mhurhangee/ep-ind-claims huggingface dataset:
A method of connecting devices, the method being performed by a system including an apparatus for connecting devices, the apparatus comprising a communication unit and a control unit, the method comprising: receiving, by the apparatus, from a first device, a request to select a plurality of second devices having device properties within a certain range according to predetermined selection conditions required by the first device; generating, at the apparatus, a virtual device channel for connecting the plurality of second devices to the first device such that information is exchanged between the first device and the plurality of second devices via the virtual device channel; receiving, by the apparatus, information related to the plurality of second devices from the plurality of second devices; processing, by the apparatus, the received information related to the plurality of second devices; transmitting, by the apparatus, the processed information related to the plurality of second devices to the first device via the virtual device channel; receiving, by the apparatus, information from the first device; and transmitting, by the apparatus, the received information to the plurality of second devices via the virtual device channel; wherein the information received from the first device is generated by the first device in response to receiving the processed information related to the plurality of second devices; and wherein the processing comprises processing the received information related to the plurality of second devices as information about an application that is most frequently used by the plurality of second devices. receiving, by the apparatus, from a first device, a request to select a plurality of second devices having device properties within a certain range according to predetermined selection conditions required by the first device; generating, at the apparatus, a virtual device channel for connecting the plurality of second devices to the first device such that information is exchanged between the first device and the plurality of second devices via the virtual device channel; receiving, by the apparatus, information related to the plurality of second devices from the plurality of second devices; processing, by the apparatus, the received information related to the plurality of second devices; transmitting, by the apparatus, the processed information related to the plurality of second devices to the first device via the virtual device channel; receiving, by the apparatus, information from the first device; and transmitting, by the apparatus, the received information to the plurality of second devices via the virtual device channel; wherein the information received from the first device is generated by the first device in response to receiving the processed information related to the plurality of second devices; and wherein the processing comprises processing the received information related to the plurality of second devices as information about an application that is most frequently used by the plurality of second devices.
A system for mounting glass roof tiles on a roof construction, the system comprising: - a roof batten extending along a first longitudinal direction, - an S-shaped bracket defining a first U-shaped portion and a second U-shaped portion, and - a sealing plate extending along a second longitudinal direction being transverse to the first longitudinal direction, wherein the first U-shaped portion of the bracket is clamped onto the roof batten and retained in relation thereto solely by means of friction and gravity, characterised in that the system comprises two glass roof tiles arranged side by side along the first longitudinal direction, and in that an end portion of the sealing plate and a lower end portion of each of the glass roof tiles are snugly fit into the second U-shaped portion of the bracket, such that the bracket and the sealing plate overlap the respective lower end portions of the two glass roof tiles when the glass roof tiles are arranged side by side along the first longitudinal direction, and such that the sealing plate and the two glass roof tiles are retained in relation to the bracket solely by means of friction and gravity, wherein the sealing plate is rectangular when seen in a planar projection onto a surface of the roof defined by the roof tiles, with no elements, parts or portions of the sealing plate extending beyond the bracket when seen in the longitudinal direction of the roof batten in said planar projection. - a roof batten extending along a first longitudinal direction, - an S-shaped bracket defining a first U-shaped portion and a second U-shaped portion, and - a sealing plate extending along a second longitudinal direction being transverse to the first longitudinal direction, wherein the first U-shaped portion of the bracket is clamped onto the roof batten and retained in relation thereto solely by means of friction and gravity, characterised in that the system comprises two glass roof tiles arranged side by side along the first longitudinal direction, and in that an end portion of the sealing plate and a lower end portion of each of the glass roof tiles are snugly fit into the second U-shaped portion of the bracket, such that the bracket and the sealing plate overlap the respective lower end portions of the two glass roof tiles when the glass roof tiles are arranged side by side along the first longitudinal direction, and such that the sealing plate and the two glass roof tiles are retained in relation to the bracket solely by means of friction and gravity, wherein the sealing plate is rectangular when seen in a planar projection onto a surface of the roof defined by the roof tiles, with no elements, parts or portions of the sealing plate extending beyond the bracket when seen in the longitudinal direction of the roof batten in said planar projection.
A communication method, comprising: receiving, by a residential access network user plane, RAN-UP, entity, a data packet transmitted from a core network; performing a determination, by the RAN-UP entity, that the data packet is not to be transmitted to a user equipment, UE, in an inactive state upon determining that a packet length of the data packet is greater than a certain length; and transmitting, by the RAN-UP entity, a message to a residential access network control plane, RAN-CP, entity to indicate to the RAN-CP entity to send a paging message to the UE, wherein the message is transmitted based on performing the determination, and the paging message indicates to the UE to emigrate from the inactive state. receiving, by a residential access network user plane, RAN-UP, entity, a data packet transmitted from a core network; performing a determination, by the RAN-UP entity, that the data packet is not to be transmitted to a user equipment, UE, in an inactive state upon determining that a packet length of the data packet is greater than a certain length; and transmitting, by the RAN-UP entity, a message to a residential access network control plane, RAN-CP, entity to indicate to the RAN-CP entity to send a paging message to the UE, wherein the message is transmitted based on performing the determination, and the paging message indicates to the UE to emigrate from the inactive state.
The process of forming the reaction product comprising the homologue mixture of I(CF 2) n I, wherein n is 3 to 7, which contains at least one of the contaminants ICF 2 I and I(CF 2) 2 I, by the steps comprising (a) reacting iodine with hexafluoropropylene oxide at a temperature of 150°C to 210°C in a reactor, the amount of said hexafluoropropylene oxide being a portion of the total amount of hexafluoropropylene oxide to be reacted with said iodine, thereby forming a reaction product containing gaseous perfluoroacetyl fluoride as a reaction by-product, (b) cooling said reaction product to become liquid except for said gaseous perfluoroacetyl fluoride, (c) venting said perfluoroacetyl fluoride from said reactor, and (d) repeating said steps (a), (b), and (c) until said total amount of said hexafluoropropylene oxide is reacted with said iodine, and obtaining as a result thereof said reaction product comprising said homologue mixture, wherein the portion of said hexafluoropropylene oxide reacted in each of said step (a) is from 10 to 50% of said total amount of said hexafluoropropylene oxide reacted with said iodine, and wherein the molar ratio of said total amount of said hexafluoropropylene oxide to said iodine is at least 3.0. (a) reacting iodine with hexafluoropropylene oxide at a temperature of 150°C to 210°C in a reactor, the amount of said hexafluoropropylene oxide being a portion of the total amount of hexafluoropropylene oxide to be reacted with said iodine, thereby forming a reaction product containing gaseous perfluoroacetyl fluoride as a reaction by-product, (b) cooling said reaction product to become liquid except for said gaseous perfluoroacetyl fluoride, (c) venting said perfluoroacetyl fluoride from said reactor, and (d) repeating said steps (a), (b), and (c) until said total amount of said hexafluoropropylene oxide is reacted with said iodine,
A process for the preparation of a polymeric tape having a width that varies less than 2% on average in the longitudinal direction of the tape, the process comprising forming a polymeric powder bed, compression-moulding the polymeric powder bed at a temperature below the melting point of the polymeric powder, and wherein the powder bed is moulded by compression together with at least one compressible bordering means positioned onto the powder bed to partition said powder bed into at least two parts, said compressible bordering means being made of a compressible material.
Crash barrier element having a main body which is preferably made of concrete and which has two end walls and side walls (4, 4', 5), wherein one of the side walls faces a traffic area and the other side wall faces away from the traffic area, wherein coupling elements for connection to adjoining crash barrier elements are arranged on the end walls, wherein a protective layer is arranged on a side wall (4, 4', 5) at least in partial regions of the surface of the main body, wherein the protective layer has an in particular metallic grid, expanded metal, woven, knitted, netted, braided or knitted fabric, and wherein the protective layer has sufficient strength to retain parts of the main body which become detached due to a collision event, characterized in that the protective layer is loosely arranged on the surface at least in regions, and in that the protective layer is arranged only on the side wall facing away from the traffic area.
A method executed by a system for accessing a wireless access point, the system comprising a preset device, a smart device and the wireless access point; the method comprising: the preset device successfully accessing the wireless access point; the preset device broadcasting (302, 403) access information of the wireless access point, the access information including a Basic Service Set Identifier, BSSID, an access password of the wireless access point and a Service Set Identifier, SSID, of the wireless access point; the smart device receiving (201, 404) the access information of the wireless access point broadcasted by the preset device; the smart device detecting whether the SSID in the access information contains a preset character, the preset character being a character having different coding formats; and when the preset character is contained: the smart device unicasting to the wireless access point device finding information according to the BSSID, the device finding information carrying therein the BSSID; the smart device receiving feedback information sent by the wireless access point, the feedback information carrying therein an original SSID of the wireless access point; and the smart device accessing (204, 409) the wireless access point according to the original SSID carried in the feedback information and the access password. the preset device successfully accessing the wireless access point; the preset device broadcasting (302, 403) access information of the wireless access point, the access information including a Basic Service Set Identifier, BSSID, an access password of the wireless access point and a Service Set Identifier, SSID, of the wireless access point; the smart device receiving (201, 404) the access information of the wireless access point broadcasted by the preset device; the smart device detecting whether the SSID in the access information contains a preset character, the preset character being a character having different coding formats; and when the preset character is contained: the smart device unicasting to the wireless access point device finding information according to the BSSID, the device finding information carrying therein the BSSID; the smart device receiving feedback information sent by the wireless access point, the feedback information carrying therein an original SSID of the wireless access point; and the smart device accessing (204, 409) the wireless access point according to the original SSID carried in the feedback information and the access password. the smart device unicasting to the wireless access point device finding information according to the BSSID, the device finding information carrying therein the BSSID; the smart device receiving feedback information sent by the wireless access point, the feedback information carrying therein an original SSID of the wireless access point; and the smart device accessing (204, 409) the wireless access point according to the original SSID carried in the feedback information and the access password.
Pneumatic vehicle tyre with a profiled tread having radially raised profile block elements, which are separated from one another by grooves (3, 4, 5) and are outwardly delimited in the radial direction R by a radially outer surface forming the ground contact surface of the profile block element, wherein the profile block elements are formed in their cross-sectional planes comprising the tyre axis by a convexly curved contour of this radially outer surface and characterized in that the profile block elements are formed in their cross-sectional planes formed perpendicularly to the tyre axis by a concavely curved contour of this radially outer surface.
Cooking appliance comprising: - a well defining a cooking chamber having a top opening, - a grill and/or hotplate positioned opposite the opening, - at least one burner having at least one heating part disposed in the cooking chamber, wherein the cooking chamber comprises an internal lateral wall comprising at least one first front or rear panel (65, 73, 77) and respectively a second front or rear panel (65, 75, 79) adjacent to each other, removable and intended to be secured to a support included in the appliance, wherein the first front or rear panel (65, 73, 77) and respectively the second front or rear panel (65, 75, 79) comprise edges superimposed in an overlap zone extending along a slope line common to the first front or rear panel (65, 73, 77) and respectively to the second front or rear panel (65, 75, 79), characterised in that the slope is oriented towards the inside of the cooking well. - a well defining a cooking chamber having a top opening, - a grill and/or hotplate positioned opposite the opening, - at least one burner having at least one heating part disposed in the cooking chamber,
A shoe care apparatus, comprising: a cabinet forming a care chamber and including a supply port; a supply duct provided to supply air to the care chamber through the supply port; a supporter rail including a guide rail; and a supporter to support a shoe, and being detachably mountable to the supporter rail (100, 200) in the care chamber, wherein the supporter rail (100, 200) and supporter are configured so that: the supply port is opened in response to the supporter being guided by the guide rail and mounted to the supporter rail, and the supporter receives the air supplied through the supply port, and the supply port is closed in response to the supporter being guided by the guide rail and separated from the supporter rail. a cabinet forming a care chamber and including a supply port; a supply duct provided to supply air to the care chamber through the supply port; a supporter rail including a guide rail; and a supporter to support a shoe, and being detachably mountable to the supporter rail (100, 200) in the care chamber, wherein the supporter rail (100, 200) and supporter are configured so that: the supply port is opened in response to the supporter being guided by the guide rail and mounted to the supporter rail, and the supporter receives the air supplied through the supply port, and the supply port is closed in response to the supporter being guided by the guide rail and separated from the supporter rail. the supply port is opened in response to the supporter being guided by the guide rail and mounted to the supporter rail, and the supporter receives the air supplied through the supply port, and the supply port is closed in response to the supporter being guided by the guide rail and separated from the supporter rail.
Structural component for a motor vehicle, having a component body which is formed from a metal sheet and comprises at least one shell-shaped body part which is formed from the metal sheet and at least one locating bush which is formed from the metal sheet, extends along its circumference between two circumferential-side ends (4, 5), and merges, at one of its circumferential-side ends, into the shell-shaped body part and, at another of its circumferential-side ends, into a fastening bracket which is formed from the metal sheet and is fixed on the shell-shaped body part, wherein the shell-shaped body part merges integrally into the fastening bracket with the locating bush being connected in between, characterized in that the fastening bracket supplements the shell-shaped body part at least in regions to form a closed hollow profile, and the shell-shaped body part has a back and two limbs (10, 11) which extend away from the latter, lie opposite one another, and are connected to one another via the back, wherein the fastening bracket runs between the two limbs (10, 11) at a spacing from the back.
Control module of a receiver of multimedia content items (C1, C2) previously and respectively associated with meta information items (11, 12), said receiver comprising means for decoding such a multimedia content item (C1, C2), interpreting a meta information item (11, 12) associated therewith and supplying, in response to a predetermined command (Cd20, Cd14), an information item that can be used by an output peripheral device, said control module comprising processing means for decoding a first multimedia content item, interpreting a first meta information item previously associated with said multimedia content item and, by implementing a predetermined production method, producing a second multimedia content item and a second meta information item associated with said second content item, the processing means further producing a command which can be interpreted by the decoding means of the receiver, the processing means of the control module cooperating with the decoding means of the receiver via a communication interface, characterized in that the control module comprises means for communicating with a remote electronic object according to a wireless communication, said communication means cooperating with the processing means of said control module in order to transmit an output message (Mo) produced by said processing means to said remote electronic object, said message (Mo) comprising or being produced from the meta information item associated with the multimedia content item decoded by the processing means of said control module.
A method of providing a certain communication service with respect to a user equipment, UE, in a cellular communications network, the communications network comprising a radio access network, RAN, node and a plurality of cells within an area comprising at least a first cell and a second cell, wherein at least the first cell of the plurality of cells is capable of supporting the certain service, and a core network, CN, node involved in a bearer activation process with respect to the UE, the radio access network node performing the following steps: - receiving from the CN node an information indicative that the UE requests the certain service, while the UE is camping on the second cell, characterized in that - in case the second cell is not capable of supporting the certain service, the radio access network node performs: - sending an indication from the RAN node to the CN node indicative that UE radio capabilities match the network configuration within the area comprising at least the first cell and the second cell, wherein at least the first cell is capable of supporting the certain service and the second cell is not capable of supporting the certain service, and - initiating a movement of the UE to the first cell. - receiving from the CN node an information indicative that the UE requests the certain service, while the UE is camping on the second cell, - in case the second cell is not capable of supporting the certain service, the radio access network node performs: - sending an indication from the RAN node to the CN node indicative that UE radio capabilities match the network configuration within the area comprising at least the first cell and the second cell, wherein at least the first cell is capable of supporting the certain service and the second cell is not capable of supporting the certain service, and - initiating a movement of the UE to the first cell. - sending an indication from the RAN node to the CN node indicative that UE radio capabilities match the network configuration within the area comprising at least the first cell and the second cell, wherein at least the first cell is capable of supporting the certain service and the second cell is not capable of supporting the certain service, and - initiating a movement of the UE to the first cell.
An arc-shaped multi-focal point fixed anode gate controlled X-ray source, comprising an arc-shaped ray source housing, a ray tube bracket, a plurality of fixed anode reflected ray tubes and a plurality of gate controlled switches; the plurality of fixed anode reflected ray tubes being fixed on the arc-shaped ray source housing through the ray tube bracket, and focal points of the plurality of fixed anode reflected ray tubes being distributed on a same distribution circle; and the plurality of gate controlled switches and the plurality of fixed anode reflected ray tubes being connected correspondingly, wherein each of the fixed anode reflected ray tube is provided with an independent gate controlled switch of said plurality of gate controlled switches; characterized in that the gate controlled switch is fixed to a tube body of the fixed anode reflected ray tube through a bracket, and an output end of the gate controlled switch is connected to a gate of the fixed anode reflected ray tube through a wire.