mhurhangee/patent-ind-claim-en huggingface dataset:
A method for loading an empty cassette with ampules, comprising the steps of: - loading a receptacle with the empty cassette, wherein the receptacle comprises at least two side walls and an opening (O) at a front side (V); - arranging the receptacle on a tool head of a robot ; - moving a front holder , that is in particular formed as a comb, along a vertical axis (HA) so that the holder is above the ampules leaving a processing machine ; - moving a rear holder , that is in particular formed as a comb, towards the opening (O); - moving the rear holder , while loading the cassette , towards the rear side (R) of the receptacle, wherein the rear holder serves as a stopper for the ampoules leaving the processing machine; - moving the front holder along the vertical axis (HA) downwards, so as to close the opening (O) of the receptacle at least in part, so that, when the tool head with the receptacle is moved, the ampoules are protected by the front and rear holders (46a; 46b) against falling down and/or out. - loading a receptacle with the empty cassette, wherein the receptacle comprises at least two side walls and an opening (O) at a front side (V); - arranging the receptacle on a tool head of a robot ; - moving a front holder , that is in particular formed as a comb, along a vertical axis (HA) so that the holder is above the ampules leaving a processing machine ; - moving a rear holder , that is in particular formed as a comb, towards the opening (O); - moving the rear holder , while loading the cassette , towards the rear side (R) of the receptacle, wherein the rear holder serves as a stopper for the ampoules leaving the processing machine; - moving the front holder along the vertical axis (HA) downwards, so as to close the opening (O) of the receptacle at least in part, so that, when the tool head with the receptacle is moved, the ampoules are protected by the front and rear holders (46a; 46b) against falling down and/or out.
A System on Chip, SoC , comprising: an interconnect fabric ; and a plurality of IP agents (14, IP N ) interconnected by the interconnect fabric, the plurality of IP agents configured to be sources and destinations of transactional traffic transmitted over the interconnect fabric between the IP agents; wherein a first IP agent is configured to generate and send a Source Based Routing, SBR, transaction that specifies two or more destination IP agents among the plurality of IP agents on the SoC by providing an address in a header of the transaction, wherein the interconnect fabric is configured to resolve the address in the header of the transaction to identify the two or more destination IP agents, and to make a routing decision on how to route and deliver the SBR transaction over the interconnect fabric to the two or more destination IP agents, and wherein the interconnect fabric includes duplicate physical resources sharing a common logical identifier and the routing decision involves: selecting one of the duplicate physical resources, and routing the transaction using the selected one of the duplicate physical resources. an interconnect fabric ; and a plurality of IP agents (14, IP N ) interconnected by the interconnect fabric, the plurality of IP agents configured to be sources and destinations of transactional traffic transmitted over the interconnect fabric between the IP agents; wherein a first IP agent is configured to generate and send a Source Based Routing, SBR, transaction that specifies two or more destination IP agents among the plurality of IP agents on the SoC by providing an address in a header of the transaction, wherein the interconnect fabric is configured to resolve the address in the header of the transaction to identify the two or more destination IP agents, and to make a routing decision on how to route and deliver the SBR transaction over the interconnect fabric to the two or more destination IP agents, and wherein the interconnect fabric includes duplicate physical resources sharing a common logical identifier and the routing decision involves: selecting one of the duplicate physical resources, and routing the transaction using the selected one of the duplicate physical resources. selecting one of the duplicate physical resources, and routing the transaction using the selected one of the duplicate physical resources.
An annular heat exchanger of longitudinal axis (L) for a turbomachine, intended for example to be supported by an annular shell of a casing of the turbomachine, comprising an annular part in one piece comprising a first fluid circuit comprising at least a first conduit and at least a second conduit extending annularly, characterized in that the first conduit and the second conduit open into a first cavity formed at a circumferential first end of said annular part and in that it comprises removable sealing means which are attached to said first end and configured so as to allow a flow of fluid from the second conduit , into the first cavity and then into the first conduit .
Connector arrangement , in particular for conducting liquid urea solutions, comprising a distributor with at least three connecting elements and a connecting component located between the connecting elements , with inner channels running within this connecting component and three individual lines , wherein the individual lines exhibit connecting means , and the individual lines are connected to the connecting elements of the distributor by means of the connecting means , and a housing which surrounds the distributor and at least a part of the individual lines , wherein the distributor is disposed in the housing together with the end sections of the connected individual lines , wherein a channel line inner diameter (d) of the inner channels of the connecting component and a total length (l g ) of the inner channels of the connecting component and a wall thickness (t) of the distributor in the connecting component are dimensioned such that ice pressure on the distributor which occurs as a result of the freezing of a liquid within the distributor does not result in any destruction, wherein the connecting elements are cylindrical sleeves , into each of them an individual line is inserted, wherein the inner channels of the connecting component extend all the way to the transitions from the connecting component to the cylindrical sleeve characterized in that the total length (l g ) of the inner channels of the connecting component divided by the channel line inner diameter (d) of the connecting component of the distributor is less than or equal to 9 in the following formula: total length l g of the inner channels 5 channel line inner diameter d ≤ 9 and wherein the connecting component of the distributor exhibits a channel line inner diameter (d) which is less than or equal to a minimal connection line inner diameter (D) of a connected individual line . a channel line inner diameter (d) of the inner channels of the connecting component and a total length (l g ) of the inner channels of the connecting component and a wall thickness (t) of the distributor in the connecting component are dimensioned such that ice pressure on the distributor which occurs as a result of the freezing of a liquid within the distributor does not result in any destruction, wherein the connecting elements are cylindrical sleeves , into each of them an individual line is inserted, wherein the inner channels of the connecting component extend all the way to the transitions from the connecting component to the cylindrical sleeve characterized in that the total length (l g ) of the inner channels of the connecting component divided by the channel line inner diameter (d) of the connecting component of the distributor is less than or equal to 9 in the following formula: total length l g of the inner channels 5 channel line inner diameter d ≤ 9 and wherein the connecting component of the distributor exhibits a channel line inner diameter (d) which is less than or equal to a minimal connection line inner diameter (D) of a connected individual line .
A method of determining a model of the righting arm of a ship , the method being performed by a ship stability determining arrangement and comprising the steps of: - obtaining a ship excitation signal, r , applied in the control of the ship, - obtaining ship motion data from ship sensors when the ship is under influence of the ship excitation signal, - using the ship motion data and the excitation signal in a dynamic model of the ship comprising a process disturbance, v, and a parameter set, θ , comprising at least one parameter defining a righting arm model, - determining one or more residuals, and - obtaining the righting arm model through minimizing a function of the residuals. - obtaining a ship excitation signal, r , applied in the control of the ship, - obtaining ship motion data from ship sensors when the ship is under influence of the ship excitation signal, - using the ship motion data and the excitation signal in a dynamic model of the ship comprising a process disturbance, v, and a parameter set, θ , comprising at least one parameter defining a righting arm model, - determining one or more residuals, and - obtaining the righting arm model through minimizing a function of the residuals.
A collision warning system with at least one industrial truck and at least one collision reporting apparatus that comprises a mounting unit, an impact-sensitive sensor unit, a data processing unit, and a transmission unit, wherein a. the mounting unit is designed to fasten at least the sensor unit to a rack system to be monitored for collisions , b. the sensor unit is designed to measure a momentum transfer from the industrial truck to the rack system and to apply it to the data processing unit, c. the data processing unit compares the measured momentum with a reference momentum and actuates the transmission unit to emit a collision signal if the reference momentum is exceeded, wherein the industrial truck comprises a receiving unit that is adapted to the transmission unit, characterized in that the receiving unit is designed to receive the emitted collision signal and to trigger a warning at the industrial truck and the industrial truck is designed to forward the received collision signal to a higher-level storage system, wherein one or more additional items of information are forwarded here with the collision signal to the higher-level storage system, wherein the received collision signal is compared with one or more vehicle-internal signals in order to confirm a collision with the industrial truck. a. the mounting unit is designed to fasten at least the sensor unit to a rack system to be monitored for collisions , b. the sensor unit is designed to measure a momentum transfer from the industrial truck to the rack system and to apply it to the data processing unit, c. the data processing unit compares the measured momentum with a reference momentum and actuates the transmission unit to emit a collision signal if the reference momentum is exceeded, wherein the industrial truck comprises a receiving unit that is adapted to the transmission unit, characterized in that the receiving unit is designed to receive the emitted collision signal and to trigger a warning at the industrial truck and the industrial truck is designed to forward the received collision signal to a higher-level storage system, wherein one or more additional items of information are forwarded here with the collision signal to the higher-level storage system, wherein the received collision signal is compared with one or more vehicle-internal signals in order to confirm a collision with the industrial truck.
Control device of a ship , wherein the ship has a first drive propeller and a second drive propeller, wherein the first drive propeller relates to a first POD drive and the second drive propeller relates to a second POD drive, wherein a course control device is provided, wherein the activation of an at least partially automated emergency stop is provided, wherein the emergency stop of the ship can be influenced by means of data of the course control device , characterized in that the data of the course control device are course data, wherein the course control device has an autopilot, wherein the course control device has a rudder control and/or a drive control , wherein, in the event of an emergency stop, a signal of the autopilot is overlaid on at least one signal of the rudder control and/or the drive control .
A battery pack , comprising: battery modules provided with a heatsink ; a pack housing including a floor panel having an upper surface on which the battery modules are placed and a lower surface in which coolant channels for supplying and discharging a coolant to/from the heatsink of the battery modules are provided, and a base plate disposed below the floor panel in a layered form; and a coolant supply pipe configured to selectively communicate with the coolant channels and be coupled to an upper surface of the floor panel and disposed along a right side line of the floor panel ; and a coolant discharge pipe configured to selectively communicate with the coolant channels and be coupled to the upper surface of the floor panel and disposed along a left side line of the floor panel , wherein the coolant channels have a lower end fixedly coupled to the base plate , characterized in that the coolant channels are provided in a rectangular tube shape to extend from the right side line to the left side line, and the lower end of the coolant channel in a rectangular tube shape is joined to the base plate by friction stir welding. battery modules provided with a heatsink ; a pack housing including a floor panel having an upper surface on which the battery modules are placed and a lower surface in which coolant channels for supplying and discharging a coolant to/from the heatsink of the battery modules are provided, and a base plate disposed below the floor panel in a layered form; and a coolant supply pipe configured to selectively communicate with the coolant channels and be coupled to an upper surface of the floor panel and disposed along a right side line of the floor panel ; and a coolant discharge pipe configured to selectively communicate with the coolant channels and be coupled to the upper surface of the floor panel and disposed along a left side line of the floor panel , wherein the coolant channels have a lower end fixedly coupled to the base plate , characterized in that the coolant channels are provided in a rectangular tube shape to extend from the right side line to the left side line, and the lower end of the coolant channel in a rectangular tube shape is joined to the base plate by friction stir welding.
A method for determining signals to be transmitted from a plurality of directional antennas in a radio communication network, wherein the plurality of directional antennas are provided for a cell area and each directional antenna provides a directional radio path along which the directional antenna is configured to send and receive radio communications, wherein the plurality of directional antennas are arranged such that directional radio paths overlap, the method comprising: determining signals to be transmitted from the plurality of directional antenna from user signals associated with respective ones of a plurality of sub-cells associated with each antenna, controlling the signals transmitted from the plurality of directional antennas in accordance with determined signals to define a plurality of sub-cells within the cell area by an overlap of a plurality of directional radio paths, wherein each sub-cell occurs at an intersection of the radio paths of two or more directional antennas, wherein the directional antennas send radio communications to, and receive radio communications from, user equipment in the sub-cell, wherein a subset of the plurality of directional radio paths intersect in the sub-cell and each directional antenna is associated with a set of sub-cells in which transmissions from the directional antenna are received, at each antenna, transmitting the signal determined for that antenna during a transmission period, and applying a periodic phase modulation to the transmitted signal, the periodic phase modulation having a period shorter than the transmission period, wherein the period of the phase modulations applied to each of the plurality of transmitted signals is different. determining signals to be transmitted from the plurality of directional antenna from user signals associated with respective ones of a plurality of sub-cells associated with each antenna, controlling the signals transmitted from the plurality of directional antennas in accordance with determined signals to define a plurality of sub-cells within the cell area by an overlap of a plurality of directional radio paths, wherein each sub-cell occurs at an intersection of the radio paths of two or more directional antennas, wherein the directional antennas send radio communications to, and receive radio communications from, user equipment in the sub-cell, wherein a subset of the plurality of directional radio paths intersect in the sub-cell and each directional antenna is associated with a set of sub-cells in which transmissions from the directional antenna are received, at each antenna, transmitting the signal determined for that antenna during a transmission period, and applying a periodic phase modulation to the transmitted signal, the periodic phase modulation having a period shorter than the transmission period, wherein the period of the phase modulations applied to each of the plurality of transmitted signals is different.
A food treatment device for treatment of food by pulsed electric field, comprising a control unit, a pulsed electric voltage source and at least two contact electrodes, characterized in that the pulsed electric voltage source is an alternating (AC) voltage source, in that each contact electrode is divided into a plurality of segments , and in that the control unit is configured to control the alternating voltage source and to control the supply of voltage to the individual electrode segments .
A method of Bluetooth BT asynchronous connection-less ACL communications, the method comprising: providing BT devices at respective nodes in a BT network, the BT devices each comprising a host processor and a BT controller coupled to one another by a Host Controller Interface HCI including a Host Controller Transport Layer and a HCI Driver, the host processor implementing an applications layer and including HCI Firmware for communicating via the Host Controller Transport Layer with the BT controller , the BT controller including a processor coupled to a memory and to a transceiver, and a RF driver for driving the transceiver which is adapted to be coupled to an antenna; the HCI firmware including HCI command code which allow a user to define a topology of the BT network, including configuring for each the BT device in a current chain, including configuring from which one of the BT devices it receives data including at least one packet, and to which one of the BT devices it should forward the data; configuring the BT network, including configuring each the BT device in the current chain except a first of the BT devices , including configuring from which one of the BT devices it receives the data and to which one of the BT devices it forwards the data, and communicating the data across the BT network, wherein the BT devices forward the data across the BT network via respective BT controllers and without the host processor's involvement in at least resending the data back from the host processor to the BT controller . providing BT devices at respective nodes in a BT network, the BT devices each comprising a host processor and a BT controller coupled to one another by a Host Controller Interface HCI including a Host Controller Transport Layer and a HCI Driver, the host processor implementing an applications layer and including HCI Firmware for communicating via the Host Controller Transport Layer with the BT controller , the BT controller including a processor coupled to a memory and to a transceiver, and a RF driver for driving the transceiver which is adapted to be coupled to an antenna; the HCI firmware including HCI command code which allow a user to define a topology of the BT network, including configuring for each the BT device in a current chain, including configuring from which one of the BT devices it receives data including at least one packet, and to which one of the BT devices it should forward the data; configuring the BT network, including configuring each the BT device in the current chain except a first of the BT devices , including configuring from which one of the BT devices it receives the data and to which one of the BT devices it forwards the data, and communicating the data across the BT network, wherein the BT devices forward the data across the BT network via respective BT controllers and without the host processor's involvement in at least resending the data back from the host processor to the BT controller .
Order picking system for storing and discharging medication packages , the order picking system comprising a dispensing rack having a plurality of dispensing shelves arranged one above the other, which are diagonally inclined downward from a storage side of the dispensing rack to a discharge side of the dispensing rack and each have a plurality of parallel dispensing channels , and comprising a buffer shelf system arranged at a transfer distance (U) opposite the storage side of the dispensing rack , which buffer shelf system has at least two individual shelves which are arranged parallel to one another and have a maneuvering distance (M) to one another or can be moved toward one another at the maneuvering distance (M), each of the individual shelves having a plurality of buffer shelves arranged one above the other , wherein the order picking system (T) having a first gripping device which can be moved in a height direction (H A ) and in the width direction (B A ) of the dispensing rack on the storage side of the dispensing rack , characterized in that the order picking system has a second gripping device which can be moved in a height direction (H P ), a width direction (B) and a length direction (L P ) of the buffer shelf system on and between the individual shelves of the buffer shelf system and within the transfer distance (U) and is synchronized with the first gripping device in terms of its movement and positioning. wherein the order picking system (T) having a first gripping device which can be moved in a height direction (H A ) and in the width direction (B A ) of the dispensing rack on the storage side of the dispensing rack , characterized in that the order picking system has a second gripping device which can be moved in a height direction (H P ), a width direction (B) and a length direction (L P ) of the buffer shelf system on and between the individual shelves of the buffer shelf system and within the transfer distance (U) and is synchronized with the first gripping device in terms of its movement and positioning.