mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator comprising: a storage compartment ; a drawer movably provided in the storage compartment ; and a camera installed in the storage compartment and configured to photograph inside the drawer from outside the drawer; the refrigerator being characterized in that the drawer comprises a marker; and in that the refrigerator further comprises a controller configured to recognise a position of the marker in pictures continuously taken by the camera and to determine state information about the drawer, said state information including at least one of a degree of withdrawal of the drawer, whether the drawer is withdrawn, a movement direction of the drawer, and a stopped state or moving state of the drawer. a storage compartment ; a drawer movably provided in the storage compartment ; and a camera installed in the storage compartment and configured to photograph inside the drawer from outside the drawer; the refrigerator being characterized in that the drawer comprises a marker; and in that the refrigerator further comprises a controller configured to recognise a position of the marker in pictures continuously taken by the camera and to determine state information about the drawer, said state information including at least one of a degree of withdrawal of the drawer, whether the drawer is withdrawn, a movement direction of the drawer, and a stopped state or moving state of the drawer.
A wireless communications system comprising: a first stack of a first wireless communications protocol; a second stack of a second wireless communications protocol; a wireless interface arranged to transmit and receive wireless signals, and wherein the wireless interface is useable by the first stack and the second stack; and an arbitrator in communication with the first stack and the second stack, wherein the first stack is configured to determine a first priority associated with a current message to be transmitted or received by the first stack using the wireless interface, the second stack is configured to determine a second priority associated with a current message to be transmitted or received by the second stack using the wireless interface, and wherein the arbitrator is configured to control which one of the first stack and the second stack can use the wireless interface to transmit or receive the current message, wherein the first stack is configured to dynamically determine the first priority based on a current status of the first stack and a type of the current message to be transmitted or received by the first stack, the second stack is configured to dynamically determine the second priority based on a current status of the second stack and a type of the current message to be transmitted or received by the second stack and the arbitrator is configured to control which one of the first stack and the second stack can use the wireless interface to transmit or receive the current message based on which of the first priority and the second priority is higher. a first stack of a first wireless communications protocol; a second stack of a second wireless communications protocol; a wireless interface arranged to transmit and receive wireless signals, and wherein the wireless interface is useable by the first stack and the second stack; and an arbitrator in communication with the first stack and the second stack, wherein the first stack is configured to determine a first priority associated with a current message to be transmitted or received by the first stack using the wireless interface, the second stack is configured to determine a second priority associated with a current message to be transmitted or received by the second stack using the wireless interface, and wherein the arbitrator is configured to control which one of the first stack and the second stack can use the wireless interface to transmit or receive the current message, wherein the first stack is configured to dynamically determine the first priority based on a current status of the first stack and a type of the current message to be transmitted or received by the first stack, the second stack is configured to dynamically determine the second priority based on a current status of the second stack and a type of the current message to be transmitted or received by the second stack and the arbitrator is configured to control which one of the first stack and the second stack can use the wireless interface to transmit or receive the current message based on which of the first priority and the second priority is higher.
An integrated access system , comprising: a first baseband unit, BBU , a remote common public radio interface, CPRI, data exchange unit , and a base station network management subsystem , wherein, the first BBU comprises a first radio frequency card, RFC, board , wherein the first RFC card is inserted on a socket of the first BBU, and the base station network management subsystem comprises a repeater network management object function module and at least two network management object function modules corresponding to at least two different network standards, wherein the at least two network management object function modules include a Global System for Mobile Communications, GSM, network management object function module, wherein the repeater network management object function module provides a set of operation and maintenance interfaces for enabling operation and maintenance of a repeater and each network management object function module provides a set of operation and maintenance interfaces for enabling operation and maintenance of a corresponding BBU, and wherein, the first BBU is connected to the remote CPRI data exchange unit by using a first CPRI channel, and the first BBU is connected to the base station network management subsystem by using an operation management, OM, channel; the first RFC board comprises a digital up- and down-frequency conversion module, a digital combination and division module, and a CPRI compression and decompression module, wherein the digital up- and down-frequency conversion module is connected to the digital combination and division module, and the digital combination and division module is connected to the CPRI compression and decompression module; and the first BBU comprises a CPRI mapping and demapping module, and the CPRI mapping and demapping module is connected to the CPRI compression and decompression module.
A spinal joint distraction system comprising: an assembly comprising a delivery device and a chisel , the assembly adapted to engage a facet joint; and a driver assembly adapted to hold an implant, the driver assembly further adapted for insertion through the delivery device to deliver the implant and distract the joint; wherein the delivery device includes forks adapted to penetrate the facet joint, characterized in that the forks include teeth or ridges along their surface. an assembly comprising a delivery device and a chisel , the assembly adapted to engage a facet joint; and a driver assembly adapted to hold an implant, the driver assembly further adapted for insertion through the delivery device to deliver the implant and distract the joint; wherein the delivery device includes forks adapted to penetrate the facet joint, characterized in that the forks include teeth or ridges along their surface.
Method for manufacturing a tubular body for a packaging, said method comprising the following steps: -) definition of the geometrical characteristics of the tubular body to be produced; -) creation of an initial image covering the surface of the tubular body to be produced, said initial image having a right lateral edge and a left lateral edge; -) creation of an intermediate image from the initial image by adding a lateral strip to one of said edges of the initial image, said lateral strip comprising a copy of the other of said edges of the initial image; -) printing of at least one intermediate image on a sheet, the intermediate image being disposed in such a way that the lateral edges of the image are parallel to the direction of unwinding of the sheet; -) cutting of a strip from each lateral edge of the intermediate image to form a final image ; -) shaping of the sheet as a tubular body and edge-to-edge assembly to obtain a continuity of the design between the right edge and the left edge of the image . -) definition of the geometrical characteristics of the tubular body to be produced; -) creation of an initial image covering the surface of the tubular body to be produced, said initial image having a right lateral edge and a left lateral edge; -) creation of an intermediate image from the initial image by adding a lateral strip to one of said edges of the initial image, said lateral strip comprising a copy of the other of said edges of the initial image; -) printing of at least one intermediate image on a sheet, the intermediate image being disposed in such a way that the lateral edges of the image are parallel to the direction of unwinding of the sheet; -) cutting of a strip from each lateral edge of the intermediate image to form a final image ; -) shaping of the sheet as a tubular body and edge-to-edge assembly to obtain a continuity of the design between the right edge and the left edge of the image .
A location-based information service method of an electronic device , the method comprising: receiving , at the electronic device , an information service request; acquiring , upon receipt of the information service request, a desired location of the electronic device; retrieving first information stored by the electronic device associated with the desired location, wherein the first information is input by the user in the course of using an application installed in the electronic device or is received in association with an application installed in the electronic device; determining the situation of the user of the electronic device in association with the desired location based on the first information, wherein the situation of the user is determined based on identifying a frequency of the user visiting the desired location and a purpose of the user visiting the desired location based on the first information; acquiring location-based information based on the determined situation of the user; and providing the user with the acquired location-based information, wherein a travel path to the desired location is acquired as the location-based information when the identified purpose of the user visiting the desired location is a sightseeing trip and the frequency of the user visiting the desired location is low, and a shortest path to the desired location is acquired as the location-based information when the identified purpose of the user visiting the desired location is a business trip and the frequency of the user visiting the desired location is low. receiving , at the electronic device , an information service request; acquiring , upon receipt of the information service request, a desired location of the electronic device; retrieving first information stored by the electronic device associated with the desired location, wherein the first information is input by the user in the course of using an application installed in the electronic device or is received in association with an application installed in the electronic device; determining the situation of the user of the electronic device in association with the desired location based on the first information, wherein the situation of the user is determined based on identifying a frequency of the user visiting the desired location and a purpose of the user visiting the desired location based on the first information; acquiring location-based information based on the determined situation of the user; and providing the user with the acquired location-based information, wherein a travel path to the desired location is acquired as the location-based information when the identified purpose of the user visiting the desired location is a sightseeing trip and the frequency of the user visiting the desired location is low, and a shortest path to the desired location is acquired as the location-based information when the identified purpose of the user visiting the desired location is a business trip and the frequency of the user visiting the desired location is low.
Emergency wheel having a base body which can be fastened to a bolt circle of a wheel hub instead of a defective vehicle wheel and is circular or substantially annular as viewed in an axial direction , wherein the base body comprises at least two circumferential segments , wherein the circumferential segments are connected to one another via a rear grip structure, characterised in that the segments are connected to one another in a circumferential direction via a dovetail-like extension on one of the segments and a corresponding recess on a further one of the segments . the base body comprises at least two circumferential segments , wherein the circumferential segments are connected to one another via a rear grip structure, characterised in that the segments are connected to one another in a circumferential direction via a dovetail-like extension on one of the segments and a corresponding recess on a further one of the segments .
An operating arrangement for operating a tunnel boring machine for constructing a tunnel in a ground , comprising - a feed drive , by means of which the tunnel boring machine can be advanced in the ground , - a tool drive , by means of which a mining tool of the tunnel boring machine can be driven in such a way that a successive removal of the ground is possible, - at least one fluid tank for storing a driving fluid, - at least one filtering arrangement for filtering the driving fluid, - at least one cooling arrangement for cooling the driving fluid, and - at least one control arrangement , by means of which the feed drive and/or the tool drive can be controlled, wherein at least the feed drive and the tool drive can be jointly arranged in a container , characterized by a second fluid tank , wherein the one fluid tank is assigned to the feed drive and the other fluid tank is assigned to the tool drive such that the feed drive and the tool drive interact with separate fluid tanks , and wherein the tool drive and at least the fluid tank assigned thereto jointly form a tool driving module , which can be removed from the container in such a way that a functional connection between the tool drive and the fluid tank assigned thereto persists continuously. - a feed drive , by means of which the tunnel boring machine can be advanced in the ground , - a tool drive , by means of which a mining tool of the tunnel boring machine can be driven in such a way that a successive removal of the ground is possible, - at least one fluid tank for storing a driving fluid, - at least one filtering arrangement for filtering the driving fluid, - at least one cooling arrangement for cooling the driving fluid, and - at least one control arrangement , by means of which the feed drive and/or the tool drive can be controlled,
An execution environment for executing an event-oriented control program of a programmable logic controller , wherein the control program comprises a plurality of functional modules to be successively executed, wherein the execution environment is configured to execute the functional modules in an event-controlled manner on the occurrence of activation events which are each associated with the individual functional modules , wherein the individual activation events of the functional modules to be successively executed form an event chain , wherein the execution environment comprises a monitoring module for monitoring an execution duration of the functional modules of the event chain , wherein the monitoring module is configured to check the execution duration for an exceeding of a predefined time duration , characterized in that the monitoring module is formed separately from an execution module of the execution environment executing the individual functional modules of the event chain . wherein the control program comprises a plurality of functional modules to be successively executed, wherein the execution environment is configured to execute the functional modules in an event-controlled manner on the occurrence of activation events which are each associated with the individual functional modules , wherein the individual activation events of the functional modules to be successively executed form an event chain , wherein the execution environment comprises a monitoring module for monitoring an execution duration of the functional modules of the event chain , wherein the monitoring module is configured to check the execution duration for an exceeding of a predefined time duration , characterized in that the monitoring module is formed separately from an execution module of the execution environment executing the individual functional modules of the event chain .
Heat accumulator , having a housing , first storage elements for storing thermal energy, the first storage elements being arranged in the housing , and an inlet passage , which is coupled to the housing in such a way that a working fluid can flow into the housing through the inlet passage , the inlet passage having an inlet opening , through which the working fluid can flow into the inlet passage from an area surrounding the heat accumulator , and the inlet passage having a diffuser portion , which has a flow cross section that becomes greater along a direction from the inlet opening to the housing , second storage elements for storing thermal energy being arranged in the inlet passage and at least one of the second storage elements being arranged in the diffuser portion , the diffuser portion having a first region and a second region , which is formed downstream of the first region along the direction from the inlet opening to the housing , the at least one second storage element being arranged in the second region and the first region being free from second storage elements , characterized in that the first region has an opening angle (β) and the second region has a further opening angle (α), the opening angle (β) being steeper than the further opening angle (α).
A toothed transmission belt comprising a body of a first elastomeric material, a plurality of teeth transversal to said belt and a plurality of cords embedded in the body of the belt and a back characterised in that it comprises at least a helical element constituted by an elongated wire or element wound in a helix transversal to said belt and arranged at least partially inside said teeth.
A roll transfer coating method for a hot-melt adhesive comprising the steps of: providing a hot-melt adhesive feeder; a pattern roll having a pattern surface comprising protrusion surfaces and recesses ; and a coater head coupled to the hot-melt adhesive feeder, the coater head having a slot groove extending in an axial direction of the pattern roll , which slot groove has an opening facing the pattern surface of the pattern roll with a small clearance therebetween; feeding the hot-melt adhesive from the hot-melt adhesive feeder to the coater head ; feeding the hot-melt adhesive through the slot groove of the coater head to the opening ; applying the hot-melt adhesive from the opening in a thin film state directly onto only the protrusion surfaces of the pattern roll ; and transferring the hot-melt adhesive from the at least one protrusion surface of the pattern roll to a surface of a coating substrate (A1). providing a hot-melt adhesive feeder; a pattern roll having a pattern surface comprising protrusion surfaces and recesses ; and a coater head coupled to the hot-melt adhesive feeder, the coater head having a slot groove extending in an axial direction of the pattern roll , which slot groove has an opening facing the pattern surface of the pattern roll with a small clearance therebetween; feeding the hot-melt adhesive from the hot-melt adhesive feeder to the coater head ; feeding the hot-melt adhesive through the slot groove of the coater head to the opening ; applying the hot-melt adhesive from the opening in a thin film state directly onto only the protrusion surfaces of the pattern roll ; and transferring the hot-melt adhesive from the at least one protrusion surface of the pattern roll to a surface of a coating substrate (A1).
Method of operating an aircraft headlight system of an aircraft , the aircraft headlight system having at least one headlight , wherein the method comprises the steps of: operating the aircraft headlight system in a landing light mode during a descent of the aircraft , with the at least one headlight emitting a landing light output in the landing light mode, operating the aircraft headlight system in a taxi light mode during taxiing of the aircraft , with the at least one headlight emitting a taxi light output in the taxi light mode, and transforming the landing light output into the taxi light output after touch-down of the aircraft by operating the aircraft headlight system in at least one intermediate lighting mode between operating the aircraft headlight system in the landing light mode and operating the aircraft headlight system in the taxi light mode, characterized in that the at least one intermediate lighting mode comprises a sequence of a plurality of intermediate lighting modes, with an intermediate output light intensity distribution of each of the plurality of intermediate lighting modes having a wider horizontal illumination angle than a respectively preceding one of the plurality of intermediate lighting modes, and wherein the intermediate output light intensity distribution of each of the plurality of intermediate lighting modes has a lower peak light intensity than the respectively preceding one of the plurality of intermediate lighting modes. operating the aircraft headlight system in a landing light mode during a descent of the aircraft , with the at least one headlight emitting a landing light output in the landing light mode, operating the aircraft headlight system in a taxi light mode during taxiing of the aircraft , with the at least one headlight emitting a taxi light output in the taxi light mode, and transforming the landing light output into the taxi light output after touch-down of the aircraft by operating the aircraft headlight system in at least one intermediate lighting mode between operating the aircraft headlight system in the landing light mode and operating the aircraft headlight system in the taxi light mode, characterized in that the at least one intermediate lighting mode comprises a sequence of a plurality of intermediate lighting modes, with an intermediate output light intensity distribution of each of the plurality of intermediate lighting modes having a wider horizontal illumination angle than a respectively preceding one of the plurality of intermediate lighting modes, and wherein the intermediate output light intensity distribution of each of the plurality of intermediate lighting modes has a lower peak light intensity than the respectively preceding one of the plurality of intermediate lighting modes.