mhurhangee/patent-ind-claim-en huggingface dataset:
A process for producing resin expanded beads, comprising the steps of: (a) melt-mixing a propylene-based random copolymer (I) having a melting point of 120°C or more and a recycled polyolefin-based resin (II) having a melting point of 125 to 170°C to obtain a molten resin mixture, the melting point of the polymers being measured according to the method in the description, (b) processing the molten resin mixture into resin particles, and (c) expanding the resin particles, wherein said recycled polyolefin-based resin (II) originates from a recycled fishery material selected from fishery nets, fishing lines, fishery ropes and mixtures of two or more thereof and is in the form of pellets having an ash content of 3% by mass or less, and wherein in step (a) 40 to 95% by mass of the propylene-based random copolymer (I) is mixed with 5 to 60% by mass of the recycled polyolefin-based resin (II) with the proviso that the total of the propylene-based random copolymer (I) and the recycled polyolefin-based resin (II) is 100% by mass. (a) melt-mixing a propylene-based random copolymer (I) having a melting point of 120°C or more and a recycled polyolefin-based resin (II) having a melting point of 125 to 170°C to obtain a molten resin mixture, the melting point of the polymers being measured according to the method in the description, (b) processing the molten resin mixture into resin particles, and (c) expanding the resin particles, wherein said recycled polyolefin-based resin (II) originates from a recycled fishery material selected from fishery nets, fishing lines, fishery ropes and mixtures of two or more thereof and is in the form of pellets having an ash content of 3% by mass or less, and wherein in step (a) 40 to 95% by mass of the propylene-based random copolymer (I) is mixed with 5 to 60% by mass of the recycled polyolefin-based resin (II) with the proviso that the total of the propylene-based random copolymer (I) and the recycled polyolefin-based resin (II) is 100% by mass.
A method for starting a system-on-a-chip, SoC, without read only memory, ROM, comprising the following steps, receiving (S1), by a processor comprised by the SoC, a reset signal, monitoring (S2), by a monitoring component comprised by the SoC, a connection between the processor and at least a non-volatile memory , both comprised by the SoC, upon occurrence of a first read access (S3) of the processor to the non-volatile memory via the connection checking (S4), by the monitoring component, whether a data value (DV1) returned in response to the first read access via the connection conforms to a pre-set value, and if the returned data value differs from the pre-set value, stopping (S5), by the monitoring component, operation of the processor, wherein stopping, by the monitoring component, operation of the processor comprises discarding, by the monitoring component, the returned data value and providing, by the monitoring component, a machine executable instruction to the processor which causes the processor to cease operation, wherein the first read access is the first read access of the processor directly after production of the SoC. monitoring (S2), by a monitoring component comprised by the SoC, a connection between the processor and at least a non-volatile memory , both comprised by the SoC, upon occurrence of a first read access (S3) of the processor to the non-volatile memory via the connection checking (S4), by the monitoring component, whether a data value (DV1) returned in response to the first read access via the connection conforms to a pre-set value, and if the returned data value differs from the pre-set value, stopping (S5), by the monitoring component, operation of the processor, wherein stopping, by the monitoring component, operation of the processor comprises discarding, by the monitoring component, the returned data value and providing, by the monitoring component, a machine executable instruction to the processor which causes the processor to cease operation, wherein the first read access is the first read access of the processor directly after production of the SoC.
An intercom system comprising: a front door slave unit which has an attached camera; and a master unit which is connected to the front door slave unit having the attached camera through one two-wire cable, wherein the front door slave unit packetizes a control signal, an image signal, and a sound signal of the front door slave unit, generates an uplink signal, and transmits the generated uplink signal to the master unit, the master unit packetizes a control signal and a sound signal of the master unit, generates a downlink signal, and transmits the generated downlink signal to the front door slave unit, and the front door slave unit and the master unit perform transmission of the uplink signal and transmission of the downlink signal in a manner of time division duplex using the two-wire cable, wherein a bundle of packets formed in the packetizing is transmitted during a frame, wherein one of the packets of the uplink signal for the frame is formed in the packetizing of the control signal and the sound signal of the front door slave unit and the other packets of the uplink signal for the frame are formed in the packetizing of the image signal of the front door slave unit, and wherein the downlink signal for the frame includes one packet formed in the packetizing of the control signal and the sound signal of the master unit. a front door slave unit which has an attached camera; and a master unit which is connected to the front door slave unit having the attached camera through one two-wire cable, wherein the front door slave unit packetizes a control signal, an image signal, and a sound signal of the front door slave unit, generates an uplink signal, and transmits the generated uplink signal to the master unit, the master unit packetizes a control signal and a sound signal of the master unit, generates a downlink signal, and transmits the generated downlink signal to the front door slave unit, and the front door slave unit and the master unit perform transmission of the uplink signal and transmission of the downlink signal in a manner of time division duplex using the two-wire cable, wherein a bundle of packets formed in the packetizing is transmitted during a frame, wherein one of the packets of the uplink signal for the frame is formed in the packetizing of the control signal and the sound signal of the front door slave unit and the other packets of the uplink signal for the frame are formed in the packetizing of the image signal of the front door slave unit, and wherein the downlink signal for the frame includes one packet formed in the packetizing of the control signal and the sound signal of the master unit.
Method for removing radioactive nuclides from water, - in which at least one absorption additive , which has an absorbing effect on the nuclides, is used, - in which at least one filter device which is impermeable to the respective adsorption additive is used, characterized by that an adsorption layer is produced with the adsorption additive on an upstream surface of the respective filter device . - in which at least one absorption additive , which has an absorbing effect on the nuclides, is used, - in which at least one filter device which is impermeable to the respective adsorption additive is used,
A roof window system comprising: a roof window having a frame including a frame top member , two side members and a bottom member , defining a frame plane, and a sash including a sash top member , sash side members and a bottom member, and a pane , the roof window further comprising at least one ventilation device adapted for providing ventilation of a building in which the roof window is mounted, at least one ventilation assembly including a housing accommodating at least one ventilation unit connected to an aperture for air intake and exhaust, transition means being provided between said at least one ventilation assembly and the frame top member and the sash top member of the roof window to accommodate a set of flow paths for air to and from the ventilation assembly , characterised in that said transition means comprise between said at least one ventilation assembly and the sash top member a plurality of apertures extending through the frame top member . a roof window having a frame including a frame top member , two side members and a bottom member , defining a frame plane, and a sash including a sash top member , sash side members and a bottom member, and a pane , the roof window further comprising at least one ventilation device adapted for providing ventilation of a building in which the roof window is mounted, at least one ventilation assembly including a housing accommodating at least one ventilation unit connected to an aperture for air intake and exhaust, transition means being provided between said at least one ventilation assembly and the frame top member and the sash top member of the roof window to accommodate a set of flow paths for air to and from the ventilation assembly , characterised in that said transition means comprise between said at least one ventilation assembly and the sash top member a plurality of apertures extending through the frame top member .
A display carrier , comprising: a storage box which stores a display ; a fixing member which fixes said display in the inside of said storage box ; a window part which is formed on a face which is opposite to a screen of said display with said display being fixed in the inside of said storage box among a plurality of faces of said storage box ; and a pair of closing members which closes said window part , wherein said pair of said closing members is attached to a periphery of said window part being an upper side and a periphery of said window part being a lower side, when the display carrier is placed vertically, wherein all of said closing members are rotatably attached to predetermined positions of said storage box . a storage box which stores a display ; a fixing member which fixes said display in the inside of said storage box ; a window part which is formed on a face which is opposite to a screen of said display with said display being fixed in the inside of said storage box among a plurality of faces of said storage box ; and a pair of closing members which closes said window part , wherein said pair of said closing members is attached to a periphery of said window part being an upper side and a periphery of said window part being a lower side, when the display carrier is placed vertically, wherein all of said closing members are rotatably attached to predetermined positions of said storage box .
A penetration part fireproof covering material used when a penetration part covered for fireproof is formed in a wooden building, wherein the fireproof covering material is formed to have a tubular shape by stacking a plurality of gypsum board pieces in a thickness direction and unitarily connecting the plurality of gypsum board pieces.
A method in a base station controlling a cell serving a user equipment for supporting a broadcast service from a neighboring cell, the method comprising the steps: Receiving (S1), from a control node or from another base station or from a user equipment, an indication that the serving base station shall not transmit the broadcast service in the cell serving the user equipment, in consequence to receiving the indication, the base station does not transmit the broadcast service in the cell serving the user equipment; Receiving (S2) control information required by the user equipment for receiving the broadcast service from the neighboring cell; Transmitting (S3) the control information to the user equipment via the cell serving the user equipment; characterized by : Receiving (S4) an indication whether the user equipment is interested in receiving the broadcast service; and If the user equipment is interested, the serving base station excluding (S5) a radio resource of the broadcast service for scheduling a unicast service to the user equipment in the cell serving the user equipment. Receiving (S1), from a control node or from another base station or from a user equipment, an indication that the serving base station shall not transmit the broadcast service in the cell serving the user equipment, in consequence to receiving the indication, the base station does not transmit the broadcast service in the cell serving the user equipment; Receiving (S2) control information required by the user equipment for receiving the broadcast service from the neighboring cell; Transmitting (S3) the control information to the user equipment via the cell serving the user equipment; characterized by : Receiving (S4) an indication whether the user equipment is interested in receiving the broadcast service; and If the user equipment is interested, the serving base station excluding (S5) a radio resource of the broadcast service for scheduling a unicast service to the user equipment in the cell serving the user equipment. Receiving (S4) an indication whether the user equipment is interested in receiving the broadcast service; and If the user equipment is interested, the serving base station excluding (S5) a radio resource of the broadcast service for scheduling a unicast service to the user equipment in the cell serving the user equipment.
A computer implemented method implemented in a multi-tenant workload system, the multi-tenant workload system comprising a command request queue system and a target machine on which a requested command is to be performed, the method comprising: Receiving, by the command request queue system , a workflow that identifies the requested command to be performed by a remote user using a remote administrative client system; Sending, by the command request queue system , the workflow to a trusted, remote authentication system; Receiving, by the command request queue system , an approved workflow from the trusted, remote authentication system; and Receiving, by the target machine, the approved workflow from the command request queue system ; identifying, by the target machine, from the approved workflow, an isolation level corresponding to the approved workflow and executing the requested command in an execution environment with the identified isolation level. Receiving, by the command request queue system , a workflow that identifies the requested command to be performed by a remote user using a remote administrative client system; Sending, by the command request queue system , the workflow to a trusted, remote authentication system; Receiving, by the command request queue system , an approved workflow from the trusted, remote authentication system; and Receiving, by the target machine, the approved workflow from the command request queue system ; identifying, by the target machine, from the approved workflow, an isolation level corresponding to the approved workflow and executing the requested command in an execution environment with the identified isolation level.
A vehicle dispatch system comprising: a plurality of vehicles each configured to perform automated driving and each including a wireless communication device ; and a server configured to communicate with the plurality of vehicles , the wireless communication device being configured to connect to a user terminal and an access point of a wireless local area network (LAN) communication network, and being configured to relay wireless communication between the user terminal and the wireless LAN communication network, the vehicle dispatch system including a data base that contains information indicating the status of use of the plurality of vehicles , characterized by the server being configured to output, when the plurality of vehicles includes, in addition to a vehicle out of service, a vehicle traveling with a user on board, a vehicle traveling toward a user's location or a vehicle being externally charged, to the vehicle out of service, an instruction for dispatching the vehicle out of service by automated driving, in accordance with at least one of a vehicle dispatch request from the user terminal and information indicating that a radio wave intensity of the wireless LAN communication network is low, the vehicle out of service, in response to the instruction, being configured to relay wireless communication between the user terminal and the wireless LAN communication network by using the wireless communication device . a plurality of vehicles each configured to perform automated driving and each including a wireless communication device ; and a server configured to communicate with the plurality of vehicles , the wireless communication device being configured to connect to a user terminal and an access point of a wireless local area network (LAN) communication network, and being configured to relay wireless communication between the user terminal and the wireless LAN communication network, the vehicle dispatch system including a data base that contains information indicating the status of use of the plurality of vehicles , characterized by the server being configured to output, when the plurality of vehicles includes, in addition to a vehicle out of service, a vehicle traveling with a user on board, a vehicle traveling toward a user's location or a vehicle being externally charged, to the vehicle out of service, an instruction for dispatching the vehicle out of service by automated driving, in accordance with at least one of a vehicle dispatch request from the user terminal and information indicating that a radio wave intensity of the wireless LAN communication network is low, the vehicle out of service, in response to the instruction, being configured to relay wireless communication between the user terminal and the wireless LAN communication network by using the wireless communication device .
A method of polishing a target surface of a waveguide to achieve accurate perpendicularity of the target surface relative to at least one reference surface of the waveguide , characterized in that the method comprising: providing a polishing apparatus comprising a polishing plate having a flat surface parallel to a polishing plane and defining a reference plane, and an adjustable mounting apparatus configured to hold the waveguide during polishing at any of a plurality of angular orientations relative to the reference plane; for each given reference surface, positioning a corresponding optical alignment sensor configured to emit one or more collimated light beams and to receive reflections thereof, and a corresponding light reflecting apparatus configured to reflect a collimated light beam exactly 90 degrees, such that a first collimated light beam is reflected off of a surface parallel to the reference plane, and a second collimated light beam, perpendicular to the first collimated light beam, is reflected off of the given reference surface ; by use of the mounting apparatus , aligning the waveguide within said polishing apparatus by adjusting the angular orientation of the waveguide such that for each given reference surface , the reflections received by the optical alignment sensor corresponding to the given reference surface align within said optical alignment sensor , thereby being indicative of perpendicularity between the reference plane and the given reference surface ; and by use of the polishing apparatus , polishing the target surface of the aligned waveguide . providing a polishing apparatus comprising a polishing plate having a flat surface parallel to a polishing plane and defining a reference plane, and an adjustable mounting apparatus configured to hold the waveguide during polishing at any of a plurality of angular orientations relative to the reference plane; for each given reference surface, positioning a corresponding optical alignment sensor configured to emit one or more collimated light beams and to receive reflections thereof, and a corresponding light reflecting apparatus configured to reflect a collimated light beam exactly 90 degrees, such that a first collimated light beam is reflected off of a surface parallel to the reference plane, and a second collimated light beam, perpendicular to the first collimated light beam, is reflected off of the given reference surface ; by use of the mounting apparatus , aligning the waveguide within said polishing apparatus by adjusting the angular orientation of the waveguide such that for each given reference surface , the reflections received by the optical alignment sensor corresponding to the given reference surface align within said optical alignment sensor , thereby being indicative of perpendicularity between the reference plane and the given reference surface ; and by use of the polishing apparatus , polishing the target surface of the aligned waveguide .
A device for switching the operating mode of a dynamic pylon, said device comprising: a latch that creates a mechanical obstacle to the rotation of a pole of the dynamic pylon; at least one part of a member of the dynamic pylon, said part comprising a main recess for the latch , wherein the latch is permanently and at least partially located and can travel linearly inside this main recess ; at least one part of another member of the dynamic pylon, said part comprising a counter-recess wherein the latch partially has temporary accommodation for creating a mechanical obstacle to the rotation of the pole ; a magnetic lock that creates an obstruction to the travel of the latch within the main recess away from the required position, said obstruction is created by means of magnetic force created by a magnetic unit, said lock comprising: first, the magnetic unit comprising at least one permanent magnet ; second, at least one part that the magnetic unit is installed thereon; third, at least one part that is periodically temporarily engaged with the magnetic unit, wherein the main recess communicates at the side of its lateral wall with an outer space, which surrounds the dynamic pylon member part where the main recess is located. a latch that creates a mechanical obstacle to the rotation of a pole of the dynamic pylon; at least one part of a member of the dynamic pylon, said part comprising a main recess for the latch , wherein the latch is permanently and at least partially located and can travel linearly inside this main recess ; at least one part of another member of the dynamic pylon, said part comprising a counter-recess wherein the latch partially has temporary accommodation for creating a mechanical obstacle to the rotation of the pole ; a magnetic lock that creates an obstruction to the travel of the latch within the main recess away from the required position, said obstruction is created by means of magnetic force created by a magnetic unit, said lock comprising: first, the magnetic unit comprising at least one permanent magnet ; second, at least one part that the magnetic unit is installed thereon; third, at least one part that is periodically temporarily engaged with the magnetic unit, first, the magnetic unit comprising at least one permanent magnet ; second, at least one part that the magnetic unit is installed thereon; third, at least one part that is periodically temporarily engaged with the magnetic unit, wherein the main recess communicates at the side of its lateral wall with an outer space, which surrounds the dynamic pylon member part where the main recess is located.