mhurhangee/patent-ind-claim-en huggingface dataset:
A handover method, applied to a terminal, and the method comprising: receiving (S101) a handover command transmitted by a target cell of a network side through a source cell, wherein the handover command comprises bandwidth access information of the target cell, and the bandwidth access information is information of a determined bandwidth part (BWP) configured to access the target cell; characterized in that , the method further comprises: accessing (S102) the target cell on the BWP to enable the terminal to be switched from the source cell to the target cell by sending a random access request for accessing the target cell to the network side through the BWP and completing a random access process; wherein the bandwidth access information is as follows: an explicit indication configured to indicate the BWP which can be used by the terminal to access the target cell. receiving (S101) a handover command transmitted by a target cell of a network side through a source cell, wherein the handover command comprises bandwidth access information of the target cell, and the bandwidth access information is information of a determined bandwidth part (BWP) configured to access the target cell; characterized in that , the method further comprises: accessing (S102) the target cell on the BWP to enable the terminal to be switched from the source cell to the target cell by sending a random access request for accessing the target cell to the network side through the BWP and completing a random access process; wherein the bandwidth access information is as follows: an explicit indication configured to indicate the BWP which can be used by the terminal to access the target cell. accessing (S102) the target cell on the BWP to enable the terminal to be switched from the source cell to the target cell by sending a random access request for accessing the target cell to the network side through the BWP and completing a random access process; wherein the bandwidth access information is as follows: an explicit indication configured to indicate the BWP which can be used by the terminal to access the target cell.
A New Radio Device to Device, NR-D2D, method for transmitting feedback information, comprising: receiving (S210), by a first terminal, first indication information sent by a second terminal, wherein the first indication information is used for indicating whether the first terminal needs to send feedback information for indicating whether data is received correctly; receiving (S220), by the first terminal, a physical sidelink shared channel, PSSCH, sent by the second terminal; and determining (S230), by the first terminal, whether to send the feedback information for the PSSCH to the second terminal according to the first indication information, wherein the first indication information is indicated by a specific attribute field, the specific attribute field being 1 bit, having a value of 0 or 1, wherein a value of 0 for the specific attribute field indicates that the first terminal device does not need to send the feedback information when the second terminal sends the first sidelink channel to the first terminal a plurality of times, wherein a value of 1 for the specific attribute filed indicates that the first terminal device needs to send the feedback information when the second terminal sends the first sidelink channel to the first terminal once only. receiving (S210), by a first terminal, first indication information sent by a second terminal, wherein the first indication information is used for indicating whether the first terminal needs to send feedback information for indicating whether data is received correctly; receiving (S220), by the first terminal, a physical sidelink shared channel, PSSCH, sent by the second terminal; and determining (S230), by the first terminal, whether to send the feedback information for the PSSCH to the second terminal according to the first indication information, wherein the first indication information is indicated by a specific attribute field, the specific attribute field being 1 bit, having a value of 0 or 1, wherein a value of 0 for the specific attribute field indicates that the first terminal device does not need to send the feedback information when the second terminal sends the first sidelink channel to the first terminal a plurality of times, wherein a value of 1 for the specific attribute filed indicates that the first terminal device needs to send the feedback information when the second terminal sends the first sidelink channel to the first terminal once only.
A mixing system, the mixing system comprising: a piping for supplying a first fluid (A); a mixing part including a first mixing member and a second mixing member installed in the piping , installed in a flow direction of the first fluid (A), wherein the first mixing member and second mixing member each have a twisted-plate like shape, wherein the first mixing member includes a first outer side curved surface and a first inner side curved surface formed on both twisted side surfaces in which a first rear end is rotated at a predetermined angle from a first front end so as to be twisted, wherein the second mixing member includes a second outer side curved surface and a second inner side curved surface formed on both twisted side surfaces in which a second rear end is rotated at a predetermined angle from a second front end so as to be twisted, and wherein the first mixing member and the second mixing member are fixed to the inner circumferential surface of the piping and disposed to be spaced apart from each other to form an internal mixing space ; wherein the front end of each of the first mixing member and the second mixing member is disposed in a direction that the first fluid (A) is supplied, and the rear end thereof is disposed in a direction that the first fluid (A) is discharged; and inner side curved surfaces formed on each side are disposed to face each other, characterized in a supply part for supplying a second fluid (B) to the internal mixing space or the space between internal surface of the piping and each of the first mixing member and the second mixing member . a piping for supplying a first fluid (A); a mixing part including a first mixing member and a second mixing member installed in the piping , installed in a flow direction of the first fluid (A), wherein the first mixing member and second mixing member each have a twisted-plate like shape, wherein the first mixing member includes a first outer side curved surface and a first inner side curved surface formed on both twisted side surfaces in which a first rear end is rotated at a predetermined angle from a first front end so as to be twisted, wherein the second mixing member includes a second outer side curved surface and a second inner side curved surface formed on both twisted side surfaces in which a second rear end is rotated at a predetermined angle from a second front end so as to be twisted, and wherein the first mixing member and the second mixing member are fixed to the inner circumferential surface of the piping and disposed to be spaced apart from each other to form an internal mixing space ; wherein the front end of each of the first mixing member and the second mixing member is disposed in a direction that the first fluid (A) is supplied, and the rear end thereof is disposed in a direction that the first fluid (A) is discharged; and inner side curved surfaces formed on each side are disposed to face each other, characterized in a supply part for supplying a second fluid (B) to the internal mixing space or the space between internal surface of the piping and each of the first mixing member and the second mixing member .
Advanced process control (APC) process which can be applied to units for the oligomerization of ethylene to 1-butene which are operated in a reactor in the presence of a homogeneous catalyst in the liquid phase and at the bubble point, characterized in that the parameters which are simultaneously and continuously controlled, termed the target parameters, are the production of 1-butene (Dprod), the reactor pressure (Preac) and the reactor temperature (Treac), and the action variables are the feed flow rate (Dch), the flow rate of each of the components of the injected catalyst, namely T2 based on titanium and LC based on aluminium, and the flow rate of cooling liquid which is supplied to the exchanger or exchangers of the catalyst recycling loop or loops, with the multivariable controller of the advanced process control process, termed the APC controller, acting as follows: - controlling the reactor pressure (Preac) by varying the quantity of catalyst injected, by acting on the feed flow rate in order to compensate for the effects of pressure on the conversion which affects the production, - controlling the production (Dprod) by the feed flow rate, by acting on the quantity of catalyst in order to compensate for the effects on the pressure, - controlling the reactor temperature (Treac) by acting on the flow rate of cooling liquid which is supplied to the exchanger or exchangers of the catalyst recycling loop or loops, the APC controller being installed in a computer, said computer carrying out the following operations: - recovering signals for the action variables and the target variables, - generating new setpoints for the action variables, and - sending the new setpoints to the APC controller. - controlling the reactor pressure (Preac) by varying the quantity of catalyst injected, by acting on the feed flow rate in order to compensate for the effects of pressure on the conversion which affects the production, - controlling the production (Dprod) by the feed flow rate, by acting on the quantity of catalyst in order to compensate for the effects on the pressure, - controlling the reactor temperature (Treac) by acting on the flow rate of cooling liquid which is supplied to the exchanger or exchangers of the catalyst recycling loop or loops, - recovering signals for the action variables and the target variables, - generating new setpoints for the action variables, and - sending the new setpoints to the APC controller.
A level comprising: a sensor that detects a tilt angle; a display unit including a plurality of strip-shaped display members (5a-5g), characterized in that each strip-shaped display member is capable of emitting light produced by a respective LED (6a-6g) to thereby display the tilt angle; the level has a control circuit that receives a signal from the sensor and outputs a control signal so that a specific strip-shaped display member (5a-5g) glows; wherein the strip-shaped display members (5a-5g) include one horizontal strip-shaped display member positioned at a middle of the display unit and a plurality of strip-shaped display members (5b-5g) for tilt-angle display that has tips bent toward a center of the display unit , and wherein each of the strip-shaped display members (5a-5g) has said respective LED (6a-6g) attached to an end, and a pair of strip-shaped display members (5b-5g) provided to be point-symmetrical with respect to the center of the display unit simultaneously glows according to the tilt angle. a sensor that detects a tilt angle; a display unit including a plurality of strip-shaped display members (5a-5g), characterized in that each strip-shaped display member is capable of emitting light produced by a respective LED (6a-6g) to thereby display the tilt angle; the level has a control circuit that receives a signal from the sensor and outputs a control signal so that a specific strip-shaped display member (5a-5g) glows; wherein the strip-shaped display members (5a-5g) include one horizontal strip-shaped display member positioned at a middle of the display unit and a plurality of strip-shaped display members (5b-5g) for tilt-angle display that has tips bent toward a center of the display unit , and wherein each of the strip-shaped display members (5a-5g) has said respective LED (6a-6g) attached to an end, and a pair of strip-shaped display members (5b-5g) provided to be point-symmetrical with respect to the center of the display unit simultaneously glows according to the tilt angle.
A method of a central node (C-N), for migration of one or more data modules (DA) and/or one or more application modules (AM) from a remote service node (RS-N) to a local service node (LS-N) residing in a vehicle (VEHICLE), the method comprising: determining (Step 1) that a first condition is met that indicates a request to migrate the one or more data modules (DA) and/or the one or more application modules (AM) from the remote service node (RS-N) to the local service node (LS-N); initiating (Step 2) a first migration of the one or more data modules (DA) and/or the one or more application modules (AM) based on whether the first condition is met; wherein the determining that the first condition is met is based on receiving information that a mobile communication device (MCD), which communicates with the remote service node (RS-N), is in proximity of the local service node (LS-N) from any one of the local service node (LS-N) and the mobile communication device (MCD) and obtaining departure information (DIN) of the vehicle, wherein the local service node (LS-N) is a node that will provide services to the mobile communication device (MCD) while the mobile communication device (MCD) is travelling on the vehicle. determining (Step 1) that a first condition is met that indicates a request to migrate the one or more data modules (DA) and/or the one or more application modules (AM) from the remote service node (RS-N) to the local service node (LS-N); initiating (Step 2) a first migration of the one or more data modules (DA) and/or the one or more application modules (AM) based on whether the first condition is met; wherein the determining that the first condition is met is based on receiving information that a mobile communication device (MCD), which communicates with the remote service node (RS-N), is in proximity of the local service node (LS-N) from any one of the local service node (LS-N) and the mobile communication device (MCD) and obtaining departure information (DIN) of the vehicle, wherein the local service node (LS-N) is a node that will provide services to the mobile communication device (MCD) while the mobile communication device (MCD) is travelling on the vehicle.
A full immersion brewing system, comprising: an immersion chamber; ; a first support to support said immersion chamber; a second support to support said immersion chamber; and a floating valve; said immersion chamber including an opening for introducing extraction material and heated liquid into said immersion chamber; said floating valve sealing said immersion chamber by seating against said opening when said immersion chamber is filled with infused liquid; said first support introducing heated liquid into said immersion chamber; said second support introducing pressurized air into said immersion chamber; said immersion chamber being in a first position wherein the full immersion brewing system is in an upright position allowing the floating valve to remain buoyant and float to the top of the immersion chamber so that a seating section of the floating valve seats against the opening when infusing the heated liquid; said immersion chamber being in a second position wherein the full immersion brewing system is in a downward position allowing the seating section of the floating valve to remain seated against the opening when said immersion chamber dispenses infused liquid therefrom. an immersion chamber; ; a first support to support said immersion chamber; a second support to support said immersion chamber; and a floating valve; said immersion chamber including an opening for introducing extraction material and heated liquid into said immersion chamber; said floating valve sealing said immersion chamber by seating against said opening when said immersion chamber is filled with infused liquid; said first support introducing heated liquid into said immersion chamber; said second support introducing pressurized air into said immersion chamber; said immersion chamber being in a first position wherein the full immersion brewing system is in an upright position allowing the floating valve to remain buoyant and float to the top of the immersion chamber so that a seating section of the floating valve seats against the opening when infusing the heated liquid; said immersion chamber being in a second position wherein the full immersion brewing system is in a downward position allowing the seating section of the floating valve to remain seated against the opening when said immersion chamber dispenses infused liquid therefrom.
A power tool , comprising: a housing ; and an electric motor disposed in the housing, wherein output power of the electric motor is greater than or equal to 120 W and less than or equal to 4500 W; wherein the electric motor comprises at least a stator , a rotor , and a plurality of coil windings disposed on the stator, characterized in that a cross-section of each of the plurality of coil windings is non-circular, and a slot fill factor of the electric motor is greater than or equal to 40%. a housing ; and an electric motor disposed in the housing, wherein output power of the electric motor is greater than or equal to 120 W and less than or equal to 4500 W; wherein the electric motor comprises at least a stator , a rotor , and a plurality of coil windings disposed on the stator, characterized in that a cross-section of each of the plurality of coil windings is non-circular, and a slot fill factor of the electric motor is greater than or equal to 40%.
An information processing apparatus that performs color validation by comparing a color measurement result of a chart and a color reference, the information processing apparatus comprising: first providing means for providing an external apparatus with screen information about a screen for receiving an instruction to print a chart; generating means for generating a print job based on the instruction ; second providing means for providing an external apparatus with screen information about a screen for selecting a color reference to be used in color validation ; performing means for performing the color validation by comparing the color measurement result which is a result of color measurement of a chart corresponding to the print job and obtained from an external apparatus and the selected color reference ; and third providing means for providing an external apparatus with a screen for displaying a result of the color validation performed by the performing means. first providing means for providing an external apparatus with screen information about a screen for receiving an instruction to print a chart; generating means for generating a print job based on the instruction ; second providing means for providing an external apparatus with screen information about a screen for selecting a color reference to be used in color validation ; performing means for performing the color validation by comparing the color measurement result which is a result of color measurement of a chart corresponding to the print job and obtained from an external apparatus and the selected color reference ; and third providing means for providing an external apparatus with a screen for displaying a result of the color validation performed by the performing means.
A hydrogen production system comprising: a hydrolysable hydride gel material including a plurality of at least one type of hydrolysable hydride particle dispersed in a polymer material; a hydrolysable hydride gel cartridge holding the hydrolysable gel material; and a hydrolyzer having an input port and an output port, wherein the input port is configured to receive at least one of water and water vapor and the output port is configured to output hydrogen gas; wherein the polymer material uses mixtures of hydrophobic and hydrophilic monomers. a hydrolysable hydride gel material including a plurality of at least one type of hydrolysable hydride particle dispersed in a polymer material; a hydrolysable hydride gel cartridge holding the hydrolysable gel material; and a hydrolyzer having an input port and an output port, wherein the input port is configured to receive at least one of water and water vapor and the output port is configured to output hydrogen gas; wherein the polymer material uses mixtures of hydrophobic and hydrophilic monomers.
Apparatus for use in the performance of work on a workpiece , said apparatus including a plurality of legs depending from a body so that the body is supported at a fixed distance from a support surface with which the legs contact, said body elongate in form and including a moveable clamping jaw mounted on a track so that, in a first mode of use of the apparatus, said moveable clamping jaw is selectively positioned along said body to define a space (X) between the said moveable clamping jaw and another, fixed, jaw at or adjacent to one end of the said body and into which space the workpiece is received so as to be clamped in position between said jaws, said apparatus includes first and second support arms and said apparatus is adaptable to a second mode in which said support arms are engaged with the said body so as to define a support for the location of a power tool which, when located with the support arms is supported in a fixed position so as to be used to perform a work operation on said workpiece and the said track is formed in the body so that the moveable clamping jaw is slidingly movable along said body and the other, fixed, jaw is also provided on said body, and characterised in that said apparatus includes a foot pedal lever assembly which is pivotally movable by the user to advance the said moveable jaw towards the fixed clamping jaw and a release means which, when operated allows manual movement of the moveable clamping jaw away from the fixed clamping jaw.
A deformable body , wherein the deformable body comprises a bone contact surface , and wherein the deformable body comprises one or more through-going openings , characterized in that the bone contact surface is configured to be pressed against periosteum of a bone surface of a bone such that the bone contact surface adapts its shape to the shape of the bone surface, wherein the one or more through-going openings are arranged to receive a fixation element which is configured to be used to press the deformable body against the bone surface wherein the deformable body comprises an anaesthetic that is arranged to be released from or through the bone contact surface, and wherein the anaesthetic is arranged in a compartment delimited by the bone contact surface and a further compartment wall , wherein the bone contact surface has a first release rate for the anaesthetic to be released and wherein the further compartment wall has a second release rate for the anaesthetic to be released, wherein the first release rate is larger than the second release rate. wherein the deformable body comprises a bone contact surface , and wherein the deformable body comprises one or more through-going openings , characterized in that the bone contact surface is configured to be pressed against periosteum of a bone surface of a bone such that the bone contact surface adapts its shape to the shape of the bone surface, wherein the one or more through-going openings are arranged to receive a fixation element which is configured to be used to press the deformable body against the bone surface wherein the deformable body comprises an anaesthetic that is arranged to be released from or through the bone contact surface, and wherein the anaesthetic is arranged in a compartment delimited by the bone contact surface and a further compartment wall , wherein the bone contact surface has a first release rate for the anaesthetic to be released and wherein the further compartment wall has a second release rate for the anaesthetic to be released, wherein the first release rate is larger than the second release rate.