mhurhangee/ep-ind-claims huggingface dataset:
A process of forming molded articles using an injection molding apparatus, the process comprising: providing a thermoplastic material to the injection molding apparatus; heating the thermoplastic material such that the thermoplastic material is in a molten state; injecting the molten thermoplastic material through a nozzle into at least one mold cavity of the injection molding apparatus using an injection element; monitoring melt pressure of the thermoplastic material filling the at least one mold cavity using a sensor, the sensor providing a signal indicative of melt pressure in the at least one mold cavity to a controller; the controller controlling the injection element thereby changing melt pressure of the thermoplastic material filling the at least one mold cavity based on the signal to reach a target cavity pressure; controlling the injection element based on a desired melt pressure in the nozzle; adjusting the desired melt pressure in the nozzle in order to maintain constant cavity pressure at the target cavity pressure based on measurements of the melt pressure in the at least one mold cavity occurring during one or more injection cycles at an earlier point in time; and forming a molded article by reducing a mold temperature of the thermoplastic material within the at least one mold cavity. providing a thermoplastic material to the injection molding apparatus; heating the thermoplastic material such that the thermoplastic material is in a molten state; injecting the molten thermoplastic material through a nozzle into at least one mold cavity of the injection molding apparatus using an injection element; monitoring melt pressure of the thermoplastic material filling the at least one mold cavity using a sensor, the sensor providing a signal indicative of melt pressure in the at least one mold cavity to a controller; the controller controlling the injection element thereby changing melt pressure of the thermoplastic material filling the at least one mold cavity based on the signal to reach a target cavity pressure; controlling the injection element based on a desired melt pressure in the nozzle; adjusting the desired melt pressure in the nozzle in order to maintain constant cavity pressure at the target cavity pressure based on measurements of the melt pressure in the at least one mold cavity occurring during one or more injection cycles at an earlier point in time; and forming a molded article by reducing a mold temperature of the thermoplastic material within the at least one mold cavity.
A wireless communication device comprising: a transmitter configured to transmit a first frame including first information, the first information including information to designate a plurality of wireless communication devices (1, 2, 3, 4) and including information concerning frequency resources which have been assigned to the plurality of wireless communication devices for frequency multiplexing communication; and a receiver configured to receive second frames from the plurality of wireless communication devices via the frequency resources assigned to the plurality of wireless communication devices, in the frequency multiplexing communication wherein the first frame has a first field to store information to be commonly notified to the plurality of wireless communication devices and a plurality of second fields to store information individually notified to the plurality of wireless communication devices, the first information are stored in at least one of the first field and the second field, the first information further includes information to designate access categories of data to be transmitted in the frequency multiplexing communication by the plurality of wireless communication devices, and the information to designate the access categories are stored in the second fields of the first frame, respectively. a transmitter configured to transmit a first frame including first information, the first information including information to designate a plurality of wireless communication devices (1, 2, 3, 4) and including information concerning frequency resources which have been assigned to the plurality of wireless communication devices for frequency multiplexing communication; and a receiver configured to receive second frames from the plurality of wireless communication devices via the frequency resources assigned to the plurality of wireless communication devices, in the frequency multiplexing communication wherein the first frame has a first field to store information to be commonly notified to the plurality of wireless communication devices and a plurality of second fields to store information individually notified to the plurality of wireless communication devices, the first information are stored in at least one of the first field and the second field, the first information further includes information to designate access categories of data to be transmitted in the frequency multiplexing communication by the plurality of wireless communication devices, and the information to designate the access categories are stored in the second fields of the first frame, respectively.
Temperature device comprising a temperature sensor which is connected to at least one cable, wherein the cable has an outer sheath, a dielectric material and at least one conductor, wherein the at least one conductor is arranged in the outer sheath in such a way that the conductor is spatially separated from the outer sheath by way of the dielectric material, wherein the at least one conductor has at least one exposed conductor section, wherein the temperature sensor comprises at least one connection wire, wherein the connection wire is connected to at least one exposed conductor section of the conductor of the cable, wherein the temperature sensor is arranged in a protective sleeve, wherein the protective sleeve is at least filled in sections with a protective material, characterised in that the exposed conductor section comprises a curved expansion compensation section which, at least in parts has an impression that optimises the spring effect and the stiffness of the expansion compensation section.
A wind deflector for a windscreen wiper system of a motor vehicle, with a receptacle for attaching the wind deflector to a component of a wiper arm of the windscreen wiper system, wherein the wind deflector includes at least two parts (42, 43), which can be mounted on the component of the wiper arm and assembled in the divided state, whereby the wind deflector is fixable to the component of the wiper arm of the windscreen wiper system, wherein the wind deflector is fixable to the wiper rod of the wiper arm of the windscreen wiper system, wherein the two parts (42, 43) can extend beyond a bent area of the wiper rod, characterized in that respective locking elements (46, 47) for connecting the two parts (42, 43) are formed in an elastic plastic component of the wind deflector and that respective securing lugs (48, 49) are formed in a hard plastic component of the wind deflector. the wind deflector includes at least two parts (42, 43), which can be mounted on the component of the wiper arm and assembled in the divided state, whereby the wind deflector is fixable to the component of the wiper arm of the windscreen wiper system, wherein the wind deflector is fixable to the wiper rod of the wiper arm of the windscreen wiper system, wherein the two parts (42, 43) can extend beyond a bent area of the wiper rod, characterized in that respective locking elements (46, 47) for connecting the two parts (42, 43) are formed in an elastic plastic component of the wind deflector and that respective securing lugs (48, 49) are formed in a hard plastic component of the wind deflector.
Covering assembly (40, 40') comprising a plate device designed to be able to carry a lamp able to be mounted on a bottom layer of a ceiling system, said plate device having a plate able to rest on said bottom layer so as to transmit its own load and the load of the lamp to a supporting structure of the ceiling system, characterized in that the plate has at least three protuberances and/or cavities provided to take at least three tubular rods (30, 30') in an upright position with respect to said plate device, and in that the covering assembly (40, 40') comprises another plate and at least three tube portions, the tubes each being fitted with one end in one of the plates and with the other end in the other of the plates so as to create an empty space around the lamp.
Method for treating a gas mixture comprising hydrogen, nitrogen, argon and methane, wherein water is added to the gas mixture in order to form argon clathrate hydrates or semi-clathrate hydrates, and at least a proportion of the argon clathrate hydrates or semi-clathrate hydrates formed is removed from the gas mixture, characterized in that ammonia is synthesized from at least a portion of the hydrogen and at least a portion of the nitrogen that are present in the gas mixture after the removal operation.
A furnace, particularly for melting metal, comprising: a container comprising an opening for receiving a melt; a door for closing and opening the opening; at least two first door-side joints (5, 5'), which are fixedly arranged relative to the door; at least one second door-side joint which is fixedly arranged relative to the door; a first coupling device movably connecting the door to the container via the first door-side joints (5, 5'); a second coupling device movably connecting the door to the container via the at least one second door-side joint; at least one first container-side joint, which is fixedly arranged relative to the container; and at least one second container-side joint, which is fixedly arranged relative to the container; the first coupling device comprising at least one first coupling arm (7', 7") in each case connecting at least one of the first door-side joints (5, 5') to at least one of the at least one first container-side joint (9, 9'); and the second coupling device comprising a second coupling arm connecting the at least one second door-side joint to the at least one second container-side joint (10, 10'); characterized in that at least one of the at least one first container-side joint (9, 9') comprises a ball joint and/or that the at least one second door-side joint is designed as a ball joint. a container comprising an opening for receiving a melt; a door for closing and opening the opening; at least two first door-side joints (5, 5'), which are fixedly arranged relative to the door; at least one second door-side joint which is fixedly arranged relative to the door; a first coupling device movably connecting the door to the container via the first door-side joints (5, 5'); a second coupling device movably connecting the door to the container via the at least one second door-side joint; at least one first container-side joint, which is fixedly arranged relative to the container; and at least one second container-side joint, which is fixedly arranged relative to the container; the first coupling device comprising at least one first coupling arm (7', 7") in each case connecting at least one of the first door-side joints (5, 5') to at least one of the at least one first container-side joint (9, 9'); and the second coupling device comprising a second coupling arm connecting the at least one second door-side joint to the at least one second container-side joint (10, 10'); characterized in that at least one of the at least one first container-side joint (9, 9') comprises a ball joint and/or that the at least one second door-side joint is designed as a ball joint.
A separator for an electrochemical device, comprising: a porous polymer film; and a porous coating layer including at least one type of particles of inorganic particles and organic particles and binder polymer, the porous coating layer formed on one surface or both surfaces of the porous polymer film, wherein the porous polymer film includes multiple fibrils therein, characterized in that the multiple fibrils are stacked in layers to be parallel to the surface of the film, and the diameter of the fibril disposed at one surface of the film where the porous coating layer is formed is smaller than the diameter of the fibril disposed at the central part in a thickness-wise direction of the film. a porous polymer film; and a porous coating layer including at least one type of particles of inorganic particles and organic particles and binder polymer, the porous coating layer formed on one surface or both surfaces of the porous polymer film, wherein the porous polymer film includes multiple fibrils therein, characterized in that the multiple fibrils are stacked in layers to be parallel to the surface of the film, and the diameter of the fibril disposed at one surface of the film where the porous coating layer is formed is smaller than the diameter of the fibril disposed at the central part in a thickness-wise direction of the film.
A method for transmitting a verified closed subscriber group, CSG, status of a user equipment, UE, by a first eNodeB, eNB, in a wireless communication system, wherein the first eNB is a master eNB, MeNB, in a dual connectivity, wherein a second eNB is a secondary eNB, SeNB, in the dual connectivity, wherein the SeNB is a home eNB, HeNB, which serves a hybrid cell, and wherein the UE is connected to both the first eNB and the second eNB in the dual connectivity, the method being performed by the first eNB and being characterized by comprising: transmitting a CSG membership status of the UE to the second eNB; transmitting a CSG identifier, ID, of the second eNB and the CSG membership status of the UE to a mobility management entity, MME; receiving the verified CSG membership status of the UE from the MME; and transmitting the verified CSG membership status of the UE to the second eNB. transmitting a CSG membership status of the UE to the second eNB; transmitting a CSG identifier, ID, of the second eNB and the CSG membership status of the UE to a mobility management entity, MME; receiving the verified CSG membership status of the UE from the MME; and transmitting the verified CSG membership status of the UE to the second eNB.
User equipment comprising: a memory device configured to store an ANDSF management object, wherein the ANDSF management object comprises network selection rules indicating relative priority for routing IP flows to access networks based on a prioritization of a plurality of different 3GPP radio access technology types with respect to wireless local area network, WLAN, access; a processor configured to: select a 3GPP radio access technology having a 3GPP radio access technology type; identify an available WLAN access; and simultaneously provide connections to the WLAN access and the 3GPP radio access technology; and compare, based on the network selection rules and for an IP flow, a relative priority of the 3GPP radio access technology type with respect to WLAN to form a comparison, without influencing the 3GPP radio access technology selection; when the priority of the WLAN is greater than the selected 3GPP radio access technology, route the IP flow through the available WLAN access based on the comparison; when the priority of the selected 3GPP radio access technology type is greater than the WLAN, route the IP flow through the 3GPP radio access technology based on the comparison. a memory device configured to store an ANDSF management object, wherein the ANDSF management object comprises network selection rules indicating relative priority for routing IP flows to access networks based on a prioritization of a plurality of different 3GPP radio access technology types with respect to wireless local area network, WLAN, access; a processor configured to: select a 3GPP radio access technology having a 3GPP radio access technology type; identify an available WLAN access; and simultaneously provide connections to the WLAN access and the 3GPP radio access technology; and compare, based on the network selection rules and for an IP flow, a relative priority of the 3GPP radio access technology type with respect to WLAN to form a comparison, without influencing the 3GPP radio access technology selection; when the priority of the WLAN is greater than the selected 3GPP radio access technology, route the IP flow through the available WLAN access based on the comparison; when the priority of the selected 3GPP radio access technology type is greater than the WLAN, route the IP flow through the 3GPP radio access technology based on the comparison. select a 3GPP radio access technology having a 3GPP radio access technology type; identify an available WLAN access; and simultaneously provide connections to the WLAN access and the 3GPP radio access technology; and compare, based on the network selection rules and for an IP flow, a relative priority of the 3GPP radio access technology type with respect to WLAN to form a comparison, without influencing the 3GPP radio access technology selection; when the priority of the WLAN is greater than the selected 3GPP radio access technology, route the IP flow through the available WLAN access based on the comparison; when the priority of the selected 3GPP radio access technology type is greater than the WLAN, route the IP flow through the 3GPP radio access technology based on the comparison.
A system for calculating viewability scores of objects displayed within a viewport, the system comprising one or more processing units configured to perform the following steps for at least one object of the objects: determine a first value indicative of a relative portion of the object from the viewport, by: determining (a) a plurality of points discretely distributed on the object, each point representing a section of the object; and (b) for each point of the points, if the point is visible to a user viewing the viewport; and dividing the size of the sections represented by the points determined to be visible, by the viewport's size; determine a second value indicative of content resemblance between an appearance of content within the object and desired appearance of the content, wherein the second value is determined by: (i) obtaining two or more color values each representing a color of a corresponding section of a plurality of sections of the object; and (ii) calculating a ratio between at least one pair of the color values, wherein the second value is determined according to a difference between the ratio and an expected ratio; and calculate a viewability score of the object, wherein the viewability score is calculated based on the first value and the second value. determine a first value indicative of a relative portion of the object from the viewport, by: determining (a) a plurality of points discretely distributed on the object, each point representing a section of the object; and (b) for each point of the points, if the point is visible to a user viewing the viewport; and dividing the size of the sections represented by the points determined to be visible, by the viewport's size; determining (a) a plurality of points discretely distributed on the object, each point representing a section of the object; and (b) for each point of the points, if the point is visible to a user viewing the viewport; and dividing the size of the sections represented by the points determined to be visible, by the viewport's size; determine a second value indicative of content resemblance between an appearance of content within the object and desired appearance of the content, wherein the second value is determined by: (i) obtaining two or more color values each representing a color of a corresponding section of a plurality of sections of the object; and (ii) calculating a ratio between at least one pair of the color values, wherein the second value is determined according to a difference between the ratio and an expected ratio; and (i) obtaining two or more color values each representing a color of a corresponding section of a plurality of sections of the object; and (ii) calculating a ratio between at least one pair of the color values, wherein the second value is determined according to a difference between the ratio and an expected ratio; and calculate a viewability score of the object, wherein the viewability score is calculated based on the first value and the second value.
A computer-implemented method performed in an aircraft comprising: determining if a terrain presents a hazard to the aircraft based on a current position of the aircraft and a projected flight path which is determined by processing information regarding current or projected position, track, altitude, flight path angle and intended flight plan of the aircraft; and providing an alert if it is determined that the terrain presents a hazard to the aircraft, wherein determining if the terrain presents a hazard to the aircraft comprises: • determining if the current position of the aircraft is outside any of two or more boundaries, each boundary extending along and surrounding at least a portion of the projected flight path • determining if terrain is within any of the two or more boundaries, • wherein the two or more boundaries include an inner and an outer boundary, and wherein the outer boundary at least partially surrounds the inner boundary, • determining that the terrain presents a hazard to the aircraft only when either the terrain is located within the outer boundary and when the projected flight path of the aircraft conflicts with the terrain, or • when the current position of the aircraft is located outside the inner boundary and when the projected flight path of the aircraft conflicts with the terrain. • determining if the current position of the aircraft is outside any of two or more boundaries, each boundary extending along and surrounding at least a portion of the projected flight path • determining if terrain is within any of the two or more boundaries, • wherein the two or more boundaries include an inner and an outer boundary, and wherein the outer boundary at least partially surrounds the inner boundary, • determining that the terrain presents a hazard to the aircraft only when either the terrain is located within the outer boundary and when the projected flight path of the aircraft conflicts with the terrain, or • when the current position of the aircraft is located outside the inner boundary and when the projected flight path of the aircraft conflicts with the terrain.