mhurhangee/patent-ind-claim-en huggingface dataset:
A radar module, comprising: a printed circuit board, PCB, having a first surface and a second surface opposite to the first surface ; a semiconductor package mounted on the first surface of the PCB , wherein the semiconductor package comprises an integrated circuit die and a substrate for electrically connecting the integrated circuit die to the PCB , wherein the substrate comprises an antenna layer integrated into the semiconductor package and electrically connected to the integrated circuit die for at least one of transmitting and receiving radar signals; and a pattern-shaping device mounted on the first surface of the PCB configured to shape a radiation pattern of said radar signals; wherein the pattern-shaping device comprises four sidewalls and an intermediate isolation wall , which together define two channels above the semiconductor package , wherein the two channels are aligned with the two antenna patterns of the antenna layer , respectively. a printed circuit board, PCB, having a first surface and a second surface opposite to the first surface ; a semiconductor package mounted on the first surface of the PCB , wherein the semiconductor package comprises an integrated circuit die and a substrate for electrically connecting the integrated circuit die to the PCB , wherein the substrate comprises an antenna layer integrated into the semiconductor package and electrically connected to the integrated circuit die for at least one of transmitting and receiving radar signals; and a pattern-shaping device mounted on the first surface of the PCB configured to shape a radiation pattern of said radar signals; wherein the pattern-shaping device comprises four sidewalls and an intermediate isolation wall , which together define two channels above the semiconductor package , wherein the two channels are aligned with the two antenna patterns of the antenna layer , respectively.
Dosing apparatus for granular material, in particular seed, wherein the dosing apparatus comprises a conveying device , which is rotatably mounted in a housing and interacts with a housing wall or a guide element such that granular material is able to be conveyed into a dispensing region from a receiving region , wherein the dosing apparatus comprises a pre-dosing unit , which opens into the housing via a side wall of the housing and comprises no screw conveyor and no inner thread, and wherein the pre-dosing unit comprises a casing surface , which widens in the direction of the housing ; wherein granular material can be introduced into the housing by the pre-dosing unit ; and wherein the feeding direction of the granular material from the pre-dosing unit to the conveying device has an axial component in relation to the axis of rotation of the conveying device , which axial component is brought about by the casing surface , widening in the direction of the housing, of the pre-dosing unit .
A clearing limit setting device comprising: a display section configured to display, in a two-dimensional field constituted by a length and a thickness of a yarn defect as coordinate axes, a clearing limit that is a boundary line that defines whether to remove a yarn defect from a yarn; a processing section configured to, when at least one first set-point is selected among a plurality of the first set-points (NSL1 to NSL6 and T1 to T4) through which the clearing limit passes and at least one second set-point is input as a movement destination of the selected at least one first set-point, generate a clearing limit that passes through the at least one second set-point instead of the selected at least one first set-point, and cause the display section to display the newly generated clearing limit ; and a fourth input unit configured to accept deletion of at least one first set-point when the display section displays the clearing limit that passes through the first set-points (NSL1 to NSL6 and T1 to T4), wherein the processing section is configured to generate the clearing limit that passes through the first set-points other than the at least one first set-point deleted by the fourth input unit and causes the display section to display the newly generated clearing limit . a display section configured to display, in a two-dimensional field constituted by a length and a thickness of a yarn defect as coordinate axes, a clearing limit that is a boundary line that defines whether to remove a yarn defect from a yarn; a processing section configured to, when at least one first set-point is selected among a plurality of the first set-points (NSL1 to NSL6 and T1 to T4) through which the clearing limit passes and at least one second set-point is input as a movement destination of the selected at least one first set-point, generate a clearing limit that passes through the at least one second set-point instead of the selected at least one first set-point, and cause the display section to display the newly generated clearing limit ; and a fourth input unit configured to accept deletion of at least one first set-point when the display section displays the clearing limit that passes through the first set-points (NSL1 to NSL6 and T1 to T4), wherein the processing section is configured to generate the clearing limit that passes through the first set-points other than the at least one first set-point deleted by the fourth input unit and causes the display section to display the newly generated clearing limit .
A contact lens for placing in an eye, comprising: a display comprising display elements; a driver unit configured to present data on the display ; and one or more sensors for measuring a pupil size; wherein the driver unit is further configured to read outputs from the one or more sensors to determine the pupil size, the contact lens being characterized in that the driver unit is further configured to adjust a size of an active area of the display based on the pupil size so that only display elements which can be perceived by the eye are used to present the data. a display comprising display elements; a driver unit configured to present data on the display ; and one or more sensors for measuring a pupil size; wherein the driver unit is further configured to read outputs from the one or more sensors to determine the pupil size, the contact lens being characterized in that the driver unit is further configured to adjust a size of an active area of the display based on the pupil size so that only display elements which can be perceived by the eye are used to present the data. wherein the driver unit is further configured to read outputs from the one or more sensors to determine the pupil size, the contact lens being characterized in that the driver unit is further configured to adjust a size of an active area of the display based on the pupil size so that only display elements which can be perceived by the eye are used to present the data.
Conjugate of formula , of carnosine dipeptide with hyaluronic acid by formation of an amine bond between the free amino group of carnosine and the carbon atom at the 6-position of the acetylglucosamine residue of hyaluronic acid.
Loader assembly for dosing long pasta, comprising at least one descender and a dosing unit which provides dosing means, characterized in that the loader assembly comprises two descenders , the dosing unit comprises two rotors each provided with a cavity , and two motors able to independently control the rotation of the respective rotors , the dosing means of the dosing unit comprise two paddles and lever means able to connect a paddle to a respective rotor , wherein each descender feeds exclusively a respective rotor , wherein control means of the loader assembly are able to synchronize the position of the rotors and the position of the respective paddles which are able to move horizontally between a first position in which the respective descender is obstructed and a second position in which the long pasta is free to access an accumulation space of each descender comprised between the paddle and the rotor . characterized in that the loader assembly comprises two descenders , the dosing unit comprises two rotors each provided with a cavity , and two motors able to independently control the rotation of the respective rotors , the dosing means of the dosing unit comprise two paddles and lever means able to connect a paddle to a respective rotor , wherein each descender feeds exclusively a respective rotor , wherein control means of the loader assembly are able to synchronize the position of the rotors and the position of the respective paddles which are able to move horizontally between a first position in which the respective descender is obstructed and a second position in which the long pasta is free to access an accumulation space of each descender comprised between the paddle and the rotor .
A method of managing a room , comprising: associating a mobile device with the room ; determining an occupancy state of the room by analyzing a combination of a door state and motion activity within the room, and/or by analyzing a mobile device location; determining, at a first time, a first location of the mobile device , wherein determining the first location comprises sending a message from the mobile device to an administrative device of the room , the message reporting at least a physical location of the mobile device , wherein the message is sent in response to a request sent by the administrative device on a programmed and/or timed basis when it is determined that an occupant has left the room ; and controlling an energy use of the room based at least partially on the first location of the mobile device . associating a mobile device with the room ; determining an occupancy state of the room by analyzing a combination of a door state and motion activity within the room, and/or by analyzing a mobile device location; determining, at a first time, a first location of the mobile device , wherein determining the first location comprises sending a message from the mobile device to an administrative device of the room , the message reporting at least a physical location of the mobile device , wherein the message is sent in response to a request sent by the administrative device on a programmed and/or timed basis when it is determined that an occupant has left the room ; and controlling an energy use of the room based at least partially on the first location of the mobile device .
A sorbent cartridge device for regenerating dialysis solution comprising a housing defining a housing interior ; a fluid coupling attached to the housing and configured to fluidically connect at least one fluid line to the housing interior; a baffle attached to a bottom of the housing interior and fluidically connected to the housing interior, the baffle configured to direct fluid flow entering the baffle radially and circumferentially; and a fluid accumulation module attached at a top of the housing and fluidically connected to the housing interior, the fluid accumulation module configured to direct fluid flow entering the fluid accumulation module from a bottom surface of the fluid accumulation module towards a center port of the module. a housing defining a housing interior ; a fluid coupling attached to the housing and configured to fluidically connect at least one fluid line to the housing interior; a baffle attached to a bottom of the housing interior and fluidically connected to the housing interior, the baffle configured to direct fluid flow entering the baffle radially and circumferentially; and a fluid accumulation module attached at a top of the housing and fluidically connected to the housing interior, the fluid accumulation module configured to direct fluid flow entering the fluid accumulation module from a bottom surface of the fluid accumulation module towards a center port of the module.
A pulse modulated RF power supply device for supplying RF power to a load , comprising an RF output part for outputting an RF output of a pulse output, an output amplitude control part for performing a constant amplitude control to control an amplitude value of the pulse output so that the amplitude value becomes equal to a set amplitude value, and a duty control part for performing a constant power control to control a duty ratio of the pulse output so that a power amount determined by the duty ratio becomes equal to a set power value, wherein the output amplitude control part and the duty control part independently operate the RF output part to perform pulse modulation of the RF power, characterized in that the output amplitude control part is adapted to perform the constant amplitude control so that an amplitude value of the peak forward power (P F ) becomes constant, and the duty control part is adapted to perform the constant power control so that an average power value (P LAV ) of peak load power (P L ) which is obtained from the peak forward power (P F ) determined by the duty ratio and peak reflected power (P R ) becomes equal to a set power value, thereby controlling the average load power (P LAV ), wherein the peak forward power (P F ) corresponds to the maximum amplitude value of a forward power that travels from the RF power source to the load , the peak load power (P L ) corresponds to the maximum amplitude of a load power which is supplied to the load , and the peak reflected power (P R ) corresponds to the maximum amplitude of a reflected power which returns to the RF power source side from the load .
A system to monitor connectivity and latency of a virtual network, the system comprising: memory; and one or more processors coupled to the memory, the memory storing thereon computer-readable instructions that, when executed by the one or more processors, cause the system to perform operations comprising: injecting, outside of a source virtual machine in a virtual network, ping packets into a network on behalf of the source virtual machine, the ping packets having a source address of the source virtual machine and a destination address of a destination virtual machine ; intercepting the ping packets at a destination port before arrival at the destination virtual machine in the virtual network; converting the ping packets into ping response packets, wherein the ping packets are converted outside of the destination virtual machine; injecting, outside of the destination virtual machine, the ping response packets into the network; and routing the ping response packets to the source virtual machine based on the source virtual address. memory; and one or more processors coupled to the memory, the memory storing thereon computer-readable instructions that, when executed by the one or more processors, cause the system to perform operations comprising: injecting, outside of a source virtual machine in a virtual network, ping packets into a network on behalf of the source virtual machine, the ping packets having a source address of the source virtual machine and a destination address of a destination virtual machine ; intercepting the ping packets at a destination port before arrival at the destination virtual machine in the virtual network; converting the ping packets into ping response packets, wherein the ping packets are converted outside of the destination virtual machine; injecting, outside of the destination virtual machine, the ping response packets into the network; and routing the ping response packets to the source virtual machine based on the source virtual address. injecting, outside of a source virtual machine in a virtual network, ping packets into a network on behalf of the source virtual machine, the ping packets having a source address of the source virtual machine and a destination address of a destination virtual machine ; intercepting the ping packets at a destination port before arrival at the destination virtual machine in the virtual network; converting the ping packets into ping response packets, wherein the ping packets are converted outside of the destination virtual machine; injecting, outside of the destination virtual machine, the ping response packets into the network; and routing the ping response packets to the source virtual machine based on the source virtual address.
A method for adjusting a phase step size of a clock data recovery, CDR, circuit , comprising: sensing a frequency offset of the CDR circuit; comparing the sensed frequency offset with a threshold; generating an input signal based on the comparison; modulating the input signal with a modulator to generate a control signal; and adjusting the phase step size of the CDR circuit based on the control signal. sensing a frequency offset of the CDR circuit; comparing the sensed frequency offset with a threshold; generating an input signal based on the comparison; modulating the input signal with a modulator to generate a control signal; and adjusting the phase step size of the CDR circuit based on the control signal.
Process of structuring a diamond substrate , comprising the steps of: (a) depositing an adhesion layer on a face of the diamond substrate ; (b) coating a resist layer on the adhesion layer ; (c) removing parts of the resist layer so as to expose parts of the adhesion layer and form a corresponding structuring mask ; (d) etching the adhesion layer and the diamond substrate through the structuring mask so as to form structures on the face of said diamond substrate ; wherein the adhesion layer comprises substantially a non-metallic compound; and characterized in that at least one of the structures comprises one or more colour centres. (a) depositing an adhesion layer on a face of the diamond substrate ; (b) coating a resist layer on the adhesion layer ; (c) removing parts of the resist layer so as to expose parts of the adhesion layer and form a corresponding structuring mask ; (d) etching the adhesion layer and the diamond substrate through the structuring mask so as to form structures on the face of said diamond substrate ; wherein the adhesion layer comprises substantially a non-metallic compound; and characterized in that at least one of the structures comprises one or more colour centres.
A welding-type system comprising: a welding-type power supply ; a graphical user interface that includes a graphical interface representing a welding parameter; and being characterised by : a control circuitry configured to: receive data corresponding to a range of command values for the welding parameter, the range of command values having an upper limit or a lower limit; generate a graphical band representing the range of command values for the welding parameter; control the welding-type power supply to maintain a command value within the range of command values when in a lock mode; receive one or more particular welding parameters; and calculate an upper limit or a lower limit value of the welding parameter based on one of the particular welding parameters. a welding-type power supply ; a graphical user interface that includes a graphical interface representing a welding parameter; and being characterised by : a control circuitry configured to: receive data corresponding to a range of command values for the welding parameter, the range of command values having an upper limit or a lower limit; generate a graphical band representing the range of command values for the welding parameter; control the welding-type power supply to maintain a command value within the range of command values when in a lock mode; receive one or more particular welding parameters; and calculate an upper limit or a lower limit value of the welding parameter based on one of the particular welding parameters. receive data corresponding to a range of command values for the welding parameter, the range of command values having an upper limit or a lower limit; generate a graphical band representing the range of command values for the welding parameter; control the welding-type power supply to maintain a command value within the range of command values when in a lock mode; receive one or more particular welding parameters; and calculate an upper limit or a lower limit value of the welding parameter based on one of the particular welding parameters.
A light-diffusing optical fiber comprising: a glass core , said glass core comprising a volume fraction of voids of between 0.5% and 20%; and a cladding surrounding said glass core , the cladding comprising a polymer and being in direct contact with the glass core ; a secondary coating surrounding said cladding and being in direct contact with the cladding , characterized in that said secondary coating has a Young's modulus, when configured as a cured rod having a diameter of 0.05588 cm (0.022"), of at least 500 MPa; wherein the cladding includes voids occupying a fill fraction of between 0.5% and 30% of the cladding; wherein said secondary coating comprising an inner portion lacking scattering centers and an outer portion comprising TiO 2 scattering centers , said scattering centers having a concentration of 1.5 wt% or above in said outer portion of the secondary coating . a glass core , said glass core comprising a volume fraction of voids of between 0.5% and 20%; and a cladding surrounding said glass core , the cladding comprising a polymer and being in direct contact with the glass core ; a secondary coating surrounding said cladding and being in direct contact with the cladding , characterized in that said secondary coating has a Young's modulus, when configured as a cured rod having a diameter of 0.05588 cm (0.022"), of at least 500 MPa; wherein the cladding includes voids occupying a fill fraction of between 0.5% and 30% of the cladding; wherein said secondary coating comprising an inner portion lacking scattering centers and an outer portion comprising TiO 2 scattering centers , said scattering centers having a concentration of 1.5 wt% or above in said outer portion of the secondary coating .
An anomaly detection device for a potentiometer including a resistor and a movable terminal that moves while contacting the resistor , the anomaly detection device comprising: a first applier configured to apply, to one end of the resistor , a first voltage (V1) in a first detection period (P1) and a second voltage (V2) in a second detection period (P2) that is consecutive to the first detection period (P1); a second applier configured to apply, to another end of the resistor , the first voltage (V1) in the first detection period (P1) and the second voltage (V2) in the second detection period (P2); a voltage detector configured to detect an output voltage (Vm) from the movable terminal ; and an anomaly detector , characterized in that the anomaly detector is configured to detect a contact failure of the movable terminal based on the output voltage (Vm) detected by the voltage detector when an applied voltage applied by each of the first applier and the second applier is changed, the contact failure indicating a state where the resistance between the movable terminal and the resistor has increased. a first applier configured to apply, to one end of the resistor , a first voltage (V1) in a first detection period (P1) and a second voltage (V2) in a second detection period (P2) that is consecutive to the first detection period (P1); a second applier configured to apply, to another end of the resistor , the first voltage (V1) in the first detection period (P1) and the second voltage (V2) in the second detection period (P2); a voltage detector configured to detect an output voltage (Vm) from the movable terminal ; and an anomaly detector , characterized in that the anomaly detector is configured to detect a contact failure of the movable terminal based on the output voltage (Vm) detected by the voltage detector when an applied voltage applied by each of the first applier and the second applier is changed, the contact failure indicating a state where the resistance between the movable terminal and the resistor has increased.