, at least one of the first coupling member and the second coupling member being a magnet , the body comprising: - a first part intended to be mounted on the cane ; - a second part bearing the first coupling member ; the first part being connected to the second part by at least one elastically deformable arm , the arm tending to maintain the second part in a predetermined position, away from the first part. - a first coupling member intended to be mounted on the cane; - at least one second coupling member intended to be attached to a support external to the device; - a body that is at least partially elastically deformable, the body bearing the first coupling member and having the form of an end piece intended to match, at least partially, the end of the handle of the cane , - a first part intended to be mounted on the cane ; - a second part bearing the first coupling member ;
A photovoltaic cell, comprising: a substrate ; a tunnel oxide layer and a doping conductive layer sequentially disposed on a first surface of the substrate in a direction away from the substrate , wherein the tunnel oxide layer includes nitrogen and phosphorus; a doping surface field disposed in the substrate , wherein the doping surface field is in contact with a side surface of the tunnel oxide layer facing the substrate , the doping surface field has a doping element of a same conductivity type as the substrate , and a doping concentration on a side of the doping surface field facing the tunnel oxide layer is greater than a doping concentration on a side of the doping surface field away from the tunnel oxide layer ; and a metal electrode electrically connected to the doping conductive layer ; wherein at least a portion of the metal electrode penetrates the tunnel oxide layer and is coated by the doping surface field ; and wherein a material of the tunnel oxide layer is silicon oxide doped with nitrogen and phosphorus, a ratio of a content of nitrogen in the tunnel oxide layer to a content of oxygen plus nitrogen in the tunnel oxide layer is less than 15%, and a doping concentration of phosphorus in the tunnel oxide layer is in a range of 1×10 10 /cm 3 to 1×10 18 /cm 3 . a substrate ; a tunnel oxide layer and a doping conductive layer sequentially disposed on a first surface of the substrate in a direction away from the substrate , wherein the tunnel oxide layer includes nitrogen and phosphorus; a doping surface field disposed in the substrate , wherein the doping surface field is in contact with a side surface of the tunnel oxide layer facing the substrate , the doping surface field has a doping element of a same conductivity type as the substrate , and a doping concentration on a side of the doping surface field facing the tunnel oxide layer is greater than a doping concentration on a side of the doping surface field away from the tunnel oxide layer ; and a metal electrode electrically connected to the doping conductive layer ; wherein at least a portion of the metal electrode penetrates the tunnel oxide layer and is coated by the doping surface field ; and wherein a material of the tunnel oxide layer is silicon oxide doped with nitrogen and phosphorus, a ratio of a content of nitrogen in the tunnel oxide layer to a content of oxygen plus nitrogen in the tunnel oxide layer is less than 15%, and a doping concentration of phosphorus in the tunnel oxide layer is in a range of 1×10 10 /cm 3 to 1×10 18 /cm 3 .
Sampling device for taking at least one sample of soft tissue from an organ, said device comprising a body and a needle formed by a stylet and a cannula coaxial with said stylet , said device comprising a mechanism for arming the needle, designed for sequentially moving the cannula and then the stylet from a rest position wherein the stylet and the cannula are extended towards the outside of the body , to a shooting position wherein the stylet and the cannula are retracted towards the rear of the body , and a triggering mechanism designed to release the stylet then the cannula and to allow their displacement from the shooting position to the rest position, the cannula being coupled kinematically to a cannula slider comprising at least one retaining element for retaining the cannula slider in a shooting position, the stylet being coupled kinematically to a stylet slider comprising at least one retaining element for retaining the stylet slider in a shooting position and means for unlocking the cannula slider , characterized in the stylet being formed of two separate parts: a sampling tip able to slide into the cannula and a displacement rod connecting said sampling tip with the stylet slider , the displacement rod having a lower cross-sectional dimension compared to that of the cannula , so that a clearance between the displacement rod and the cannula is present and that the displacement rod can easily be displaced without friction into the cannula .
A controller for controlling the output of audio-video content, comprising: - an input arranged to receive audio-video content; - a vector engine arranged to: receive the audio-video content; extract, from the audio-video content, values representing features of the audio-video content; and produce a vector, at intervals, wherein the vector is produced from the extracted values, and wherein the vector is a continuous metadata value of M dimensions; - a low pass filter arranged to receive the continuous metadata value and to pass changes below a threshold to a hysteresis filter ; - the hysteresis filter arranged to receive the filtered continuous metadata value and to produce a binary output from the filtered continuous metadata value; and - a retrieval module arranged to receive the binary output and to assert a control signal to allow control of the output of the audio-video content in dependence on the binary output; - characterised in that the hysteresis filter has a deviation between top and bottom thresholds as a function of the standard deviation of the continuous metadata value. - an input arranged to receive audio-video content; - a vector engine arranged to: receive the audio-video content; extract, from the audio-video content, values representing features of the audio-video content; and produce a vector, at intervals, wherein the vector is produced from the extracted values, and wherein the vector is a continuous metadata value of M dimensions; receive the audio-video content; extract, from the audio-video content, values representing features of the audio-video content; and produce a vector, at intervals, wherein the vector is produced from the extracted values, and wherein the vector is a continuous metadata value of M dimensions; - a low pass filter arranged to receive the continuous metadata value and to pass changes below a threshold to a hysteresis filter ; - the hysteresis filter arranged to receive the filtered continuous metadata value and to produce a binary output from the filtered continuous metadata value; and - a retrieval module arranged to receive the binary output and to assert a control signal to allow control of the output of the audio-video content in dependence on the binary output; - characterised in that the hysteresis filter has a deviation between top and bottom thresholds as a function of the standard deviation of the continuous metadata value.