mhurhangee/ep-ind-claims huggingface dataset:
A method for generating a radiotherapy treatment plan parameter, the method comprising: receiving, by processor circuitry, radiotherapy treatment plan information; processing, by the processor circuitry, the radiotherapy treatment plan information to estimate one or more radiotherapy treatment plan parameters based on a process that depends on the output of a subprocess that estimates a derivative of a dose calculation, wherein the derivative of the dose calculation is used in an optimization process or a machine learning model that is based on a loss function that utilizes the derivative of the dose calculation, wherein the derivative of the dose calculation is computed with respect to at least one of one or more radiation parameters or one or more geometry parameters of a radiotherapy treatment device; and generating, by the processor circuitry, a radiotherapy treatment plan using the estimated one or more radiotherapy treatment plan parameters. receiving, by processor circuitry, radiotherapy treatment plan information; processing, by the processor circuitry, the radiotherapy treatment plan information to estimate one or more radiotherapy treatment plan parameters based on a process that depends on the output of a subprocess that estimates a derivative of a dose calculation, wherein the derivative of the dose calculation is used in an optimization process or a machine learning model that is based on a loss function that utilizes the derivative of the dose calculation, wherein the derivative of the dose calculation is computed with respect to at least one of one or more radiation parameters or one or more geometry parameters of a radiotherapy treatment device; and generating, by the processor circuitry, a radiotherapy treatment plan using the estimated one or more radiotherapy treatment plan parameters.
Door column (10, 11) for a roller door, particularly a high-speed roller door, with a flexible door curtain, - wherein the door column (10 or 11) has a front which is upright with respect to the door curtain, a back, a free side and a wall side which extends back and which is arranged angularly with respect to the front and in use is placeable against a wall, - wherein a guide slot is provided in the front, characterised in that - on either side of the guide slot the sections, which face the guide slot, of the front form guide surfaces (18a and 18b) which extend back from the associated front plane and which define a guide funnel, - wherein starting from the front plane belonging to the front at least the wall-side section, which is arranged laterally of the guide slot of the front, is set back in receding manner with formation of an obliquely oriented slide surface and reaches up to the wall side, and - wherein in the case of intended use of the door column (10, 11) a stress-relief channel can be formed at the wall by the slide surface and an associated wall section of the wall. - wherein the door column (10 or 11) has a front which is upright with respect to the door curtain, a back, a free side and a wall side which extends back and which is arranged angularly with respect to the front and in use is placeable against a wall, - wherein a guide slot is provided in the front, characterised in that - on either side of the guide slot the sections, which face the guide slot, of the front form guide surfaces (18a and 18b) which extend back from the associated front plane and which define a guide funnel, - wherein starting from the front plane belonging to the front at least the wall-side section, which is arranged laterally of the guide slot of the front, is set back in receding manner with formation of an obliquely oriented slide surface and reaches up to the wall side, and - wherein in the case of intended use of the door column (10, 11) a stress-relief channel can be formed at the wall by the slide surface and an associated wall section of the wall.
A battery cell, comprising: - a packaging having a first terminal port defined by a first cupped portion that extends outwardly from a surface of the packaging, wherein the packaging is polymeric; - a coil disposed within the packaging; - a first terminal electrically coupled to a portion the coil and protruding through the first terminal port of the packaging, wherein the first terminal is disposed directly against the packaging within the first terminal port; and - a first press-fit ring that surrounds the first cupped portion and provides a first radially inward compressive force to the first cupped portion that hermetically seals the first terminal in the first terminal port, wherein the first press-fit ring is made from a plastic or polymeric material. - a packaging having a first terminal port defined by a first cupped portion that extends outwardly from a surface of the packaging, wherein the packaging is polymeric; - a coil disposed within the packaging; - a first terminal electrically coupled to a portion the coil and protruding through the first terminal port of the packaging, wherein the first terminal is disposed directly against the packaging within the first terminal port; and - a first press-fit ring that surrounds the first cupped portion and provides a first radially inward compressive force to the first cupped portion that hermetically seals the first terminal in the first terminal port, wherein the first press-fit ring is made from a plastic or polymeric material.
A liquid drainage system (10, 110) comprising a drainage receptacle (14, 150) having a liquid outlet (15, 115); a drainage pipe in liquid communication with said drainage receptacle via said liquid outlet; means for pumping liquid from said drainage receptacle into said drainage pipe via said liquid outlet, wherein said drainage pipe connects said receptacle (14, 150) to said pumping means; and a first liquid level sensor (22, 122) arranged to detect the level of liquid in said drainage receptacle, wherein said first liquid level sensor (22, 122) is arranged to generate a control signal to turn said pumping means on depending on the detected liquid level and to cause said control signal to be communicated to said pumping means, the pumping means being arranged to pump liquid from said drainage receptacle in response to said control signal, and wherein said first liquid level sensor includes non-contact sensing means for detecting the level of liquid in the receptacle, said system further including a second liquid level sensor arranged to detect the level of liquid in said drainage pipe, wherein said second liquid level sensor is located substantially at said pumping means and is arranged to generate at least one control signal depending on the detected liquid level in said pipe and to cause said at least one control signal to be communicated to said pumping means, wherein the liquid drainage system being characterized in that the control signal generated by said second liquid level sensor is arranged to turn said pumping means (16, 116) off.
Hand-held machine tool comprising: a tool holder for holding a tool on a working axis, a striking mechanism having a striker which is periodically moved back and forth on the working axis, a machine housing in which the striking mechanism is fastened, a handle which is fastened to the machine housing by means of a damper, the damper having a machine-side surface which is connected to the machine housing and a handle-side surface which is connected to the handle, and a block made of a porous elastomer being arranged so as to rest against the machine-side surface and the handle-side surface, characterized in that an air-filled cavity is provided within the block between the machine-side surface and the handle-side surface, the cavity being closed along the working axis. a tool holder for holding a tool on a working axis, a striking mechanism having a striker which is periodically moved back and forth on the working axis, a machine housing in which the striking mechanism is fastened, a handle which is fastened to the machine housing by means of a damper, the damper having a machine-side surface which is connected to the machine housing and a handle-side surface which is connected to the handle, and a block made of a porous elastomer being arranged so as to rest against the machine-side surface and the handle-side surface, characterized in that an air-filled cavity is provided within the block between the machine-side surface and the handle-side surface, the cavity being closed along the working axis.
A method for determining spatial information of a gaseous structure, in particular a gas cloud, wherein the method comprises at least the following steps: - providing a first camera for recording the gaseous structure from a first recording axis and a second camera for recording the gaseous structure from a second recording axis, or providing a single camera with a beam splitter via which the gaseous structure is recorded from the first recording axis and the second recording axis, - capturing a first recorded image from the direction of the first recording axis and a second recorded image from the direction of the second recording axis, - deriving features about the gaseous structure from the recorded images (A1, BI) by means of a) difference images comprising temporal concentration changes in the gaseous structure and b) optical-flow based images comprising spatial concentration shifts in the gaseous structure - merging and determining the correspondences of the derived features using a correspondence determination and generating a disparity image and - deriving a movement information about the gaseous structure from the spatial information on the basis of the disparity image. - providing a first camera for recording the gaseous structure from a first recording axis and a second camera for recording the gaseous structure from a second recording axis, or providing a single camera with a beam splitter via which the gaseous structure is recorded from the first recording axis and the second recording axis, - capturing a first recorded image from the direction of the first recording axis and a second recorded image from the direction of the second recording axis, - deriving features about the gaseous structure from the recorded images (A1, BI) by means of a) difference images comprising temporal concentration changes in the gaseous structure and b) optical-flow based images comprising spatial concentration shifts in the gaseous structure a) difference images comprising temporal concentration changes in the gaseous structure and b) optical-flow based images comprising spatial concentration shifts in the gaseous structure - merging and determining the correspondences of the derived features using a correspondence determination and generating a disparity image and - deriving a movement information about the gaseous structure from the spatial information on the basis of the disparity image.
A computer-implemented method for optimizing performance of an indoor industrial network, using an artificial intelligence, AI module, the method comprises: - receiving in the AI module at a network side of a Time-Sensitive Networking, TSN bridge, from a sync agent of a mobile router at a device side of the TSN bridge of the indoor industrial network, a Signal to Interference and Noise Ratio, SINR and a Delay information; - receiving from one or more first sensors one or more first parameters of the indoor industrial network; - receiving from one or more cameras an obstacle data; - determining deteriorating time accuracy of clocks in one or more mobile devices based on at least one of the received SINR, the one or more first parameters and the obstacle data; - providing the determined deteriorating time accuracy to a central network controller, CNC and a central user configuration, CUC of Time-Sensitive Networking, TSN controllers of the indoor industrial network; - instructing the CNC and the CUC to adjust a size of a data packet to be sent between one or more mobile devices and one or more fixed devices; - instructing a User Plane Function, UPF sync agent to send a time information to the one or more mobile devices to re-calculate the time information and adjust the clocks in the one or more mobile devices. - receiving in the AI module at a network side of a Time-Sensitive Networking, TSN bridge, from a sync agent of a mobile router at a device side of the TSN bridge of the indoor industrial network, a Signal to Interference and Noise Ratio, SINR and a Delay information; - receiving from one or more first sensors one or more first parameters of the indoor industrial network; - receiving from one or more cameras an obstacle data; - determining deteriorating time accuracy of clocks in one or more mobile devices based on at least one of the received SINR, the one or more first parameters and the obstacle data; - providing the determined deteriorating time accuracy to a central network controller, CNC and a central user configuration, CUC of Time-Sensitive Networking, TSN controllers of the indoor industrial network; - instructing the CNC and the CUC to adjust a size of a data packet to be sent between one or more mobile devices and one or more fixed devices; - instructing a User Plane Function, UPF sync agent to send a time information to the one or more mobile devices to re-calculate the time information and adjust the clocks in the one or more mobile devices.
A drug-loaded micelle comprising self-assembled amphiphilic biopolymers for use in a method for preventing or treating an ophthalmic disease or disorder, wherein said amphiphilic biopolymer is a nucleic acid molecule comprising at the 3' or 5' end a stretch of at least 2 contiguous hydrophobically-modified nucleotides which are modified at the nucleobase, ribose or phosphate group with a hydrophobic moiety.
A medical implant system comprising: a medical implant comprising at least one fastener having a deployed position and an undeployed position; and an applier for attaching the medical implant to body tissue, said applier comprising: (a) a handle having an actuator for moving said at least one fastener from its deployed position to its undeployed position; (b) a shaft having a proximal end attached to said handle and a distal end extending therefrom; (c) a housing attached to and extending from said distal end of said shaft thereto, said medical implant being removably attached to said housing; (d) said actuator having a first position which corresponds to said undeployed position of said at least one fastener when said medical implant is attached to said housing, and a second position which corresponds to said deployed position of said at least one fastener when said medical implant is attached to said housing; and (e) a safety switch having an unactivated position, in which it prevents said actuator from moving said at least one fastener from its deployed position to its undeployed position and an activated position in which it does not. (a) a handle having an actuator for moving said at least one fastener from its deployed position to its undeployed position; (b) a shaft having a proximal end attached to said handle and a distal end extending therefrom; (c) a housing attached to and extending from said distal end of said shaft thereto, said medical implant being removably attached to said housing; (d) said actuator having a first position which corresponds to said undeployed position of said at least one fastener when said medical implant is attached to said housing, and a second position which corresponds to said deployed position of said at least one fastener when said medical implant is attached to said housing; and (e) a safety switch having an unactivated position, in which it prevents said actuator from moving said at least one fastener from its deployed position to its undeployed position and an activated position in which it does not.
A method of forming a cooling cavity of an airfoil and a first landing for welding a first baffle inserted into the cooling cavity comprising the steps of: forming a casting core having a first portion in the shape of the first landing and a second portion in the shape of the cooling cavity, the first portion having a larger diameter than a diameter of the cooling cavity; overmolding the casting core with wax to form a casting pattern having a first portion in the shape of the first landing; shelling the casting pattern with a shell; removing the casting pattern to form a void between the shell and the casting core; pouring metal into the void to surround the casting core; and removing the shell; wherein the first landing is formed by the first portion of the casting core in the shape of the first landing. forming a casting core having a first portion in the shape of the first landing and a second portion in the shape of the cooling cavity, the first portion having a larger diameter than a diameter of the cooling cavity; overmolding the casting core with wax to form a casting pattern having a first portion in the shape of the first landing; shelling the casting pattern with a shell; removing the casting pattern to form a void between the shell and the casting core; pouring metal into the void to surround the casting core; and removing the shell; wherein the first landing is formed by the first portion of the casting core in the shape of the first landing.
A method of operating a relay-proxy device, wherein the relay-proxy device has a first interface for receiving encrypted traffic flows being communicated over a connection between a first node and a second node via the relay-proxy device, and a second interface for forwarding received encrypted parts of the received encrypted traffic flows, and wherein the relay-proxy device is configured with at least one key, the method comprising: receiving a traffic flow in an encrypted transport protocol on the first interface, the traffic flow comprising an encrypted first part and an encrypted second part; decrypting the first part of the traffic flow with the at least one key, wherein the second part of the traffic flow cannot be decrypted with the at least one key; performing a management function in respect of a received traffic flow based on a content of the decrypted first part of the traffic flow; and forwarding at least the encrypted second part of the received traffic flow to the second interface for onward communication according to the connection. receiving a traffic flow in an encrypted transport protocol on the first interface, the traffic flow comprising an encrypted first part and an encrypted second part; decrypting the first part of the traffic flow with the at least one key, wherein the second part of the traffic flow cannot be decrypted with the at least one key; performing a management function in respect of a received traffic flow based on a content of the decrypted first part of the traffic flow; and forwarding at least the encrypted second part of the received traffic flow to the second interface for onward communication according to the connection.
A method of detecting drowsiness and/or sleep of a subject, comprising using a processor to: receive a detected external ear pressure, between the ear drum and an in-ear speaker, from a pressure sensor forming part of the in-ear speaker during the delivery of audio to the in-ear speaker; receive audio data for the delivered audio and process (i) the frequency and amplitude characteristics of the delivered audio using the audio data and (ii) the external ear pressure, thereby to remove the pressure effect of the audio being listened to from the detected external ear pressure, thereby to derive a baseline ear pressure over time; and (86; 92) detecting drowsiness and/or sleep from the derived baseline ear pressure. receive a detected external ear pressure, between the ear drum and an in-ear speaker, from a pressure sensor forming part of the in-ear speaker during the delivery of audio to the in-ear speaker; receive audio data for the delivered audio and process (i) the frequency and amplitude characteristics of the delivered audio using the audio data and (ii) the external ear pressure, thereby to remove the pressure effect of the audio being listened to from the detected external ear pressure, thereby to derive a baseline ear pressure over time; and (86; 92) detecting drowsiness and/or sleep from the derived baseline ear pressure.
A pin clamp assembly comprising: a body; a locating pin coupled to the body and movable between extended and retracted positions; an actuator; a drive rod movable relative to the locating pin; and, a finger coupled to the drive rod and movable between extended and fully retracted positions, characterised in that the assembly further comprises a cam provided in a slot in the body and movable relative to the locating pin and the drive rod, wherein the slot is configured to receive the cam to selectively prevent the locating pin from moving when the finger is extending, wherein actuation of the actuator causes the drive rod to retract which extends the finger without moving the locating pin; and wherein continued retraction of the drive rod after the finger has extended causes the cam to move out from the slot in the body to allow the locating pin to retract. a body; a locating pin coupled to the body and movable between extended and retracted positions; an actuator; a drive rod movable relative to the locating pin; and, a finger coupled to the drive rod and movable between extended and fully retracted positions, characterised in that the assembly further comprises a cam provided in a slot in the body and movable relative to the locating pin and the drive rod, wherein the slot is configured to receive the cam to selectively prevent the locating pin from moving when the finger is extending, wherein actuation of the actuator causes the drive rod to retract which extends the finger without moving the locating pin; and wherein continued retraction of the drive rod after the finger has extended causes the cam to move out from the slot in the body to allow the locating pin to retract.
A method for removing DNA from a fermentation broth comprising a protein of interest and a microorganism producing the protein of interest, said method comprising: a) heating the fermentation broth to a temperature of at least 70°C; b) adding a poly aluminium chloride to the fermentation broth, and c) separating the flocculated microorganism from the fermentation broth. a) heating the fermentation broth to a temperature of at least 70°C; b) adding a poly aluminium chloride to the fermentation broth, and c) separating the flocculated microorganism from the fermentation broth.
A fluid connection system comprising: a first bladder configured to store up to a first predetermined amount of fluid, the first bladder including having a bellowed portion that surrounds a connection portion, wherein the bellowed portion includes a crest portion and a root portion; a fitting connected to the connection portion of the first bladder, the connected fitting and connection portion being connected so as to provide a fluid-tight path through which the fluid can travel to and from the first bladder; characterized in that the fluid connection system further comprises a guard member extending about an outer periphery of at least the crest portion of the bellowed portion of the first bladder and at least a portion of the fitting. a first bladder configured to store up to a first predetermined amount of fluid, the first bladder including having a bellowed portion that surrounds a connection portion, wherein the bellowed portion includes a crest portion and a root portion; a fitting connected to the connection portion of the first bladder, the connected fitting and connection portion being connected so as to provide a fluid-tight path through which the fluid can travel to and from the first bladder; characterized in that the fluid connection system further comprises a guard member extending about an outer periphery of at least the crest portion of the bellowed portion of the first bladder and at least a portion of the fitting.