mhurhangee/ep-ind-claims huggingface dataset:
A method for cross device application discovery and control, comprising: identifying, by a source device, a target device; determining, at the source device, a trust level of the target device; sending, by the source device to the target device, an application discovery query including a request for application capability data including a capability of an application to execute a task; the application discovery query further including a request for device capability data of a device capability, wherein the device capability comprises at least one of: a target device memory, a target device speed, or a target device presentation capability; determining, at the target device, whether the target device is capable of executing the task; determining, at the target device, whether the target device has an application capable of executing the task; receiving, at the source device, a discovery response message from the target device, the discovery response message being based on a result of the determining whether the target device is capable of executing the task and the determining whether the target device has an application capable of executing the task, and the discovery response message comprising at least the device capability and the capability of the application; receiving, at the target device, an application activation message, said application message containing one or more API hooks; and responsive to receiving the application activation message, activating an application on the target device, said application remotely controlled by the one or more API hooks. identifying, by a source device, a target device; determining, at the source device, a trust level of the target device; sending, by the source device to the target device, an application discovery query including a request for application capability data including a capability of an application to execute a task; the application discovery query further including a request for device capability data of a device capability, wherein the device capability comprises at least one of: a target device memory, a target device speed, or a target device presentation capability; determining, at the target device, whether the target device is capable of executing the task; determining, at the target device, whether the target device has an application capable of executing the task; receiving, at the source device, a discovery response message from the target device, the discovery response message being based on a result of the determining whether the target device is capable of executing the task and the determining whether the target device has an application capable of executing the task, and the discovery response message comprising at least the device capability and the capability of the application; receiving, at the target device, an application activation message, said application message containing one or more API hooks; and responsive to receiving the application activation message, activating an application on the target device, said application remotely controlled by the one or more API hooks.
A compound, or a pharmaceutically acceptable salt thereof, wherein the compound comprises a small molecule ligand linked to a targeting moiety by a linker, wherein the small molecule ligand is a folate and the targeting moiety is FITC and a CAR T cell composition comprising CAR T cells wherein the CAR T cells comprise a CAR directed to the targeting moiety for use in a method of treatment of a cancer wherein the cancer is a folate receptor expressing cancer, the method comprising administering to a patient at least a first dose and a second dose of the compound, or the pharmaceutically acceptable salt thereof, wherein the first dose and the second dose are different, wherein the second dose of the compound, or the pharmaceutically acceptable salt thereof, is 2-fold to 15000-fold greater in amount than the first dose of the compound, or the pharmaceutically acceptable salt thereof.
A support structure of a drive shaft in which a power transmission mechanism transmitting a power of a power source and a driving wheel are fixed to a drive shaft rotatably supported by a support portion provided in a saddle type vehicle, wherein a female screw portion is formed in an inner peripheral surface of a hollow portion formed at an end portion of the drive shaft, and the power transmission mechanism is fixed to the drive shaft by fastening a bolt screwed with the female screw portion, characterized in that the power transmission mechanism includes a hub damper case arranged at an end portion of the drive shaft, and the hub damper case is rotatably supported by the drive shaft via a bearing, and when the bolt is screwed with the drive shaft, a male screw portion of the bolt extends to a position where it overlaps the bearing in the axial direction.
A threaded connection with a double abutment shoulder comprising a first tubular component made up onto a second tubular component, said tubular components being intended for exploration or operating a hydrocarbon well; • the first cylindrical tubular component with an axis of revolution and comprising a male end, the male end comprising an external abutment, a male threaded connection portion extended by a non-threaded terminal portion defining an internal abutment at its axial end, a non- threaded male base being defined between the external abutment and the male threaded connection portion; • the second cylindrical tubular component comprising a female end defining at a free end a bearing surface forced against the external abutment, this female end having on its internal surface a female threaded connection portion made up with the male threaded connection portion and terminating in an internal shoulder forced against the internal abutment, an initial non-threaded portion connecting the female threaded connection portion to the internal shoulder, a female non-threaded base being defined between the female threaded connection portion and the bearing surface, characterized in that it comprises a maximum radial interference locally forming a sealing surface located between the male threaded connection portion and either the internal abutment or the external abutment, this maximum interference being located at a non-zero distance respectively from the internal abutment and the external abutment, this distance being at least more than 50% of the minimum between an axial distance of the terminal portion and an axial distance of the initial portion. • the first cylindrical tubular component with an axis of revolution and comprising a male end, the male end comprising an external abutment, a male threaded connection portion extended by a non-threaded terminal portion defining an internal abutment at its axial end, a non- threaded male base being defined between the external abutment and the male threaded connection portion; • the second cylindrical tubular component comprising a female end defining at a free end a bearing surface forced against the external abutment, this female end having on its internal surface a female threaded connection portion made up with the male threaded connection portion and terminating in an internal shoulder forced against the internal abutment, an initial non-threaded portion connecting the female threaded connection portion to the internal shoulder, a female non-threaded base being defined between the female threaded connection portion and the bearing surface,
A method, performed by at least one processor, comprising: receiving data delivery instructions to distribute a data object to a device wherein the data delivery instructions include a storage location of the data object and a size of data receivable by the device, wherein the size of data receivable by the device is limited by a communication memory buffer size of the device; dividing the data object into a plurality of blocks corresponding to the size of data receivable by the device; identifying a messaging topic corresponding to the data block size receivable by the device to which the device is subscribed via a messaging service; and sending the plurality of blocks to the device using the messaging topic. receiving data delivery instructions to distribute a data object to a device wherein the data delivery instructions include a storage location of the data object and a size of data receivable by the device, wherein the size of data receivable by the device is limited by a communication memory buffer size of the device; dividing the data object into a plurality of blocks corresponding to the size of data receivable by the device; identifying a messaging topic corresponding to the data block size receivable by the device to which the device is subscribed via a messaging service; and sending the plurality of blocks to the device using the messaging topic.
Bending machine for metal sheets comprising: - punching means including an upper crosspiece adapted to support a plurality of upper bending tools (40; 41, 42) aligned and reciprocally positionable along a longitudinal bending direction so as to form definite compositions of upper bending tools; - die means including a lower crosspiece adapted to support a plurality of lower bending tools aligned and mutually positionable along said bending direction so as to form respective compositions of lower bending tools; - at least one back gauge unit that is movable inside an operating area of said bending machine and arranged to abut and position a workpiece with respect to said die means, said at least one back gauge unit comprising a hooking element arranged to engage at least one lower bending tool in order to move the latter along said bending direction on said lower crosspiece; said bending machine being characterised in that said plurality of lower bending tools comprises at least one set of side lower bending tools that can be positioned in a respective non-operative configuration at an end portion (5a, 5c) of said lower crosspiece outside said operating area and unreachable by said back gauge unit, said side lower bending tools being reversibly connectable to one another in order to form a group selectable in number of lateral side lower bending tools, at least one of said side lower bending tools of said group being positioned in said non-operative configuration inside said operating area so as it can be engaged by said hooking element of said back gauge unit and movable by the latter along said bending direction together with said group. - punching means including an upper crosspiece adapted to support a plurality of upper bending tools (40; 41, 42) aligned and reciprocally positionable along a longitudinal bending direction so as to form definite compositions of upper bending tools; - die means including a lower crosspiece adapted to support a plurality of lower bending tools aligned and mutually positionable along said bending direction so as to form respective compositions of lower bending tools; - at least one back gauge unit that is movable inside an operating area of said bending machine and arranged to abut and position a workpiece with respect to said die means, said at least one back gauge unit comprising a hooking element arranged to engage at least one lower bending tool in order to move the latter along said bending direction on said lower crosspiece;
Microelectronic module for altering the electromagnetic signature of a surface, comprising: a thin-layered planar substrate; at least one voltage converter for converting a first voltage provided into a higher or lower second voltage; at least one actuator, comprising at least one generator for generating an electrical plasma from the second voltage provided by the voltage converter; wherein at least the voltage converter and the actuator are arranged on the thin-layered planar substrate; and wherein the electromagnetic signature of the surface is altered by an interaction of the electrical plasma generated by the actuator with an electromagnetic radiation impinging on the surface. a thin-layered planar substrate; at least one voltage converter for converting a first voltage provided into a higher or lower second voltage; at least one actuator, comprising at least one generator for generating an electrical plasma from the second voltage provided by the voltage converter; wherein at least the voltage converter and the actuator are arranged on the thin-layered planar substrate; and wherein the electromagnetic signature of the surface is altered by an interaction of the electrical plasma generated by the actuator with an electromagnetic radiation impinging on the surface.
Method for covering opaque conductive areas in a self-aligned process comprising the step of: providing a transparent substrate at least partly covered with a first layer stack comprising at least one transparent layer, preferably an electrically conductive layer, and a pattern of first and second opaque conductive areas (31, 32) deposited on top of the transparent layer, characterized in that the method further comprises the steps of: - depositing a photoresist layer made of an electrically insulating photoresist material on top of the first layer stack at least fully covering the second opaque conductive areas, - illuminating the photoresist layer through the transparent substrate with light of a suitable wavelength to make the photoresist material soluble in the areas of the photoresist layer having no opaque conductive areas (31, 32) underneath, - removing the soluble areas of the photoresist layer, - heating the areas of the photoresist layer remaining on top of at least the second opaque conductive areas to re-flow the photoresist layer to cover the edges of the second opaque conductive areas in contact to the transparent layer, and - hardening the remaining areas of the photoresist layer. providing a transparent substrate at least partly covered with a first layer stack comprising at least one transparent layer, preferably an electrically conductive layer, and a pattern of first and second opaque conductive areas (31, 32) deposited on top of the transparent layer, characterized in that the method further comprises the steps of: - depositing a photoresist layer made of an electrically insulating photoresist material on top of the first layer stack at least fully covering the second opaque conductive areas, - illuminating the photoresist layer through the transparent substrate with light of a suitable wavelength to make the photoresist material soluble in the areas of the photoresist layer having no opaque conductive areas (31, 32) underneath, - removing the soluble areas of the photoresist layer, - heating the areas of the photoresist layer remaining on top of at least the second opaque conductive areas to re-flow the photoresist layer to cover the edges of the second opaque conductive areas in contact to the transparent layer, and - hardening the remaining areas of the photoresist layer. - depositing a photoresist layer made of an electrically insulating photoresist material on top of the first layer stack at least fully covering the second opaque conductive areas, - illuminating the photoresist layer through the transparent substrate with light of a suitable wavelength to make the photoresist material soluble in the areas of the photoresist layer having no opaque conductive areas (31, 32) underneath, - removing the soluble areas of the photoresist layer, - heating the areas of the photoresist layer remaining on top of at least the second opaque conductive areas to re-flow the photoresist layer to cover the edges of the second opaque conductive areas in contact to the transparent layer, and - hardening the remaining areas of the photoresist layer.
A package discharging device adapted to discharge a package including at least a winding tube held by a holding section, the package discharging device comprising: a package contact section (108, 130) capable of making contact with an outer periphery of the package; a first moving section adapted to cause the package contact section (108, 130) to move so as to come into contact with the outer periphery of the package; and a pressure adjusting section (120, 140) adapted to adjust a pressing force applied to the package when the package contact section (108, 130) is in contact with the outer periphery of the package, wherein the pressure adjusting section (120, 140) is arranged between the package contact section (108, 130) and the first moving section so that the force of the first moving section does not act directly onto the package contact section (108, 130). a package contact section (108, 130) capable of making contact with an outer periphery of the package; a first moving section adapted to cause the package contact section (108, 130) to move so as to come into contact with the outer periphery of the package; and a pressure adjusting section (120, 140) adapted to adjust a pressing force applied to the package when the package contact section (108, 130) is in contact with the outer periphery of the package,
A method for coding a video signal using hybrid coding, comprising: - reducing temporal redundancy by block based motion compensated prediction in order to establish a prediction error signal, - partitioning the prediction error signal into blocks, and - deciding for each block whether to transform the prediction error signal into the frequency domain or to maintain the prediction error signal in the spatial domain for coding, and - performing a quantization of the prediction error signal transformed into the frequency domain or maintained in the spatial domain, wherein a scalar quantizer is used in the spatial domain as well as in the frequency domain, wherein the same method is used for the coding of the quantized coefficients in the frequency domain as for the coding of the quantized samples in the spatial domain, wherein the coding of the quantized coefficients and of the quantized samples is carried out according to CABAC or CAVLC. - reducing temporal redundancy by block based motion compensated prediction in order to establish a prediction error signal, - partitioning the prediction error signal into blocks, and - deciding for each block whether to transform the prediction error signal into the frequency domain or to maintain the prediction error signal in the spatial domain for coding, and - performing a quantization of the prediction error signal transformed into the frequency domain or maintained in the spatial domain, wherein a scalar quantizer is used in the spatial domain as well as in the frequency domain,
An inhaler accessory apparatus comprising: a body configured for mounting onto or connection with an inhaler; a microprocessor, and at least two sensors, characterized in that the at least two sensors are a first sensor for reading information encrypted or coded in areas or parts of said inhaler; and a second sensor for detecting signals generated from an inhaler when in use; wherein said first and second sensor generates at least one signal each which is processed in said microprocessor resulting in customized microprocessor output and wherein said microprocessor output generates a pass or fail indication upon completion of a user's inhalation maneuver; wherein said second sensor is a pressure sensor that detects a pressure drop measured in said inhaler. a body configured for mounting onto or connection with an inhaler; a microprocessor, and at least two sensors, characterized in that the at least two sensors are a first sensor for reading information encrypted or coded in areas or parts of said inhaler; and a second sensor for detecting signals generated from an inhaler when in use; wherein said first and second sensor generates at least one signal each which is processed in said microprocessor resulting in customized microprocessor output and wherein said microprocessor output generates a pass or fail indication upon completion of a user's inhalation maneuver; wherein said second sensor is a pressure sensor that detects a pressure drop measured in said inhaler.
Dishwasher, in particular household dishwasher, having a control device for controlling a wash cycle for cleaning items to be washed on the basis of at least one wash program stored in the control device, having a washing container for receiving the items to be washed, having a water container, connected in a heat-conducting manner with the washing container, for storing water, in particular fresh water, having a valve arrangement (13, 28), which can be controlled by the control device, for filling the washing container with water, in particular with fresh water, and having a drainage pump, which can be controlled by the control device, for pumping off wastewater out of the washing container by way of a drainage pipeline, which is guided through the water container, characterised in that the wash program is embodied so that a final pump sequence is provided at the end of a rinsing step, said final pump sequence comprising a rinsing water pumping step for pumping off rinsing water used to impinge on the items to be washed during the rinsing step as wastewater by means of the drainage pump, a cold water filling step for filling a cold water volume in the washing container by means of the valve arrangement (13, 28) and a cold water drainage step for pumping off the cold water volume filled during the cold water filling step as wastewater by means of the drainage pump.
A method performed by a UE trace initiation node for a wireless communication network, the wireless communication network comprising a radio access network, the method comprising: transmitting, via a direct interface to a radio access network node or function of the radio access network, a trace request message comprising a request to initiate a trace on one or more user equipments, UEs, wherein the UE trace initiation node is located in the radio access network and comprises a management node or function of the radio access network, wherein the trace request message comprises: a request to initiate a trace on a particular UE and an identity of the particular UE. transmitting, via a direct interface to a radio access network node or function of the radio access network, a trace request message comprising a request to initiate a trace on one or more user equipments, UEs, wherein the UE trace initiation node is located in the radio access network and comprises a management node or function of the radio access network, wherein the trace request message comprises: a request to initiate a trace on a particular UE and an identity of the particular UE.