mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: identifying a communication channel utilized by an associated communication system; constructing an interference reduction request message such that the message includes information relating to a desired set of communication resources for communication with a desired served terminal characterised in that the interference reduction request message further includes information relating to one or more transmission parameters; transmitting the interference reduction request message to one or more other terminals over the identified communication channel; and communicating with the desired served terminal using the desired set of communication resources. identifying a communication channel utilized by an associated communication system; constructing an interference reduction request message such that the message includes information relating to a desired set of communication resources for communication with a desired served terminal characterised in that the interference reduction request message further includes information relating to one or more transmission parameters; transmitting the interference reduction request message to one or more other terminals over the identified communication channel; and communicating with the desired served terminal using the desired set of communication resources.
A method for monitoring an electric arc furnace comprising the steps of: collecting data about operation of an electric arc furnace, the data including electrical data automatically collected from a furnace monitoring device, data entered manually by an operator on an input device and performance information automatically collected from at least one programmable logic computer; transmitting the collected data to a furnace monitoring system server having an operatively connected furnace monitoring viewer system; providing a remote database residing on a web server, the remote database storing historical data concerning the operation of the electric arc furnace; transmitting the collected data over a global computer network from the furnace monitoring system server to the remote database; storing the collected data in the remote database; generating reports providing information concerning the historical operation of the furnace; and displaying the collected data and the generated reports in substantially real-time to authorized users via one or more of the furnace monitoring viewer system and the web server. collecting data about operation of an electric arc furnace, the data including electrical data automatically collected from a furnace monitoring device, data entered manually by an operator on an input device and performance information automatically collected from at least one programmable logic computer; transmitting the collected data to a furnace monitoring system server having an operatively connected furnace monitoring viewer system; providing a remote database residing on a web server, the remote database storing historical data concerning the operation of the electric arc furnace; transmitting the collected data over a global computer network from the furnace monitoring system server to the remote database; storing the collected data in the remote database; generating reports providing information concerning the historical operation of the furnace; and displaying the collected data and the generated reports in substantially real-time to authorized users via one or more of the furnace monitoring viewer system and the web server.
Method for assigning a unique identifier to a hob induction coil of an induction hob comprising a plurality of said hob induction coils, the method comprising the steps of: a. placing one or more device induction coils of a device above one or more hob induction coils such that at least one device induction coil and at least one hob induction coil are facing each other; b. establishing a communication link between the device induction coil and the hob induction coil, characterized in that information regarding a unique identifier is transmitted to the hob induction coil by the device induction coil; and c. receiving information regarding the unique identifier by the hob induction coil and storing the identifier associated with the hob induction coil within a memory of the induction hob. a. placing one or more device induction coils of a device above one or more hob induction coils such that at least one device induction coil and at least one hob induction coil are facing each other; b. establishing a communication link between the device induction coil and the hob induction coil, characterized in that information regarding a unique identifier is transmitted to the hob induction coil by the device induction coil; and c. receiving information regarding the unique identifier by the hob induction coil and storing the identifier associated with the hob induction coil within a memory of the induction hob.
Fence clamp (1000, 2000) for fixing a fence mesh (G, G') to a post (P1-P5), comprising: a) a clamp body with a middle part and two arms, which can encompass the fence post (P1-P5), whereby the clamp body is elastic to such an extent that it can be snapped on the fence post (P1-P5) as a clip from the side, wherefore the arms of the clamp body temporarily move apart elastically up to the post diameter, in order to let the fence post (P1-P5) enter into the interior of the form of the clamp body; b) a locking element, which can be fixed to the arms of the clamp body, in order to link them around the fence post (P1-P5), whereby clamp body and locking element in a mounted condition form a ring, which fully encloses the post (P1-P5); c) a fixing bearing formed on the clamp body for holding a fence mesh, characterized in that - the clamp body is C-shaped, whereby the distance of the arm endings of the C-shaped clamp body is smaller than the inner diameter of the clamp body, and - at least one arm of the clamp body has a depression at the outside, in which can engage a hook protrusion of the locking element. a) a clamp body with a middle part and two arms, which can encompass the fence post (P1-P5), whereby the clamp body is elastic to such an extent that it can be snapped on the fence post (P1-P5) as a clip from the side, wherefore the arms of the clamp body temporarily move apart elastically up to the post diameter, in order to let the fence post (P1-P5) enter into the interior of the form of the clamp body; b) a locking element, which can be fixed to the arms of the clamp body, in order to link them around the fence post (P1-P5), whereby clamp body and locking element in a mounted condition form a ring, which fully encloses the post (P1-P5); c) a fixing bearing formed on the clamp body for holding a fence mesh, characterized in that - the clamp body is C-shaped, whereby the distance of the arm endings of the C-shaped clamp body is smaller than the inner diameter of the clamp body, and - at least one arm of the clamp body has a depression at the outside, in which can engage a hook protrusion of the locking element. - the clamp body is C-shaped, whereby the distance of the arm endings of the C-shaped clamp body is smaller than the inner diameter of the clamp body, and - at least one arm of the clamp body has a depression at the outside, in which can engage a hook protrusion of the locking element.
A compressor, comprising: a housing; a motor and a cylinder disposed in the housing; a crankshaft used to transmit rotation force of the motor to pistons of the cylinder for compressing refrigerant; a compressing space formed by an upper cylinder cover, a lower cylinder cover and the cylinder, and the upper cylinder cover and the lower cylinder cover are also used to prop up the crank shaft; wherein the upper cylinder cover is disposed between the motor and the cylinder and the upper cylinder cover including a through-hole used for holding the crankshaft; wherein the upper cylinder cover includes a first side facing the motor and a second side facing the cylinder; characterized in that, an inner wall of the housing is laser welded with an outer periphery of the first side and an outer periphery of the second side of the upper cylinder cover; and wherein the outer periphery of the first side and the outer periphery of the second side of the upper cylinder cover are respectively laser welded, by multi-point distributed laser welding, with the inner wall of the housing; wherein a welding depth of a welding spot of the outer periphery of the first side of the upper cylinder cover and the inner wall of the housing is equal to a welding depth of a welding spot of the outer periphery of the second side of the upper cylinder cover and the inner wall of the housing. a housing; a motor and a cylinder disposed in the housing; a crankshaft used to transmit rotation force of the motor to pistons of the cylinder for compressing refrigerant; a compressing space formed by an upper cylinder cover, a lower cylinder cover and the cylinder, and the upper cylinder cover and the lower cylinder cover are also used to prop up the crank shaft; wherein the upper cylinder cover is disposed between the motor and the cylinder and the upper cylinder cover including a through-hole used for holding the crankshaft; wherein the upper cylinder cover includes a first side facing the motor and a second side facing the cylinder; characterized in that, an inner wall of the housing is laser welded with an outer periphery of the first side and an outer periphery of the second side of the upper cylinder cover; and wherein the outer periphery of the first side and the outer periphery of the second side of the upper cylinder cover are respectively laser welded, by multi-point distributed laser welding, with the inner wall of the housing; wherein a welding depth of a welding spot of the outer periphery of the first side of the upper cylinder cover and the inner wall of the housing is equal to a welding depth of a welding spot of the outer periphery of the second side of the upper cylinder cover and the inner wall of the housing.
A decorative sheet comprising a top surface layer, a rear surface layer, at least one intermediate layer between the top surface layer and the rear surface layer and a hard coating layer on the top surface layer, wherein the top surface layer and the rear surface layer each independently are formed from a first composite resin composition comprising a glycol-modified polyethylene terephthalate resin, or a blend of a glycol-modified polyethylene terephthalate resin and an ester-based resin; the intermediate layer is formed from a second composite resin composition comprising a glycol-modified polyethylene terephthalate resin, a polyethylene terephthalate resin and an ester-based resin; the glass-transition temperature of the ester-based resin is lower than the glass-transition temperature of the glycol-modified polyethylene terephthalate resin; the glass-transition temperature of the ester-based resin is lower than the glass-transition temperature of the polyethylene terephthalate resin; and the content of the polyethylene terephthalate resin in the second composite resin composition is 5 to 30 wt%.
A method of transmitting rights object information between a device and a portable storage, which is performed by the portable storage, the method comprising: receiving a request from the device; generating a current permission status format including permission information of a rights object designated by the request; and transmitting the current permission status format to the device, wherein the request is one of a request for permission information of the rights object, a request for playback of a particular content, and a request for update of the rights object, wherein the current permission status format comprises a content ID field for a content ID identifying an encrypted content that can be played back using the rights object, a content encryption key field for a CEK used to decrypt the encrypted content, a message digest field for a message digest value for integrity of transmitted data, and a permission information field for the permission information of the rights object, CHARACTERISED BY setting, if the request received from the device is the request for the permission information of the rights object or the request for update of the rights object, the CEK field to a null value. receiving a request from the device; generating a current permission status format including permission information of a rights object designated by the request; and transmitting the current permission status format to the device, wherein the request is one of a request for permission information of the rights object, a request for playback of a particular content, and a request for update of the rights object, wherein the current permission status format comprises a content ID field for a content ID identifying an encrypted content that can be played back using the rights object, a content encryption key field for a CEK used to decrypt the encrypted content, a message digest field for a message digest value for integrity of transmitted data, and a permission information field for the permission information of the rights object, CHARACTERISED BY setting, if the request received from the device is the request for the permission information of the rights object or the request for update of the rights object, the CEK field to a null value.
A concrete sleeper for a solid carriageway, with an anchor block having a step, which anchor block is inserted with its upper section into an underside recess in the concrete sleeper such that in the installed state an increased diameter of the anchor block is located below the step, wherein the anchor block is mounted elastically by means of a ring produced from an elastomer and which anchor block can be inserted with its lower section into a tillable clearance in a top layer of the solid carriageway, characterized in that a base (7, 8) of an elastic material is arranged on the underside of the concrete sleeper, that an outer edge of the step of the anchor block is rounded and that the underside recess of the concrete sleeper has a peripheral step, against which the ring lies with its upper outer corner.
A filler member to be installed in a crankshaft (10A, 10B) including a crank web including: an arm member, extending in a diametrical direction of a crank journal, including a connecting rod connection part (31a, 31b) to be connected to a connecting rod; a weight member, disposed opposite to the connecting rod connecting part (31a, 31b) across a rotating center of the crank journal, extending on both sides of the arm member in a radial direction of the crank journal, the filler member comprising: a fitting member including a through hole and two bodies formed on both sides of the through hole; and a connecting member mounted on the bodie, wherein the crank journal is to be inserted into the through hole and the fitting member fixed to one side face of the crank web to dispose the bodies on both sides of the arm member in a rotational direction of the arm member, wherein the connecting member is mounted on the bodies to stride the arm member on another side face of the crank web, and wherein the crank web is sandwiched between the fitting member and the connecting member. an arm member, extending in a diametrical direction of a crank journal, including a connecting rod connection part (31a, 31b) to be connected to a connecting rod; a weight member, disposed opposite to the connecting rod connecting part (31a, 31b) across a rotating center of the crank journal, extending on both sides of the arm member in a radial direction of the crank journal, the filler member comprising: a fitting member including a through hole and two bodies formed on both sides of the through hole; and a connecting member mounted on the bodie, wherein the crank journal is to be inserted into the through hole and the fitting member fixed to one side face of the crank web to dispose the bodies on both sides of the arm member in a rotational direction of the arm member, wherein the connecting member is mounted on the bodies to stride the arm member on another side face of the crank web, and wherein the crank web is sandwiched between the fitting member and the connecting member.
A chocolate-impregnated confectionery product, comprising a hollow base food and chocolate infiltrated in the hollow base food, wherein the chocolate is present in a weight percentage of 70 to 80 wt% of a weight of the confectionery product, wherein the hollow base food has a hollow percentage of 7 to 30 %, which is defined as a ratio of an area of a cavity of the hollow base food to an area of an overall section taken by cutting a center portion of the hollow base food and surrounded by an outer peripheral edge of the section.
An electrically and manually adjustable screening device for screening a window, said screening device comprising: a screen with a variable length and with a positionable free end, the longitudinal position of said free end determining the length of said screen, an electric drive operably connected to said screen for adjusting the longitudinal position of said free end, a sensor arrangement configured for detecting manual movement of the longitudinal position of the free end and outputting a detection signal, and a circuit or processor configured to control the speed of said electric drive between zero and an electric drive maximum or service speed, said circuit or processor being operably connected to said sensor arrangement and in receipt of said detection signal, and said circuit or processor being configured to ramp up the speed of said electric drive in response to a detected manual movement with said ramp up starting at a speed above zero and below said maximum or service speed. a screen with a variable length and with a positionable free end, the longitudinal position of said free end determining the length of said screen, an electric drive operably connected to said screen for adjusting the longitudinal position of said free end, a sensor arrangement configured for detecting manual movement of the longitudinal position of the free end and outputting a detection signal, and a circuit or processor configured to control the speed of said electric drive between zero and an electric drive maximum or service speed, said circuit or processor being operably connected to said sensor arrangement and in receipt of said detection signal, and said circuit or processor being configured to ramp up the speed of said electric drive in response to a detected manual movement with said ramp up starting at a speed above zero and below said maximum or service speed.
A sensor-based communication apparatus comprising: a plurality of sensor nodes associated with respective unique pulse signatures and adapted to communicate with respective sensors, wherein each sensor node of the plurality of sensor nodes is configured to receive a corresponding sensory signal that is generated by a corresponding sensor in response to a respective stimulus, wherein said each sensor node is configured, upon receipt of the corresponding sensory signal, to transmit the associated unique pulse signature independently and asynchronously through a transmission medium shared by the sensor nodes, the unique pulse signatures transmitted by the sensor nodes being a representation of a stimulus event associated with the stimuli detected by the corresponding sensors, wherein each of the sensor nodes is associated with a given unique pulse signature comprising a plurality of pulses, wherein the interval between each possible combination of two pulses among said plurality of pulses represents an inter-pulse interval of said given pulse signature, and wherein each inter-pulse interval of the unique pulse signature of each of the sensor nodes has a unique duration among the durations of all the inter-pulse intervals of the unique pulse signatures of all of the sensor nodes. a plurality of sensor nodes associated with respective unique pulse signatures and adapted to communicate with respective sensors, wherein each sensor node of the plurality of sensor nodes is configured to receive a corresponding sensory signal that is generated by a corresponding sensor in response to a respective stimulus, wherein said each sensor node is configured, upon receipt of the corresponding sensory signal, to transmit the associated unique pulse signature independently and asynchronously through a transmission medium shared by the sensor nodes, the unique pulse signatures transmitted by the sensor nodes being a representation of a stimulus event associated with the stimuli detected by the corresponding sensors, wherein each of the sensor nodes is associated with a given unique pulse signature comprising a plurality of pulses, wherein the interval between each possible combination of two pulses among said plurality of pulses represents an inter-pulse interval of said given pulse signature, and wherein each inter-pulse interval of the unique pulse signature of each of the sensor nodes has a unique duration among the durations of all the inter-pulse intervals of the unique pulse signatures of all of the sensor nodes.
A method implemented by a first user device, the method comprising: installing a first application (app) on the first user device; sending a search request to an app store system via a network for discovery of one or more apps related to the first app, wherein the first app and the one or more apps belong to a multi-screen application package, said MSA package comprising a set of related apps with one or more predefined relationships among the set of related apps, said relationships being according to an MSA package policy; receiving information identifying the one or more apps from the app store system via the network; characterised in that the method further comprises instructing the app store system to push the one or more apps to be downloaded to one or more user devices, which are associated with a user operating the first user device, according to one or more relationships between the first app and the one or more apps. installing a first application (app) on the first user device; sending a search request to an app store system via a network for discovery of one or more apps related to the first app, wherein the first app and the one or more apps belong to a multi-screen application package, said MSA package comprising a set of related apps with one or more predefined relationships among the set of related apps, said relationships being according to an MSA package policy; receiving information identifying the one or more apps from the app store system via the network; characterised in that the method further comprises instructing the app store system to push the one or more apps to be downloaded to one or more user devices, which are associated with a user operating the first user device, according to one or more relationships between the first app and the one or more apps.