mhurhangee/ep-ind-claims huggingface dataset:
A method for automatically distributing feed over a plurality of separate feeding locations (9a-9f) using a feed delivery device, comprising the following steps: a) determining which feeding locations have a feed requirement; b) determining a respective feed distributing priority for the feeding locations having a feed requirement, wherein a first feeding location is the feeding location having the highest priority; c) determining a first feed composition and a first amount to be delivered to the first feeding location; d) determining a maximum filling amount of the feed delivery device for the first feed composition; e) determining a remaining filling amount of the feed delivery device for the first feed composition by subtracting the first amount from the maximum filling amount; f) apportioning at least a part of the remaining filling amount to a second feeding location having a feed requirement of the first feed composition; g) filling the feed delivery device with the first amount and said part of the remaining filling amount; h) distributing the first amount and said part to the first feeding location and the second feeding location, respectively. a) determining which feeding locations have a feed requirement; b) determining a respective feed distributing priority for the feeding locations having a feed requirement, wherein a first feeding location is the feeding location having the highest priority; c) determining a first feed composition and a first amount to be delivered to the first feeding location; d) determining a maximum filling amount of the feed delivery device for the first feed composition; e) determining a remaining filling amount of the feed delivery device for the first feed composition by subtracting the first amount from the maximum filling amount; f) apportioning at least a part of the remaining filling amount to a second feeding location having a feed requirement of the first feed composition; g) filling the feed delivery device with the first amount and said part of the remaining filling amount; h) distributing the first amount and said part to the first feeding location and the second feeding location, respectively.
An automatic card shuffler, comprising: a card input mechanism configured to input cards into the automatic card shuffler; a card storage device configured to receive cards from the card input mechanism and temporarily store cards within the automatic card shuffler; a card output mechanism configured to receive shuffled cards from the card storage device and output the shuffled cards from the automatic card shuffler; and a control system configured to receive input from a user of the automatic card shuffler, to output information to the user and to control operation of components of the card input mechanism, the card storage device and the card output mechanism, the control system comprising: a first control panel located within the automatic card shuffler such that the first control panel is inaccessible to the user from outside the automatic card shuffler during normal operation; and a second control panel located at least partially outside the automatic card shuffler such that the second control panel is accessible to the user from outside the automatic card shuffler during normal operation. a card input mechanism configured to input cards into the automatic card shuffler; a card storage device configured to receive cards from the card input mechanism and temporarily store cards within the automatic card shuffler; a card output mechanism configured to receive shuffled cards from the card storage device and output the shuffled cards from the automatic card shuffler; and a control system configured to receive input from a user of the automatic card shuffler, to output information to the user and to control operation of components of the card input mechanism, the card storage device and the card output mechanism, the control system comprising: a first control panel located within the automatic card shuffler such that the first control panel is inaccessible to the user from outside the automatic card shuffler during normal operation; and a second control panel located at least partially outside the automatic card shuffler such that the second control panel is accessible to the user from outside the automatic card shuffler during normal operation. a first control panel located within the automatic card shuffler such that the first control panel is inaccessible to the user from outside the automatic card shuffler during normal operation; and a second control panel located at least partially outside the automatic card shuffler such that the second control panel is accessible to the user from outside the automatic card shuffler during normal operation.
A separator device for removing particles from suspension in a liquid comprising: a housing, having a first chamber and a second chamber; apertures in the housing for allowing ingress and egress of liquid into the first chamber; means for setting up a swirl of liquid within the first chamber; apertures enabling flow of liquid between the first chamber and the second chamber; characterised by means for setting up a swirl of liquid within the second chamber by reversing the flow of liquid as it enters the second chamber, so as to achieve counter-rotating flows in the chambers and to reduce the flow rate in the second chamber, and means for reversing at least a portion of the flow again, within the second chamber. a housing, having a first chamber and a second chamber; apertures in the housing for allowing ingress and egress of liquid into the first chamber; means for setting up a swirl of liquid within the first chamber; apertures enabling flow of liquid between the first chamber and the second chamber; characterised by means for setting up a swirl of liquid within the second chamber by reversing the flow of liquid as it enters the second chamber, so as to achieve counter-rotating flows in the chambers and to reduce the flow rate in the second chamber, and means for reversing at least a portion of the flow again, within the second chamber.
A respirator comprising: a mask having a mask body extending between a front edge and a rear edge; and a face seal positioned inward of the mask body, the face seal having a first end and a second end and a sealing land between the first and second ends (62, 64), the face seal being folded over to define a bulbous shape adapted for engaging the user's face, the first end being secured to the mask body; and the second end is free from the mask body characterised in that the second end is configured to engage the mask body when the mask is worn by the user such that the face seal is supported at two different points along the mask body. a mask having a mask body extending between a front edge and a rear edge; and a face seal positioned inward of the mask body, the face seal having a first end and a second end and a sealing land between the first and second ends (62, 64), the face seal being folded over to define a bulbous shape adapted for engaging the user's face, the first end being secured to the mask body; and the second end is free from the mask body characterised in that the second end is configured to engage the mask body when the mask is worn by the user such that the face seal is supported at two different points along the mask body.
An apparatus for fastening a digital memory card, comprising a tray and a card holder, wherein the tray comprises: a first groove, configured to accommodate a first digital memory card; and a second groove, disposed perpendicular to the first groove and configured to accommodate a second digital memory card, wherein the first groove and the second groove have hollowed portions that partially overlap; and the card holder comprises: a first spring and a second spring, wherein when the tray is inserted into the card holder, the first spring and the second spring extrude from the hollowed portions; when the first digital memory card is accommodated in the first groove, the first spring is in contact with a metal contact of the first digital memory card; and when the second digital memory card is accommodated in the second groove, the second spring is in contact with a metal contact of the second digital memory card.
A method for heat treatment of water of a first vessel using a system for heat treatment of water, the system comprising: a system inlet; a system outlet; a heat application section; a heat recovering section; and a heat treatment piping system, which system does not form part of a fixed installation of the first vessel, the water comprising ballast water of the first vessel and/or waste water from hull cleaning of the first vessel, the method comprising: - providing a flow of the water from the system inlet towards the system outlet via: a first part of the heat recovering section; the heat application section; and a second part of the heat recovering section; such that the water is flowing: from the system inlet to the first part of the heat recovering section; from the first part of the heat recovering section to the heat application section; from the heat application section to the second part of the heat recovering section; and from the second part of the heat recovering section to the system outlet; wherein the flow of the water being provided using the heat treatment piping system; - applying heat to the water at the heat application section, such that the water is heated while flowing through the heat application section; and - recovering heat from the heated water at the heat recovering section by having the water, which is flowing through the second part of the heat recovering section, pre-heating the water, which is flowing through the first part of the heat recovering section, such that heat is exchanged from the second part of the heat recovering section to the first part of the heat recovering section; wherein both the step of applying heat and the step of recovering heat occurs outside a fixed installation of the first vessel. - providing a flow of the water from the system inlet towards the system outlet via: a first part of the heat recovering section; the heat application section; and a second part of the heat recovering section; such that the water is flowing: from the system inlet to the first part of the heat recovering section; from the first part of the heat recovering section to the heat application section; from the heat application section to the second part of the heat recovering section; and from the second part of the heat recovering section to the system outlet; wherein the flow of the water being provided using the heat treatment piping system; - applying heat to the water at the heat application section, such that the water is heated while flowing through the heat application section; and - recovering heat from the heated water at the heat recovering section by having the water, which is flowing through the second part of the heat recovering section, pre-heating the water, which is flowing through the first part of the heat recovering section, such that heat is exchanged from the second part of the heat recovering section to the first part of the heat recovering section;
A system for managing interactions of a customer contact center, the system comprising: a processor; and a memory, wherein the memory has stored therein instructions that, when executed by the processor, cause the processor to: receive a request to reserve a contact center agent for handling an interaction; receive data about the interaction; identify a routing point for routing the interaction based on the received data, wherein the routing point is associated with routing logic controlled by a customer instead of the contact center; and route the interaction to the identified routing point for giving the customer control of the routing of the interaction; characterized in that the contact center agent is reserved for a configurable amount of time in response to the request; and that the routing logic is a personalized routing script generated by the customer, and the personalized routing script is invoked for routing the interaction to the reserved contact center agent. a processor; and a memory, wherein the memory has stored therein instructions that, when executed by the processor, cause the processor to: receive a request to reserve a contact center agent for handling an interaction; receive data about the interaction; identify a routing point for routing the interaction based on the received data, wherein the routing point is associated with routing logic controlled by a customer instead of the contact center; and route the interaction to the identified routing point for giving the customer control of the routing of the interaction; receive a request to reserve a contact center agent for handling an interaction; receive data about the interaction; identify a routing point for routing the interaction based on the received data, wherein the routing point is associated with routing logic controlled by a customer instead of the contact center; and route the interaction to the identified routing point for giving the customer control of the routing of the interaction; characterized in that the contact center agent is reserved for a configurable amount of time in response to the request; and that the routing logic is a personalized routing script generated by the customer, and the personalized routing script is invoked for routing the interaction to the reserved contact center agent.
A method for manufacturing an ultra-thin glass substrate, the method comprising: a feeding step of feeding a preform for a glass substrate to a production line while being held; a heating step of heating the preform fed from the feeding step to a temperature around a softening point thereof; and a drawing step of drawing the preform that has softened in the heating step to form an ultra-thin glass substrate, characterized in that the preform has been wound on a cylindrical first winding roll. a feeding step of feeding a preform for a glass substrate to a production line while being held; a heating step of heating the preform fed from the feeding step to a temperature around a softening point thereof; and a drawing step of drawing the preform that has softened in the heating step to form an ultra-thin glass substrate, characterized in that the preform has been wound on a cylindrical first winding roll.
An automotive testing system for testing camera-based functionalities, the camera-based functionalities being: - variable cruise control, - collision avoidance systems and - pedestrian detection, comprising a data processing unit provided with a data input port for receiving sensor input data and a data output port for transmitting processed data, further comprising a data acquisition unit forwarding sensor input data to said data processing unit, the data acquisition unit including a sensor unit having a sensor system and an electronic system for capturing sensor data, characterised in that the automotive testing system further comprises a synthetic sensor data generator transmitting synthetic sensor data to the electronic system of the sensor unit, the sensor being a camera. - variable cruise control, - collision avoidance systems and - pedestrian detection,
A method comprising: receiving, by a first wireless access network node (108, 114) from a second wireless access network node, delay information relating to a delay in buffering data at a protocol layer in the second wireless access network node; configuring, by the first wireless access network node, a discard timer based on the received delay information for a packet to be sent to a user equipment; starting, by the first wireless access network node, the discard timer in response to receipt of the packet from the second wireless access network node; characterized in that the method comprises: in response to expiration of the discard timer, discarding the packet in the first wireless access network node and sending, from the first wireless access network node, a message to the second wireless access network node relating to information on the discarding of the respective packet in the first wireless access network node, and wherein in response to receiving the discard information from the first wireless access network node, the method further comprises: discarding, by the second wireless access network node, a packet corresponding to the discarded packet. receiving, by a first wireless access network node (108, 114) from a second wireless access network node, delay information relating to a delay in buffering data at a protocol layer in the second wireless access network node; configuring, by the first wireless access network node, a discard timer based on the received delay information for a packet to be sent to a user equipment; starting, by the first wireless access network node, the discard timer in response to receipt of the packet from the second wireless access network node; characterized in that the method comprises: in response to expiration of the discard timer, discarding the packet in the first wireless access network node and sending, from the first wireless access network node, a message to the second wireless access network node relating to information on the discarding of the respective packet in the first wireless access network node, and wherein in response to receiving the discard information from the first wireless access network node, the method further comprises: discarding, by the second wireless access network node, a packet corresponding to the discarded packet. in response to expiration of the discard timer, discarding the packet in the first wireless access network node and sending, from the first wireless access network node, a message to the second wireless access network node relating to information on the discarding of the respective packet in the first wireless access network node, and wherein in response to receiving the discard information from the first wireless access network node, the method further comprises: discarding, by the second wireless access network node, a packet corresponding to the discarded packet.
A vial spiking device comprising: a base; a spike extending from a central region of the base; a side wall extending from the base and substantially surrounding the spike, the base and the side wall at least partially defining a recess configured to receive a portion of a vial; and a plurality of resilient fingers that extend inwardly from the side wall into the recess, the fingers being spaced circumferentially around the side wall, the fingers being configured so that as the vial is inserted into the recess of the vial spiking device, the fingers deflect toward the side wall and allow the portion of the vial to move beyond the fingers, and the fingers being configured to rebound into the recess after the portion of the vial has moved beyond the fingers, characterized in that: the side wall comprises a plurality of side wall segments that are circumferentially spaced around the side wall, wherein each of the side wall segments extends at an acute angle relative to the longitudinal axis of the vial spiking device, wherein the side wall segments of the side wall are configured to force the portion of the vial away from the base and into contact with the fingers after the portion of the vial has moved beyond the fingers and the fingers have rebounded into the recess. a base; a spike extending from a central region of the base; a side wall extending from the base and substantially surrounding the spike, the base and the side wall at least partially defining a recess configured to receive a portion of a vial; and a plurality of resilient fingers that extend inwardly from the side wall into the recess, the fingers being spaced circumferentially around the side wall, the fingers being configured so that as the vial is inserted into the recess of the vial spiking device, the fingers deflect toward the side wall and allow the portion of the vial to move beyond the fingers, and the fingers being configured to rebound into the recess after the portion of the vial has moved beyond the fingers, characterized in that: the side wall comprises a plurality of side wall segments that are circumferentially spaced around the side wall, wherein each of the side wall segments extends at an acute angle relative to the longitudinal axis of the vial spiking device, wherein the side wall segments of the side wall are configured to force the portion of the vial away from the base and into contact with the fingers after the portion of the vial has moved beyond the fingers and the fingers have rebounded into the recess.
A method implemented on at least one machine, each of which has at least one processor and at least one storage device, the method comprising: obtaining a model image corresponding to a subject by adjusting, based on information of the subject, a standard model; obtaining a virtual area in the model image based on a protocol associated with the ROI of the subject and an automated positioning model, the virtual area corresponding to a virtual region of interest; obtaining a positioning image of the subject; and determining, based on the virtual area and the positioning image, a target area in the positioning image, wherein the target area corresponds to an ROI of the subject that corresponds to the virtual ROI. obtaining a model image corresponding to a subject by adjusting, based on information of the subject, a standard model; obtaining a virtual area in the model image based on a protocol associated with the ROI of the subject and an automated positioning model, the virtual area corresponding to a virtual region of interest; obtaining a positioning image of the subject; and determining, based on the virtual area and the positioning image, a target area in the positioning image, wherein the target area corresponds to an ROI of the subject that corresponds to the virtual ROI.
A system comprising: a fluid motor for receiving a pressurized motor fluid causing actuation of said fluid motor, with said fluid motor having a motor inlet (38; 99) and a motor outlet (28; 98), and said motor fluid being delivered from said motor outlet (28; 98) into a container, and a motor rotor driving a pump rotor (51; 102), said pump rotor (51; 102) driving a fluid from a pump inlet (32; 103) to a pump outlet (30; 105), with said pump outlet (30; 105) being connected into said container; and a metering system for allowing a precise amount of rotation of said motor rotor and said pump rotor (51; 102) to meter said motor fluid and said pump fluid into said container, characterised in that: said fluid motor comprises a motor tube and said motor rotor is to be driven by said pressurized fluid moving through said motor tube from said motor inlet (38; 99) to said motor outlet (28; 98), and the system further comprises a pump including a pump tube and said pump rotor (51; 102) engaging said pump tube, with said pump rotor (51; 102) being driven to move a pump fluid through said pump tube as said motor rotor rotates. a fluid motor for receiving a pressurized motor fluid causing actuation of said fluid motor, with said fluid motor having a motor inlet (38; 99) and a motor outlet (28; 98), and said motor fluid being delivered from said motor outlet (28; 98) into a container, and a motor rotor driving a pump rotor (51; 102), said pump rotor (51; 102) driving a fluid from a pump inlet (32; 103) to a pump outlet (30; 105), with said pump outlet (30; 105) being connected into said container; and a metering system for allowing a precise amount of rotation of said motor rotor and said pump rotor (51; 102) to meter said motor fluid and said pump fluid into said container, characterised in that: said fluid motor comprises a motor tube and said motor rotor is to be driven by said pressurized fluid moving through said motor tube from said motor inlet (38; 99) to said motor outlet (28; 98), and the system further comprises a pump including a pump tube and said pump rotor (51; 102) engaging said pump tube, with said pump rotor (51; 102) being driven to move a pump fluid through said pump tube as said motor rotor rotates.