mhurhangee/ep-ind-claims huggingface dataset:
A paperboard packaging container for bulk solids, said container comprising a tubular paperboard container body, a container bottom and a container lid, said container body extending in a longitudinal direction of said container from a bottom end of said container body to a container opening, said container body comprising a container body abutment edge at said container opening, said container body having an inner surface facing towards an inner compartment in said packaging container and an outer surface facing away from said inner compartment, said container lid comprising a lid collar having a lid abutment edge adapted for abutting against said container body abutment edge when said container lid is in a closed position, and a plug-in portion, said plug-in portion having a side surface, extending in said longitudinal direction and facing said inner surface of said container body when said container lid is in said closed position, and a main surface, said main surface of said plug-in portion being located at a distance from said container body abutment edge when said container lid is in said closed position, wherein said lid collar is made of the same material as the container body and said lid collar is delimited from said container body by a slit or by weakening means (20") for allowing said lid collar to be partially separated from said container body at said abutment edges (19,8), wherein a hinge is provided between said container lid and said container body, said hinge comprising or consisting of a remaining part of the periphery not comprising said slit or said weakening means (20"), said packaging container being provided with a locking arrangement for retaining said container lid in said closed position, wherein a reinforcement of the container opening is provided by (i) a partially removable transport closure being attached to said inner surface of said container body and forming a roof over said inner compartment and/or (ii) by said container body being formed from a multi-ply paperboard material including at least one or more reinforcing non-cellulosic layer, characterised in that said locking arrangement comprises a first locking element in the form of a recess, provided on said inner surface of said container body, and a second locking element in the form of a protrusion provided on said side surface of said plug-in portion, said first and second locking elements being mating locking elements (21,22), said first locking element and said second locking element being in the form of physical deformations of the paperboard material provided on said inner surface of said container body and said side surface of said plug-in portion, respectively, wherein said first locking element and said second locking element are arranged such that when said container lid is in said closed position said protrusion is in engagement with said recess and wherein said locking arrangement and said hinge are arranged at opposite sides of said container opening.
Method for controlling the power supplied to only exactly one single induction heating coil of an induction hob for inductively heating a pot with a pot base as a function of the relative position between a coil center point of the induction heating coil and a base center point of the base of the pot, wherein: - a change of the relative position of the pot base of the pot relative to the induction heating coil is determined by means of the induction heating coil and used as a basis for increasing the power supplied to the induction heating coil or reducing the power supplied to the induction heating coil, wherein - the initial position of the base center point of the pot relative to the coil center point of the induction heating coil can be whatever where the pot stills covers at least a part of the induction heating coil. - a change of the relative position of the pot base of the pot relative to the induction heating coil is determined by means of the induction heating coil and used as a basis for increasing the power supplied to the induction heating coil or reducing the power supplied to the induction heating coil, wherein - the initial position of the base center point of the pot relative to the coil center point of the induction heating coil can be whatever where the pot stills covers at least a part of the induction heating coil.
A system comprising: one or more processors; and a memory that stores one or more programs that are configured to be executed by the one or more processors, the one or more programs including instructions that: host an application as a Platform-as-a-Service (PaaS) web service in a virtual machine using virtual resources, the PaaS web service unaware of physical resources associated with the virtual resources; obtain an application usage profile for the PaaS web service, the application usage profile having one or more statistics, a statistic representing normal consumption of a physical resource used by the PaaS web service; monitor runtime usage of a first physical resource during execution of the PaaS web service; correlate the first physical resource to a corresponding virtual resource used during operation of the PaaS web service via a process identifier of the PaaS web service; compare the runtime usage of the first physical resource with a corresponding statistic; and upon the comparison indicating an anomaly, initiate a warning of the anomaly. one or more processors; and a memory that stores one or more programs that are configured to be executed by the one or more processors, the one or more programs including instructions that: host an application as a Platform-as-a-Service (PaaS) web service in a virtual machine using virtual resources, the PaaS web service unaware of physical resources associated with the virtual resources; obtain an application usage profile for the PaaS web service, the application usage profile having one or more statistics, a statistic representing normal consumption of a physical resource used by the PaaS web service; monitor runtime usage of a first physical resource during execution of the PaaS web service; correlate the first physical resource to a corresponding virtual resource used during operation of the PaaS web service via a process identifier of the PaaS web service; compare the runtime usage of the first physical resource with a corresponding statistic; and upon the comparison indicating an anomaly, initiate a warning of the anomaly. host an application as a Platform-as-a-Service (PaaS) web service in a virtual machine using virtual resources, the PaaS web service unaware of physical resources associated with the virtual resources; obtain an application usage profile for the PaaS web service, the application usage profile having one or more statistics, a statistic representing normal consumption of a physical resource used by the PaaS web service; monitor runtime usage of a first physical resource during execution of the PaaS web service; correlate the first physical resource to a corresponding virtual resource used during operation of the PaaS web service via a process identifier of the PaaS web service; compare the runtime usage of the first physical resource with a corresponding statistic; and upon the comparison indicating an anomaly, initiate a warning of the anomaly.
A method for controlling a digital device, the method comprising the steps of: acquiring at least one image data, wherein the image data includes a still image or moving picture image; extracting additional information of the acquired image data, wherein the additional information includes position information and time information of a recording device corresponding to actual time and location when the image data are recorded by the recording device; generating path information on a map related to the image data, on the basis of the additional information; and displaying a path of the image data on the map in a form of line on the basis of the generated path information, characterized in that the step of displaying the path includes dividing the path into one or more sections (A-B, B-C, C-D, D-E, E-F, F-G, G-H, H-I), and adjusting line thickness of the divided sections in accordance with amount of the image data according to a distance within a divided section. acquiring at least one image data, wherein the image data includes a still image or moving picture image; extracting additional information of the acquired image data, wherein the additional information includes position information and time information of a recording device corresponding to actual time and location when the image data are recorded by the recording device; generating path information on a map related to the image data, on the basis of the additional information; and displaying a path of the image data on the map in a form of line on the basis of the generated path information, characterized in that the step of displaying the path includes dividing the path into one or more sections (A-B, B-C, C-D, D-E, E-F, F-G, G-H, H-I), and adjusting line thickness of the divided sections in accordance with amount of the image data according to a distance within a divided section.
Screw cap capable of being screwed onto the neck of a container body, the screw cap comprising: a substantially cylindrical screw section comprising a screw thread on its inner face, wherein the screw section is radially resilient, and at least one tamper evidence member for indicating an initial opening of the screw cap; characterized in that a desiccant chamber is located radially inwardly to the screw section, and further characterized by comprising a sealing skirt situated radially inwardly of the screw section and radially outwardly of the desiccant chamber, and at least one spacer situated between the screw section and the sealing skirt. a substantially cylindrical screw section comprising a screw thread on its inner face, wherein the screw section is radially resilient, and at least one tamper evidence member for indicating an initial opening of the screw cap; characterized in that a desiccant chamber is located radially inwardly to the screw section, and further characterized by comprising a sealing skirt situated radially inwardly of the screw section and radially outwardly of the desiccant chamber, and at least one spacer situated between the screw section and the sealing skirt.
A reflective color display comprising: a first electrode layer; a second electrode layer facing the first electrode layer; an electrochromic layer (14R, 14G, 14B) on the surface of the first electrode layer facing the second electrode, the electrochromic layer including an electrochromic material that is structured to display a red, to appear black, or to be transparent depending on a voltage applied thereto, the electrochromic layer further including an electrochromic material that is structured to display a green, to appear black, or to be transparent depending on a voltage applied thereto, and the electrochromic layer further including an electrochromic material that is structured to display a blue, to appear black, or to be transparent depending on a voltage applied thereto; an electrolyte layer contacting the electrochromic layer, the electrolyte layer located between the first electrode layer and the second electrode layer; and a reflective layer on the surface of the second electrode layer facing the first electrode. a first electrode layer; a second electrode layer facing the first electrode layer; an electrochromic layer (14R, 14G, 14B) on the surface of the first electrode layer facing the second electrode, the electrochromic layer including an electrochromic material that is structured to display a red, to appear black, or to be transparent depending on a voltage applied thereto, the electrochromic layer further including an electrochromic material that is structured to display a green, to appear black, or to be transparent depending on a voltage applied thereto, and the electrochromic layer further including an electrochromic material that is structured to display a blue, to appear black, or to be transparent depending on a voltage applied thereto; an electrolyte layer contacting the electrochromic layer, the electrolyte layer located between the first electrode layer and the second electrode layer; and a reflective layer on the surface of the second electrode layer facing the first electrode.
An apparatus comprising: an accelerator (8305; 6900); a local memory (6903,..., 690N) comprising a plurality of stacked dynamic random access memory, DRAM, dies; a silicon bridge to couple the accelerator to the plurality of stacked DRAM dies, wherein connections between the accelerator and the plurality of stacked DRAM dies run through the silicon bridge; the accelerator comprising: a plurality of processing elements (6901,..., 690N) to perform processing tasks allocated by an external processor; a cache coherent interface to couple the accelerator to the external processor, the cache coherent interface to ensure that data stored in the local memory (6903,..., 690N) and/or an accelerator cache is coherent with data stored in a system memory and caches (6914-6915; 6962) of the external processor; and logic to map a virtual memory space to heterogeneous forms of physical system memory including the local memory (6903,..., 690N) and the system memory, wherein the accelerator and the external processor to both use the virtual memory space to access corresponding portions of the local memory (6903,..., 690N) and the system memory, wherein the accelerator is to maintain a data structure to track portions of memory associated with the external processor. an accelerator (8305; 6900); a local memory (6903,..., 690N) comprising a plurality of stacked dynamic random access memory, DRAM, dies; a silicon bridge to couple the accelerator to the plurality of stacked DRAM dies, wherein connections between the accelerator and the plurality of stacked DRAM dies run through the silicon bridge; the accelerator comprising: a plurality of processing elements (6901,..., 690N) to perform processing tasks allocated by an external processor; a cache coherent interface to couple the accelerator to the external processor, the cache coherent interface to ensure that data stored in the local memory (6903,..., 690N) and/or an accelerator cache is coherent with data stored in a system memory and caches (6914-6915; 6962) of the external processor; and logic to map a virtual memory space to heterogeneous forms of physical system memory including the local memory (6903,..., 690N) and the system memory, a plurality of processing elements (6901,..., 690N) to perform processing tasks allocated by an external processor; a cache coherent interface to couple the accelerator to the external processor, the cache coherent interface to ensure that data stored in the local memory (6903,..., 690N) and/or an accelerator cache is coherent with data stored in a system memory and caches (6914-6915; 6962) of the external processor; and logic to map a virtual memory space to heterogeneous forms of physical system memory including the local memory (6903,..., 690N) and the system memory, wherein the accelerator and the external processor to both use the virtual memory space to access corresponding portions of the local memory (6903,..., 690N) and the system memory, wherein the accelerator is to maintain a data structure to track portions of memory associated with the external processor.
Bin, in particular for collecting waste, comprising: - a tank, - a lid pivotally mounted with respect to the tank about an axis of rotation, - at least one connecting part of the tank and of the lid, said connecting part comprising a cavity, - a connecting member attached to the lid to transmit thereto a resisting torque, and - a resisting member integral with the connecting member and adapted to be mounted at least partially in the cavity of said connecting part of the tank, characterised in that: - the resisting member comprises at least one spring arranged to work in torsion so as to oppose the rotation of the connecting member about said axis of rotation, in either direction, from a reference angular position of the connecting member, and in that: - the connecting part of the tank and of the lid forms a gripping handle. - a tank, - a lid pivotally mounted with respect to the tank about an axis of rotation, - at least one connecting part of the tank and of the lid, said connecting part comprising a cavity, - a connecting member attached to the lid to transmit thereto a resisting torque, and - a resisting member integral with the connecting member and adapted to be mounted at least partially in the cavity of said connecting part of the tank, characterised in that: - the resisting member comprises at least one spring arranged to work in torsion so as to oppose the rotation of the connecting member about said axis of rotation, in either direction, from a reference angular position of the connecting member, and in that: - the connecting part of the tank and of the lid forms a gripping handle.
A process for the preparation of 2,3,3,3-tetrafluoropropene, the process comprising: (a) contacting 1,1,2,3,3,3-hexafluoropropene with hydrogen in the presence of a hydrogenation catalyst to produce 1,1,2,3,3,3-hexafluoropropane; (b) dehydrofluorinating 236ea to produce 1,2,3,3,3-pentafluoropropene; (c) contacting 1225ye with hydrogen in the presence of a hydrogenation catalyst to produce 1,2,3,3,3-pentafluoropropane; and (d) dehydrofluorinating 245eb to produce 1234yf; wherein the process is carried out in a semi-batch manner using one hydrogenation reactor and one dehydrofluorination reactor, wherein steps (a), (b), (c) and (d) are conducted sequentially in that order. (a) contacting 1,1,2,3,3,3-hexafluoropropene with hydrogen in the presence of a hydrogenation catalyst to produce 1,1,2,3,3,3-hexafluoropropane; (b) dehydrofluorinating 236ea to produce 1,2,3,3,3-pentafluoropropene; (c) contacting 1225ye with hydrogen in the presence of a hydrogenation catalyst to produce 1,2,3,3,3-pentafluoropropane; and (d) dehydrofluorinating 245eb to produce 1234yf;
A relay station, comprising: a receiving unit configured to receive a radio signal transmitted by a radio terminal at a time notified by a radio base station to the relay station and the radio terminal; a measuring unit configured to measure a reception quality of the radio signal transmitted from the radio terminal; and a transmitting unit configured to transmit reception quality information indicative of the reception quality to the radio base station. a receiving unit configured to receive a radio signal transmitted by a radio terminal at a time notified by a radio base station to the relay station and the radio terminal; a measuring unit configured to measure a reception quality of the radio signal transmitted from the radio terminal; and a transmitting unit configured to transmit reception quality information indicative of the reception quality to the radio base station.
A composite product comprising a resin and a knitted reinforcing structure, the knitted structure having at least two skins (310, 320), connected by links); characterized in that the link density is between one link per 40 square stitches and one link per 10,000 square stitches.
A method for multiplexing a transport packet and an Ethernet packet comprising: receiving at a transport interface a transport stream comprising the transport packet and receiving at a network interface a network stream comprising the Ethernet packet formatted in compliance with an Ethernet specification, the transport packet formatted in compliance with a MPEG transport specification different from the Ethernet specification; filtering the transport stream to select at least the transport packet; encapsulating the Ethernet packet into a plurality of reformatted packets, each comprising a transport header and at least a portion of the Ethernet packet such that header information of the Ethernet packet is preserved, the encapsulating including appending the respective portion of the Ethernet packet to the respective transport header to form the respective reformatted packet, each of said plurality of reformatted packets including the same fixed number of bytes of data appended to the transport header; and selecting one of the transport packet and the reformatted packets for output into a stream of packets, and wherein selecting further comprises giving priority to the transport packet over the reformatted packets, one or more of said reformatted packets being selected for output when there is a free slot. receiving at a transport interface a transport stream comprising the transport packet and receiving at a network interface a network stream comprising the Ethernet packet formatted in compliance with an Ethernet specification, the transport packet formatted in compliance with a MPEG transport specification different from the Ethernet specification; filtering the transport stream to select at least the transport packet; encapsulating the Ethernet packet into a plurality of reformatted packets, each comprising a transport header and at least a portion of the Ethernet packet such that header information of the Ethernet packet is preserved, the encapsulating including appending the respective portion of the Ethernet packet to the respective transport header to form the respective reformatted packet, each of said plurality of reformatted packets including the same fixed number of bytes of data appended to the transport header; and selecting one of the transport packet and the reformatted packets for output into a stream of packets, and wherein selecting further comprises giving priority to the transport packet over the reformatted packets, one or more of said reformatted packets being selected for output when there is a free slot.
A marine fuel oil composition comprising 25 wt% or more of a hydroprocessed deasphalted oil fraction, the deasphalted oil fraction comprising a T10 distillation point of 200°C or more, a viscosity index of 80 or more, a kinematic viscosity at 100°C of 3.5 cSt or more, a saturates content of 95 wt% or more, a naphthenes content of 50 wt% or more, and a sulfur content of 300 wppm or less; and the marine fuel oil composition comprising an ASTM Color according to ASTM D1500 of 3.0 or less, a density at 15°C of 0.84 g/cm 3 to 0.99 g/cm 3, a kinematic viscosity at 50°C of 380 cSt or less, a sulfur content of 5000 wppm or less, and a CCAI of 850 or less.