mhurhangee/ep-ind-claims huggingface dataset:
A handover method based on a cognitive technology, wherein at least two working areas including a primary working area and a secondary working area, a Radio Resource Management, RRM, and a Handover Controller, HOC, are both configured in a user equipment and in a base station, BS, and the method comprises: after receiving a handover request, according to current radio environments, the primary working area of the base station making a handover negotiation with a neighboring base station or with a neighboring base station and the user equipment requesting handover, determining a Radio Access Technology, RAT, and communication parameters satisfying the handover request, and sending the determined communication parameters, or the determined communication parameters and communication software corresponding to the RAT, to the secondary working area of the base station and the secondary working area of the user equipment; the secondary working area of the base station and the secondary working area of the user equipment configuring the communication parameters, or installing communication software corresponding to the RAT and configuring the communication parameters, and notifying the RRM of the BS after the configuration is finished; and instructing the HOC of the base station and the HOC of the user equipment by the RRM of the base station to activate the respective secondary working areas, and to perform a handover according to the communication parameters configured by the secondary working area, wherein the primary working area and the secondary working area are obtained by performing dividing operation at the baseband of the user equipment and the base station. after receiving a handover request, according to current radio environments, the primary working area of the base station making a handover negotiation with a neighboring base station or with a neighboring base station and the user equipment requesting handover, determining a Radio Access Technology, RAT, and communication parameters satisfying the handover request, and sending the determined communication parameters, or the determined communication parameters and communication software corresponding to the RAT, to the secondary working area of the base station and the secondary working area of the user equipment; the secondary working area of the base station and the secondary working area of the user equipment configuring the communication parameters, or installing communication software corresponding to the RAT and configuring the communication parameters, and notifying the RRM of the BS after the configuration is finished; and instructing the HOC of the base station and the HOC of the user equipment by the RRM of the base station to activate the respective secondary working areas, and to perform a handover according to the communication parameters configured by the secondary working area, wherein the primary working area and the secondary working area are obtained by performing dividing operation at the baseband of the user equipment and the base station.
A method for making a thin layer of porous SiOCH including the following steps of: - depositing a thin layer of SiOCH by chemical vapour deposition from a single precursor selected from dimethylsilane, trimethylsilane and tetramethylsilane at a temperature between 100°C and 250°C, an oxygen stream being also injected upon depositing, - heat treating said thin layer, directly after depositing the thin layer, at a temperature between 350°C and 500°C. - depositing a thin layer of SiOCH by chemical vapour deposition from a single precursor selected from dimethylsilane, trimethylsilane and tetramethylsilane at a temperature between 100°C and 250°C, an oxygen stream being also injected upon depositing, - heat treating said thin layer, directly after depositing the thin layer, at a temperature between 350°C and 500°C.
A torque device for mounting of a syringe needle to a syringe barrel, said torque device comprising a device hub and a torque ring, wherein said device hub is provided with a central recess extending along a rotational axis of the device hub, wherein said central recess, is configured to receive and grab a needle hub of the syringe needle, directly or via a needle cover attached to the needle hub, and with the needle extending along the rotational axis of the device hub, wherein the torque ring is provided with a plurality of resilient arms extending inwards from the torque ring, wherein the arms together define a central space within which the device hub is rotatable, wherein the device hub is provided with a plurality of abutment portions configured to engage respective inner end portions of the respective arms upon relative rotation between the device hub and the torque ring such that a momentum applied to the torque ring is transferred to the device hub via the engagement between the arms and the abutment portions, wherein the arms and the abutment portions are configured so that the arms bend and slip over the abutment portions upon application of momentum over a predetermined threshold level at rotation of the torque ring in a tightening direction for mounting of the needle hub to the syringe barrel. wherein said device hub is provided with a central recess extending along a rotational axis of the device hub, wherein said central recess, is configured to receive and grab a needle hub of the syringe needle, directly or via a needle cover attached to the needle hub, and with the needle extending along the rotational axis of the device hub, wherein the torque ring is provided with a plurality of resilient arms extending inwards from the torque ring, wherein the arms together define a central space within which the device hub is rotatable, wherein the device hub is provided with a plurality of abutment portions configured to engage respective inner end portions of the respective arms upon relative rotation between the device hub and the torque ring such that a momentum applied to the torque ring is transferred to the device hub via the engagement between the arms and the abutment portions, wherein the arms and the abutment portions are configured so that the arms bend and slip over the abutment portions upon application of momentum over a predetermined threshold level at rotation of the torque ring in a tightening direction for mounting of the needle hub to the syringe barrel.
An electronic device comprising: a housing on which a first hole corresponding in position to a first light-emitting source and a second hole corresponding in position to a second light-emitting source are formed; a first light guide plate that has a first projection to be inserted into the first hole, and is arranged to guide light of the first light-emitting source from the first projection to the first hole; a second light guide plate that has a main-body plate portion to be superposed on the first light guide plate with the first projection penetrating therethrough and a second projection to be inserted into the second hole, and is arranged to block out the light of the first light-emitting source with the main-body plate portion and guide light of the second light-emitting source from the second projection to the second hole; and a first adhesive member that is inserted between the second light guide plate and the housing, and is arranged to attach the main-body plate portion to the housing. a housing on which a first hole corresponding in position to a first light-emitting source and a second hole corresponding in position to a second light-emitting source are formed; a first light guide plate that has a first projection to be inserted into the first hole, and is arranged to guide light of the first light-emitting source from the first projection to the first hole; a second light guide plate that has a main-body plate portion to be superposed on the first light guide plate with the first projection penetrating therethrough and a second projection to be inserted into the second hole, and is arranged to block out the light of the first light-emitting source with the main-body plate portion and guide light of the second light-emitting source from the second projection to the second hole; and a first adhesive member that is inserted between the second light guide plate and the housing, and is arranged to attach the main-body plate portion to the housing.
Cleaning scraper for cleaning roller surfaces in paper machines, where the cleaning scraper has a main element and a coating covering at least part of the surface of the main element and the coating comprises a first coating layer and a second coating layer arranged on the first coating layer, characterized in that the second coating layer is formed by a polymer.
A gangway bellows of a gangway between two articulately-connected vehicles or vehicle parts (2, 3), wherein the gangway bellows comprises gangway bellows frames, wherein the gangway bellows comprises a separate duct bellows equipped with a duct bellows frame, wherein at least one fastener is provided for connecting the duct bellows with the gangway bellows, characterized in that the fastener between the gangway bellows and the duct bellows is formed as a mount, which is connected at least at the one end with a duct bellows frame of the duct bellows and at the other end with a gangway bellows frame of the gangway bellows, wherein the connection between the gangway bellows frame and the mount and/or the duct bellows frame and the mount is formed as a detachable push-on connector.
A control valve for a variable displacement compressor for varying a discharging capacity of the compressor for compressing refrigerant led into a suction chamber and discharging the compressed refrigerant from a discharge chamber, by regulating a flow rate of the refrigerant led into a crankcase from the discharge chamber, the control valve comprising: a body (5, 16) having a discharge chamber communication port communicating with the discharge chamber, a crankcase communication port communicating with the crankcase, a valve hole formed in a passage connecting the discharge chamber communication port and the crankcase communication port, and a valve chamber formed between the valve hole and the crankcase communication port; a valve element for opening and closing a valve section by moving toward and away from the valve hole, the valve element being arranged in the valve chamber; a solenoid, provided on the body (5, 16), which generates a solenoidal force with which to drive the valve element in a valve closing direction in accordance with an amount of current supplied thereto; and characterised by a bleed hole that enables the refrigerant to be leaked from the discharge chamber communication port to the valve chamber while the valve section is being closed, the bleed hole having a leak passage, whose diameter is smaller than that of the valve hole, and the bleed hole being provided radially outward of the valve hole in the body (5, 16), wherein a raised portion, which is of a stepped shape, is provided on an end surface of the body (5, 16) at a discharge chamber communication port side, and wherein the leak passage is open on the discharge chamber communication port side in the raised portion. a body (5, 16) having a discharge chamber communication port communicating with the discharge chamber, a crankcase communication port communicating with the crankcase, a valve hole formed in a passage connecting the discharge chamber communication port and the crankcase communication port, and a valve chamber formed between the valve hole and the crankcase communication port; a valve element for opening and closing a valve section by moving toward and away from the valve hole, the valve element being arranged in the valve chamber; a solenoid, provided on the body (5, 16), which generates a solenoidal force with which to drive the valve element in a valve closing direction in accordance with an amount of current supplied thereto; and characterised by a bleed hole that enables the refrigerant to be leaked from the discharge chamber communication port to the valve chamber while the valve section is being closed, the bleed hole having a leak passage, whose diameter is smaller than that of the valve hole, and the bleed hole being provided radially outward of the valve hole in the body (5, 16), wherein a raised portion, which is of a stepped shape, is provided on an end surface of the body (5, 16) at a discharge chamber communication port side, and wherein the leak passage is open on the discharge chamber communication port side in the raised portion.
Method of assigning, by an addressing server of a network, said network comprising more than 1000 terminals and several levels of connection device including at least one primary connection device and secondary connection devices, with the terminal devices being connected to the secondary connection devices by the intermediary of connection ports that comprise these secondary connection devices, a network address to a terminal device connected to one of the connection ports of one of the secondary connection devices of said network, comprising: - sending a request for network address by said terminal device to said secondary connection device, - determining, by said secondary connection device, a location of said terminal device, said location associating a topological identifier of said secondary connection device with at least one identifier of said connection port, - transmitting, by said secondary connection device, by the intermediary of the primary connection device, to said addressing server, said request with said location, - assigning (24, 31, 32, 33, 34), by said addressing server, to said terminal device, said network address from said location, - said terminal device having a unique identifier which is a MAC address which is not used in said method of assigning, - using another parallel network, which is physically separate from said network, which is a point-to-point network, in order to configure said topological identifiers of the various connection devices of said network, - said sending of said request for a network address to said secondary connection device being carried out automatically by said terminal device. - sending a request for network address by said terminal device to said secondary connection device, - determining, by said secondary connection device, a location of said terminal device, said location associating a topological identifier of said secondary connection device with at least one identifier of said connection port, - transmitting, by said secondary connection device, by the intermediary of the primary connection device, to said addressing server, said request with said location, - assigning (24, 31, 32, 33, 34), by said addressing server, to said terminal device, said network address from said location, - said terminal device having a unique identifier which is a MAC address which is not used in said method of assigning, - using another parallel network, which is physically separate from said network, which is a point-to-point network, in order to configure said topological identifiers of the various connection devices of said network, - said sending of said request for a network address to said secondary connection device being carried out automatically by said terminal device.
A sublimator comprising: a porous plate having a first surface comprising a low pressure (Lp) side and a second surface comprising a high pressure (Hp) side such that refrigerant is configured to move through the porous plate from the high pressure side to the low pressure side, and wherein the second surface defines a primary heat transfer surface; and a plurality of secondary heat transfer surfaces integrally formed on the primary heat transfer surface to facilitate flow and evenly distribute refrigerant across the high pressure side of the porous plate, characterized in that the sublimator further comprises an intermediate plate having a first side and a second side facing opposite the first side, wherein the first side is spaced apart from the high pressure side of the porous plate to define a refrigerant chamber, and wherein the second side at least partially encloses a fluid chamber configured to cool a fluid within the fluid chamber. a porous plate having a first surface comprising a low pressure (Lp) side and a second surface comprising a high pressure (Hp) side such that refrigerant is configured to move through the porous plate from the high pressure side to the low pressure side, and wherein the second surface defines a primary heat transfer surface; and a plurality of secondary heat transfer surfaces integrally formed on the primary heat transfer surface to facilitate flow and evenly distribute refrigerant across the high pressure side of the porous plate, characterized in that the sublimator further comprises an intermediate plate having a first side and a second side facing opposite the first side, wherein the first side is spaced apart from the high pressure side of the porous plate to define a refrigerant chamber, and wherein the second side at least partially encloses a fluid chamber configured to cool a fluid within the fluid chamber.
A patient support apparatus comprising a patient support surface to support a patient, the patient support surface having at least one air bladder that is at least one of inflated and deflated to achieve at least one of a turn assist function and a therapy function of the patient support surface, a plurality of sensors for determining a position of the patient on the support surface, and control circuitry for determining that the patient is improperly positioned on the patient support surface for the at least one of the turn assist function and the therapy function, wherein the apparatus further comprises a plurality of patient support bladders, the sensors being pressure sensors that are used to determine a position of the patient based on signals from the pressure sensors which are indicative as to which of the plurality of bladders the patient is atop, characterised in that the patient support apparatus further comprises a graphical user interface configured to receive user inputs from a caregiver to initiate the at least one of the turn assist function and the therapy function, the control circuitry being coupled to the GUI and the GUI being controlled by the control circuitry to display information indicating that the patient is improperly positioned on the patient support surface for the at least one of the turn assist function and the therapy function.
A film having an average thickness in a range of 5 μm to 200 μm, the film comprising a mixture of a water-soluble polymer, one or more plasticizers, and a plurality of perfume fragrance-containing aminoplast resin microcapsules comprising a median d50 particle size of at least 12 μm and a shell comprising 75 to 100% by weight of an aminoplast resin that comprises 50 to 90% by weight of a terpolymer and 10-50% by weight of a polymeric stabilizer, the terpolymer comprises: (a) 20 to 40 % by weight of moieties derived from at least one triamine, (b) 25 to 60% by weight of moieties derived from at least one diamine, optionally urea; and (c) 19-35% by weight of moieties selected from the group consisting of alkylene and alkylenoxy moieties having 1 to 6 methylene units. (a) 20 to 40 % by weight of moieties derived from at least one triamine, (b) 25 to 60% by weight of moieties derived from at least one diamine, optionally urea; and (c) 19-35% by weight of moieties selected from the group consisting of alkylene and alkylenoxy moieties having 1 to 6 methylene units.
A door system for a vehicle comprising a vehicle body structure and a door structure, wherein the vehicle body structure comprises an opening to an interior compartment of the vehicle, wherein the door system comprises a displacement mechanism configured for displacing the door structure in relation to the opening between an open position (Po) and a closed position (P C), wherein the door structure in the closed position (P C) is arranged to cover at least a portion of the opening, and wherein the door structure in the open position (Po) is arranged at a distance from the closed position (P C) in a longitudinal direction (D LO) of the vehicle body structure, wherein the door structure comprises a recess configured to receive at least a section of a wheel envelope of a wheel of the vehicle when the door structure is arranged in the open position (Po), wherein the recess in the open position (P O) is allowing a door part of the door structure covering the wheel to be arranged in close vicinity to the vehicle body structure in a lateral direction (D LA) of the vehicle body structure and preventing the wheel from contacting the door structure, characterized in that the door structure comprises a first trim panel part attached to the door structure and a second trim panel part movably arranged in connection to the first trim panel part, wherein the first trim panel part comprises the recess, allowing the door structure to have a close alignment to the vehicle body structure of the vehicle and preventing the wheel from contacting the first trim panel part of the door structure in the open position (Po), wherein the recess is configured to receive the second trim panel part in the closed position (P C). wherein the door structure comprises a recess configured to receive at least a section of a wheel envelope of a wheel of the vehicle when the door structure is arranged in the open position (Po), wherein the recess in the open position (P O) is allowing a door part of the door structure covering the wheel to be arranged in close vicinity to the vehicle body structure in a lateral direction (D LA) of the vehicle body structure and preventing the wheel from contacting the door structure, characterized in that the door structure comprises a first trim panel part attached to the door structure and a second trim panel part movably arranged in connection to the first trim panel part, wherein the first trim panel part comprises the recess, allowing the door structure to have a close alignment to the vehicle body structure of the vehicle and preventing the wheel from contacting the first trim panel part of the door structure in the open position (Po), wherein the recess is configured to receive the second trim panel part in the closed position (P C).