mhurhangee/patent-ind-claim-en huggingface dataset:
A developing cartridge that is detachably mounted on a main casing of an image-forming device , the main casing being provided with a coupling member providing a driving force, the developing cartridge comprising: a developing roller ; an input gear that comprises a connecting portion and a gear portion , said connecting portion including a contact portion configured to contact the coupling member to receive the driving force, the input gear being configured to rotate about a rotational axis defining an axial direction when the contact portion receives the driving force, the connecting portion and the gear portion being arranged adjacent to each other in the axial direction of the input gear ; and a transmission gear that is meshingly engaged with the gear portion to transmit the driving force from the input gear to the developing roller, wherein the gear portion has a pitch circle defined by being meshingly engaged with the transmission gear, characterized in that the connecting portion has a diameter larger than a diameter of the gear portion ); and when the connecting portion is projected onto the gear portion in the axial direction of the input gear , the pitch circle of the gear portion being arranged to overlap with the contact portion in the axial direction of the input gear. a developing roller ; an input gear that comprises a connecting portion and a gear portion , said connecting portion including a contact portion configured to contact the coupling member to receive the driving force, the input gear being configured to rotate about a rotational axis defining an axial direction when the contact portion receives the driving force, the connecting portion and the gear portion being arranged adjacent to each other in the axial direction of the input gear ; and a transmission gear that is meshingly engaged with the gear portion to transmit the driving force from the input gear to the developing roller, wherein the gear portion has a pitch circle defined by being meshingly engaged with the transmission gear, characterized in that the connecting portion has a diameter larger than a diameter of the gear portion ); and when the connecting portion is projected onto the gear portion in the axial direction of the input gear , the pitch circle of the gear portion being arranged to overlap with the contact portion in the axial direction of the input gear.
Explosion-proof housing , in particular a housing of the "pressure-resistant encapsulation" protection class, with a housing body which encloses an interior and has an access opening, with a cover arrangement which comprises at least a first and a second cover , wherein the first and second covers together close the access opening of the housing body , wherein a respective gap which is secure against ignition breakthrough, is provided between the covers and the housing body and also between the covers , and the covers are arranged overlapping one another in order to form the explosion-proof gap , wherein the gap formed between the covers and the housing body leads along the entire periphery of the cover arrangement or housing body so that it completely surrounds the access opening and is formed as an angular or round ring, characterised in that the gap formed between the two covers of the cover arrangement has two ends, wherein the ends of the gap , which is secure against ignition breakthrough and formed between the covers , touch the peripheral gap which is secure against ignition breakthrough. with a housing body which encloses an interior and has an access opening, with a cover arrangement which comprises at least a first and a second cover , wherein the first and second covers together close the access opening of the housing body , wherein a respective gap which is secure against ignition breakthrough, is provided between the covers and the housing body and also between the covers , and the covers are arranged overlapping one another in order to form the explosion-proof gap , wherein the gap formed between the covers and the housing body leads along the entire periphery of the cover arrangement or housing body so that it completely surrounds the access opening and is formed as an angular or round ring, characterised in that the gap formed between the two covers of the cover arrangement has two ends, wherein the ends of the gap , which is secure against ignition breakthrough and formed between the covers , touch the peripheral gap which is secure against ignition breakthrough.
An apparatus for pumping well fluid from a well, comprising: a centrifugal pump assembly having a shaft , impellers mounted to the shaft for rotation therewith, an intake at a second end of the pump assembly, and a discharge adapter at a first end of the pump assembly into which well fluid discharged by the impellers flows, characterized by : a shaft passage extending into the shaft along a longitudinal axis of the pump assembly, the shaft passage having a first end in fluid communication with well fluid in the discharge adapter; at least one outlet port extending laterally from the shaft passage to an inlet of at least one of the impellers; and a gas-lock re-priming device in the shaft passage configured for diverting a portion of well fluid in the discharge adapter through the shaft passage and out the outlet port, wherein the re-priming device is located in the shaft passage closer the discharge adapter than any of the impellers. a shaft passage extending into the shaft along a longitudinal axis of the pump assembly, the shaft passage having a first end in fluid communication with well fluid in the discharge adapter; at least one outlet port extending laterally from the shaft passage to an inlet of at least one of the impellers; and a gas-lock re-priming device in the shaft passage configured for diverting a portion of well fluid in the discharge adapter through the shaft passage and out the outlet port, wherein the re-priming device is located in the shaft passage closer the discharge adapter than any of the impellers.
A tire pressure management system , comprising: an electronic control portion , a wheel valve in fluid communication with a wheel assembly ; a supply valve assembly selectively in fluid communication with the wheel valve via a fluid control circuit , the supply valve assembly permitting fluid communication between a source of pressurized air and the fluid control circuit ; and a control valve assembly selectively in fluid communication with the wheel valve via the fluid control circuit , the electronic control portion being configured to output signals to the control valve assembly such that the control valve assembly permits fluid communication between the source of pressurized air and the fluid control circuit or between the fluid control circuit and atmosphere for decreasing a tire pressure. an electronic control portion , a wheel valve in fluid communication with a wheel assembly ; a supply valve assembly selectively in fluid communication with the wheel valve via a fluid control circuit , the supply valve assembly permitting fluid communication between a source of pressurized air and the fluid control circuit ; and a control valve assembly selectively in fluid communication with the wheel valve via the fluid control circuit , the electronic control portion being configured to output signals to the control valve assembly such that the control valve assembly permits fluid communication between the source of pressurized air and the fluid control circuit or between the fluid control circuit and atmosphere for decreasing a tire pressure.
A fastener driving tool (10; 100) comprising: a housing (12; 102); a drive track within the housing; a magazine (20; 110) connected to the housing and configured to hold a supply of fasteners and to provide a leading fastener to the drive track; a driver configured to move downward in the drive track and drive the leading fastener into a workpiece during a drive stroke, and upward in the drive track during a return stroke; a mount operatively connected to the driver; a power source (26; 122) at least partially contained within the housing and configured to provide power to the driver to move the driver during the drive stroke and the return stroke; and a clincher connected to the housing and the mount, the clincher being configured to engage the leading fastener during the drive stroke and move into a clinching position at the end of the drive stroke to clinch the fastener to the workpiece; characterised in that the fastener driving tool is a cordless electric fastener driving tool and wherein the power source comprises a motor having a rotatable output shaft and a transmission , which includes a plurality of planetary gear sets in series and a crank , operatively connected to the driver via the crank of the transmission , and wherein rotary movement of the rotatable output shaft translates to linear movement of the driver. a housing (12; 102); a drive track within the housing; a magazine (20; 110) connected to the housing and configured to hold a supply of fasteners and to provide a leading fastener to the drive track; a driver configured to move downward in the drive track and drive the leading fastener into a workpiece during a drive stroke, and upward in the drive track during a return stroke; a mount operatively connected to the driver; a power source (26; 122) at least partially contained within the housing and configured to provide power to the driver to move the driver during the drive stroke and the return stroke; and a clincher connected to the housing and the mount, the clincher being configured to engage the leading fastener during the drive stroke and move into a clinching position at the end of the drive stroke to clinch the fastener to the workpiece; characterised in that the fastener driving tool is a cordless electric fastener driving tool and wherein the power source comprises a motor having a rotatable output shaft and a transmission , which includes a plurality of planetary gear sets in series and a crank , operatively connected to the driver via the crank of the transmission , and wherein rotary movement of the rotatable output shaft translates to linear movement of the driver.
A apparatus for distributing fluid media for a rotary machine , in particular a filling machine , comprising: a rotary distributor (120; 120u, 120o; 220) with a non-rotatable first assembly (125; 225) and a rotatable second assembly (130; 230) being configured to rotate about a machine rotation axis, wherein the first assembly has one or more connections (140a-d) for at least one fluid medium, one or more feed lines (150a-f; 251, 252) for the at least one fluid medium, which are connected to the connection or connections, and at least one coupling element , in particular in the form of a torque support, via which the first assembly can be coupled to a stationary system part , in particular the rotary machine , characterized in that the coupling element is designed in such a way that it automatically uncouples the first assembly (125; 225) from the stationary system part when a torque threshold or a force threshold is exceeded. a rotary distributor (120; 120u, 120o; 220) with a non-rotatable first assembly (125; 225) and a rotatable second assembly (130; 230) being configured to rotate about a machine rotation axis, wherein the first assembly has one or more connections (140a-d) for at least one fluid medium, one or more feed lines (150a-f; 251, 252) for the at least one fluid medium, which are connected to the connection or connections, and at least one coupling element , in particular in the form of a torque support, via which the first assembly can be coupled to a stationary system part , in particular the rotary machine , characterized in that the coupling element is designed in such a way that it automatically uncouples the first assembly (125; 225) from the stationary system part when a torque threshold or a force threshold is exceeded.
An electronic device having an optical input device (1-6), wherein the optical input device (1-6) comprising: a detection face , which was formed by molding and on which a user's finger is placed; a light source configured to emit illumination light that is transmitted through the detection face , and illuminates a contact object in contact with the detection face ; an optical member having a circular detection lens portion that images reflected light, of the illumination light, reflected by the contact object to be transmitted through the detection face ; and a light receiving sensor configured to photoelectrically convert an optical image of the contact object formed by the reflected light, wherein the detection face has a concave curved face shape that is recessed from a peripheral portion surrounding the detection face of an exterior face of the electronic device , and wherein an optical axis position of the circular detection lens portion deviates from a center position or a most recessed position of the detection face , characterized in that the optical axis position through which the optical axis passes in the circular detection lens portion of the optical member is disposed to deviate by ΔA' in the x direction and to deviate by ΔB' in the y direction, from the most recessed center position of the detection face , wherein the x direction and the y direction are directions orthogonal to the optical axis of the circular detection lens portion and ΔB' is a deviation in a direction from the light source to the light receiving sensor . a detection face , which was formed by molding and on which a user's finger is placed; a light source configured to emit illumination light that is transmitted through the detection face , and illuminates a contact object in contact with the detection face ; an optical member having a circular detection lens portion that images reflected light, of the illumination light, reflected by the contact object to be transmitted through the detection face ; and a light receiving sensor configured to photoelectrically convert an optical image of the contact object formed by the reflected light, wherein the detection face has a concave curved face shape that is recessed from a peripheral portion surrounding the detection face of an exterior face of the electronic device , and wherein an optical axis position of the circular detection lens portion deviates from a center position or a most recessed position of the detection face , characterized in that the optical axis position through which the optical axis passes in the circular detection lens portion of the optical member is disposed to deviate by ΔA' in the x direction and to deviate by ΔB' in the y direction, from the most recessed center position of the detection face , wherein the x direction and the y direction are directions orthogonal to the optical axis of the circular detection lens portion and ΔB' is a deviation in a direction from the light source to the light receiving sensor .
An isolated human hematopoietic stem cell or myeloid progenitor cell, transduced with a lentiviral vector, said lentiviral vector comprising - a coding nucleic acid sequence encoding a functional variant of a polypeptide selected from gp91phox and p47phox; under transcriptional control of - the miR223 promoter sequence characterized by SEQ ID NO 01. - a coding nucleic acid sequence encoding a functional variant of a polypeptide selected from gp91phox and p47phox; under transcriptional control of - the miR223 promoter sequence characterized by SEQ ID NO 01.
A method, comprising: obtaining point cloud data collected by a LiDAR on a device at a first time; characterized by determining , by matching the point cloud data with a global map built in a global coordinate system, first global positioning information of the device in the global coordinate system at the first time, wherein the first global positioning information of the device includes a pose of the device in the global coordinate system and a confidence level of said pose of the device in the global coordinate system; determining, by matching the point cloud data with a local map built in a local coordinate system , first local positioning information of the device in the local coordinate system at the first time, wherein the local map is built based on at least one frame of point cloud collected by the LiDAR at at least one time before the first time, wherein the local positioning information indicates a relative pose between the point cloud data and the local map, a pose of the device in the local coordinate system and a pose of the local map in the local coordinate system; and determining , by fusing at least the first global positioning information and the first local positioning information, a first positioning result of the device at the first time. obtaining point cloud data collected by a LiDAR on a device at a first time; characterized by determining , by matching the point cloud data with a global map built in a global coordinate system, first global positioning information of the device in the global coordinate system at the first time, wherein the first global positioning information of the device includes a pose of the device in the global coordinate system and a confidence level of said pose of the device in the global coordinate system; determining, by matching the point cloud data with a local map built in a local coordinate system , first local positioning information of the device in the local coordinate system at the first time, wherein the local map is built based on at least one frame of point cloud collected by the LiDAR at at least one time before the first time, wherein the local positioning information indicates a relative pose between the point cloud data and the local map, a pose of the device in the local coordinate system and a pose of the local map in the local coordinate system; and determining , by fusing at least the first global positioning information and the first local positioning information, a first positioning result of the device at the first time.
Holographic display for generating a holographic reconstruction of a three dimensional scene (3D-S) comprising single points (OP), wherein the reconstruction of a single point (OP) only requires a sub-hologram (SH) as a subset of an entire hologram (H∑SLM) to be encoded, as encoding data, on a spatial light modulator (SLM) of the holographic display, the holographic display comprises a light source, an optical system, the spatial light modulator (SLM), and a graphics card comprising graphics sub-systems implementing a 3D rendering pipeline, the light source and the optical system are arranged to illuminate the spatial light modulator (SLM), wherein the holographic display is a part of a communications system, in which two users communicate over the internet and where each user uses such a holographic display, characterized in that the holographic display is adapted to provide voice and 3D image over internet services or communications, and in that the holographic display further comprises additional processing units extending the 3D rendering pipeline of the graphics card, said additional processing units being arranged to perform sequential holographic transformation of points in three-dimensional space by executing holographic calculations to determine values of the sub-hologram (SH) immediately as soon as values of colors and depth of one processed point (OP) in space is available after having been processed by the 3D rendering pipeline.
A method of providing secure network access to a client device using a secure network provisioning device , the method comprising the steps carried out by the secure network provisioning device of: connecting the secure network provisioning device to a security authority while the secure network provisioning device is in an acquisition mode; the secure network provisioning device , while in said acquisition mode, acquiring at least one network profile from the security authority ; configuring at least one network interface of the secure network provisioning device with data corresponding to attributes of said at least one network profile ; switching the secure network provisioning device from the acquisition mode to a gateway mode; connecting the secure network provisioning device to a client device ; and for each of said at least one network profile, providing the client device with access to a wireless access point of a secure network associated with the network profile through the secure network provisioning device , wherein the client device does not gain access to the at least one network profile . connecting the secure network provisioning device to a security authority while the secure network provisioning device is in an acquisition mode; the secure network provisioning device , while in said acquisition mode, acquiring at least one network profile from the security authority ; configuring at least one network interface of the secure network provisioning device with data corresponding to attributes of said at least one network profile ; switching the secure network provisioning device from the acquisition mode to a gateway mode; connecting the secure network provisioning device to a client device ; and for each of said at least one network profile, providing the client device with access to a wireless access point of a secure network associated with the network profile through the secure network provisioning device , wherein the client device does not gain access to the at least one network profile .
A method including: at a node of a cluster of nodes, the node storing a first portion of data and configured to carry out one or more data processing operations in conjunction with the cluster of nodes, the cluster storing an aggregation of data across the nodes, the nodes being configured to operate on the aggregation of data in parallel, the aggregation of data comprising a collection of files and the aggregation of data is split into portions, each portion being operated on by a respective node of the cluster: executing a first instance of a data processing engine capable of receiving data from a data source external to the cluster; receiving a computer-executable dataflow graph by the data processing engine, the dataflow graph including a) at least one component representing the cluster of nodes, b) at least one component representing the data source external to the cluster of nodes, and c) at least one link that represents at least one dataflow associated with a data processing operation; executing at least part of the dataflow graph by the first instance of the data processing engine; receiving , by the data processing engine, a second portion of data from the external data source; storing the second portion of data in volatile memory of the node; and performing , by the data processing engine, a data processing operation identified by the program using at least the first portion of data and the second portion of data. executing a first instance of a data processing engine capable of receiving data from a data source external to the cluster; receiving a computer-executable dataflow graph by the data processing engine, the dataflow graph including a) at least one component representing the cluster of nodes, b) at least one component representing the data source external to the cluster of nodes, and c) at least one link that represents at least one dataflow associated with a data processing operation; executing at least part of the dataflow graph by the first instance of the data processing engine; receiving , by the data processing engine, a second portion of data from the external data source; storing the second portion of data in volatile memory of the node; and performing , by the data processing engine, a data processing operation identified by the program using at least the first portion of data and the second portion of data.