mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method, performed by a base station, of mapping channel state information-reference signal, CSI-RS, ports to antenna units arranged in an antenna array system, wherein the antenna array is a two-dimensional, 2D, antenna array, and the method comprises: selecting a first group including a row and a column of antenna units arranged in the 2D antenna array to which the CSI-RS ports are mapped in a first CSI-RS transmission period or a first frequency resource region; and selecting a second group including a row and a column of the antenna units to which the CSI-RS ports are mapped in a second CSI-RS transmission period or a second frequency resource region, wherein each of the first group and the second group transmits two orthogonal CSI-RS resources, wherein for each of the first and second group, the CSI-RS ports mapped to the row of antenna units and the CSI-RS ports mapped to the column of antenna units reflect channel vectors which are orthogonal to each other. selecting a first group including a row and a column of antenna units arranged in the 2D antenna array to which the CSI-RS ports are mapped in a first CSI-RS transmission period or a first frequency resource region; and selecting a second group including a row and a column of the antenna units to which the CSI-RS ports are mapped in a second CSI-RS transmission period or a second frequency resource region, wherein each of the first group and the second group transmits two orthogonal CSI-RS resources, wherein for each of the first and second group, the CSI-RS ports mapped to the row of antenna units and the CSI-RS ports mapped to the column of antenna units reflect channel vectors which are orthogonal to each other.
Open-bolt firearm comprising moving parts set in motion by the reloading cycle of the firearm, said moving parts comprising at least one sear notch at their lower face and a trigger mechanism, the trigger mechanism comprising a safety device allowing to prevent a shot from being triggered, without blocking the rearming function, said safety device comprising a catch which is movable between a stop position blocking the moving parts of the weapon in the rear position by bearing on the sear notch and a released position allowing the movement in both directions of said moving parts , characterized in that the safety device comprising a safety element that is movable between a position blocking the catch in the stop position and a released position of the catch , said safety element bearing on an immobile part of the safety device and said safety element being able to be moved toward the released position of the catch by a rearward movement of the moving parts .
A hardware accelerator for a computer system , the hardware accelerator including a programmable device , the hardware accelerator comprising: a static region comprising non-reconfigurable static circuitry; and kernel logic configured in the programmable device, wherein the kernel logic is at least partially reconfigurable, and operation of the kernel logic is configured to be selectively enabled or disabled; and wherein the kernel logic comprises an intellectual property, IP, checker circuit , the IP checker circuit configured to: obtain a device identifier, ID, of the programmable device and a signed whitelist , the signed whitelist including a list of device IDs and a signature ; verify the signature of the signed whitelist; compare the device ID against the list of device IDs; and selectively enable or disable the operation of the kernel logic by selectively asserting or deasserting an enable of the kernel logic based on presence or absence, respectively, of the device ID in the list of device IDs and verification of the signature. a static region comprising non-reconfigurable static circuitry; and kernel logic configured in the programmable device, wherein the kernel logic is at least partially reconfigurable, and operation of the kernel logic is configured to be selectively enabled or disabled; and wherein the kernel logic comprises an intellectual property, IP, checker circuit , the IP checker circuit configured to: obtain a device identifier, ID, of the programmable device and a signed whitelist , the signed whitelist including a list of device IDs and a signature ; verify the signature of the signed whitelist; compare the device ID against the list of device IDs; and selectively enable or disable the operation of the kernel logic by selectively asserting or deasserting an enable of the kernel logic based on presence or absence, respectively, of the device ID in the list of device IDs and verification of the signature. obtain a device identifier, ID, of the programmable device and a signed whitelist , the signed whitelist including a list of device IDs and a signature ; verify the signature of the signed whitelist; compare the device ID against the list of device IDs; and selectively enable or disable the operation of the kernel logic by selectively asserting or deasserting an enable of the kernel logic based on presence or absence, respectively, of the device ID in the list of device IDs and verification of the signature.
A high pressure fuel supply pump comprising: a suction path which is provided on an inlet side of a compression chamber ; a discharge path into which fuel is discharged from the compression chamber ; a suction valve which communicates and does not communicate the suction path and the compression chamber by opening and closing the suction valve ; an electromagnetic coil which is configured to generate magnetic attractive force; a first member which moves the suction valve in a valve-opening direction by a biasing force of a spring in a state that the electromagnetic coil is not supplied with current; and a second member which is a separate body from the first member and moves the first member in a valve-closing direction by the magnetic attractive force; wherein, the first member and the second member are slidably held on each other and wherein the high pressure fuel supply pump further comprises: a fixing part with which the second member collides by the magnetic attractive force; characterized in that when the first member has moved the suction valve to a valve-opening state, the position of the suction valve is limited by a suction valve holder such that a clearance between the second member and the fixing part is set greater than a clearance between the suction valve and a valve seat . a suction path which is provided on an inlet side of a compression chamber ; a discharge path into which fuel is discharged from the compression chamber ; a suction valve which communicates and does not communicate the suction path and the compression chamber by opening and closing the suction valve ; an electromagnetic coil which is configured to generate magnetic attractive force; a first member which moves the suction valve in a valve-opening direction by a biasing force of a spring in a state that the electromagnetic coil is not supplied with current; and a second member which is a separate body from the first member and moves the first member in a valve-closing direction by the magnetic attractive force; wherein, the first member and the second member are slidably held on each other and wherein the high pressure fuel supply pump further comprises: a fixing part with which the second member collides by the magnetic attractive force; characterized in that when the first member has moved the suction valve to a valve-opening state, the position of the suction valve is limited by a suction valve holder such that a clearance between the second member and the fixing part is set greater than a clearance between the suction valve and a valve seat . a fixing part with which the second member collides by the magnetic attractive force; characterized in that when the first member has moved the suction valve to a valve-opening state, the position of the suction valve is limited by a suction valve holder such that a clearance between the second member and the fixing part is set greater than a clearance between the suction valve and a valve seat .
A method of executing a command on a device (110, 120, 130, or 140) within a multiple device system , the method comprising: receiving a command including a select identifier, a select identifier being used to select which device is to be used to perform a command; in response to receiving the command , when the received command is a SelectID command, updating the device with the select identifier for a next series of commands until another SelectID command is received; characterised by when the received command is not a SelectID command, ignoring the command when the command is not intended for the device, in response to determining if the received command is intended for the device (110, 120, 130, or 140) by comparing the select identifier of the received command to a master identifier of the device, a master identifier being a device identifier that all devices of the multiple device system respond to, regardless of their current assigned identifier, an assigned identifier being a value held by a device, set upon initialization and not changed until the device is initialized again; or upon determination that the select identifier does not equal the master identifier, by comparing the select identifier of the received command to an assigned identifier of the device. when the received command is a SelectID command, updating the device with the select identifier for a next series of commands until another SelectID command is received; characterised by when the received command is not a SelectID command, ignoring the command when the command is not intended for the device, in response to determining if the received command is intended for the device (110, 120, 130, or 140) by comparing the select identifier of the received command to a master identifier of the device, a master identifier being a device identifier that all devices of the multiple device system respond to, regardless of their current assigned identifier, an assigned identifier being a value held by a device, set upon initialization and not changed until the device is initialized again; or upon determination that the select identifier does not equal the master identifier, by comparing the select identifier of the received command to an assigned identifier of the device.
A method for receiving a downlink signal by a user equipment, UE, from an eNB in a wireless communication system, the method comprising: receiving (S901), from the eNB, a downlink control channel masked with an identifier indicating that a downlink data channel is a broadcast data channel; and receiving (S905) the broadcast data channel and a front loaded reference signal for demodulation of the broadcast data channel by using control information included in the downlink control channel, wherein the front loaded reference signal has a frequency domain repetition factor of 2 on a single symbol of an antenna port of a minimum index, wherein whether an additional reference signal is added to the front loaded reference signal or not is determined (S903) based on the number of symbols to which the broadcast data channel is allocated, wherein when it is determined that the additional reference signal is added to the front loaded reference signal, the front loaded reference signal is received with the additional reference signal, wherein the downlink control channel does not include information on the front loaded reference signal and the additional reference signal. receiving (S901), from the eNB, a downlink control channel masked with an identifier indicating that a downlink data channel is a broadcast data channel; and receiving (S905) the broadcast data channel and a front loaded reference signal for demodulation of the broadcast data channel by using control information included in the downlink control channel, wherein the front loaded reference signal has a frequency domain repetition factor of 2 on a single symbol of an antenna port of a minimum index, wherein whether an additional reference signal is added to the front loaded reference signal or not is determined (S903) based on the number of symbols to which the broadcast data channel is allocated, wherein when it is determined that the additional reference signal is added to the front loaded reference signal, the front loaded reference signal is received with the additional reference signal, wherein the downlink control channel does not include information on the front loaded reference signal and the additional reference signal.
A machine for making and dispensing liquid, semi-liquid and/or semi-solid food products comprising at least a cylinder for containing and processing basic products, means for heating and cooling the cylinder wrapped around at least part of the cylinder and a mixer unit positioned inside the cylinder which is able to mix the basic products during their processing; the machine comprising at least a supply duct for supplying the products into the cylinder and at least a connecting duct for withdrawing the food products from the cylinder ; the machine being characterized in that it comprises: - recirculation means for recirculating the products contained in the containment and processing cylinder which is able to withdraw the products from the cylinder through the connecting duct and to return them into the cylinder through the supply duct , said recirculation means comprising a pump having an infeed section and a delivery section , the delivery section being connected to the supply duct ; - a dispensing tap for withdrawing the products from the containment and processing cylinder connected to the supply duct ;the connecting duct leading into the cylinder for connecting the infeed section of the pump to the cylinder and comprising a shutoff valve capable of opening the duct , during recirculation of the basic products; the machine further comprising at least a container of the basic products and a duct for sucking in the basic products to be introduced into the containment and processing cylinder wherein the infeed section of the pump is connectable alternately to the suction duct and to the connecting duct to withdraw the products from the cylinder through the connecting duct and returning them into the cylinder through the supply duct . - recirculation means for recirculating the products contained in the containment and processing cylinder which is able to withdraw the products from the cylinder through the connecting duct and to return them into the cylinder through the supply duct , said recirculation means comprising a pump having an infeed section and a delivery section , the delivery section being connected to the supply duct ; - a dispensing tap for withdrawing the products from the containment and processing cylinder connected to the supply duct ;the connecting duct leading into the cylinder for connecting the infeed section of the pump to the cylinder and comprising a shutoff valve capable of opening the duct , during recirculation of the basic products; the machine further comprising at least a container of the basic products and a duct for sucking in the basic products to be introduced into the containment and processing cylinder
A method for increasing the survivability of one or more nitrogen-fixing microorganisms in a seed treatment composition, the method comprising adding one or more microbially stabilizing compounds selected from the group consisting of yeast extract, peptones, and amino acids to inhibit the antimicrobial activity of benzylhemiformal.
An endoscope shape display device that displays a shape of an endoscope , the endoscope shape display device comprising: an estimation unit configured to estimate the shape of the endoscope ; a reliability calculation unit configured to calculate reliability of the shape of the endoscope estimated by the estimation unit; and an output unit configured to display a shape image indicating the shape of the endoscope estimated by the estimation unit , and to output an output that reflects a value of the reliability, characterized in that when the reliability is increasing with time, the output unit is configured to display, together with the shape image , a reliability increase image indicating that the reliability is increasing, and when the reliability is decreasing with time, the output unit is configured to display, together with the shape image , a reliability decrease image indicating that the reliability is decreasing. an estimation unit configured to estimate the shape of the endoscope ; a reliability calculation unit configured to calculate reliability of the shape of the endoscope estimated by the estimation unit; and an output unit configured to display a shape image indicating the shape of the endoscope estimated by the estimation unit , and to output an output that reflects a value of the reliability, characterized in that when the reliability is increasing with time, the output unit is configured to display, together with the shape image , a reliability increase image indicating that the reliability is increasing, and when the reliability is decreasing with time, the output unit is configured to display, together with the shape image , a reliability decrease image indicating that the reliability is decreasing.
A zoom lens comprising a plurality of lens units, wherein the lens units consist of, in order from an object side to an image side: a first lens unit (L1) having a negative refractive power; a second lens unit (L2) having a positive refractive power; a focus lens unit (Lf) consisting of a meniscus lens having a meniscus shape concave towards the image side and having a negative refractive power, configured to move in focusing; and a final lens unit (Limg) having a positive refractive power, disposed closest to the image side, or a first lens unit (L1) having a negative refractive power; a second lens unit (L2) having a positive refractive power; a third lens unit (L3) having positive refractive power; a focus lens unit (Lf) consisting of a meniscus lens having a meniscus shape concave towards the image side and having a negative refractive power, configured to move in focusing; and a final lens unit (Limg) having a positive refractive power, disposed closest to the image side, wherein a distance between adjacent lens units changes in zooming, and characterized in that , the following conditional expressions are satisfied: 2.2 < |fimg/ff| < 10.0 5.0 < fimg/fw < 40.0 where fimg is a focal length of the final lens unit, ff is a focal length of the focus lens unit, and fw is a focal length of the zoom lens at a wide-angle end. a first lens unit (L1) having a negative refractive power; a second lens unit (L2) having a positive refractive power; a focus lens unit (Lf) consisting of a meniscus lens having a meniscus shape concave towards the image side and having a negative refractive power, configured to move in focusing; and a final lens unit (Limg) having a positive refractive power, disposed closest to the image side, or a first lens unit (L1) having a negative refractive power; a second lens unit (L2) having a positive refractive power; a third lens unit (L3) having positive refractive power; a focus lens unit (Lf) consisting of a meniscus lens having a meniscus shape concave towards the image side and having a negative refractive power, configured to move in focusing; and a final lens unit (Limg) having a positive refractive power, disposed closest to the image side, wherein a distance between adjacent lens units changes in zooming, and characterized in that , the following conditional expressions are satisfied: 2.2 < |fimg/ff| < 10.0 5.0 < fimg/fw < 40.0 2.2 < |fimg/ff| < 10.0 5.0 < fimg/fw < 40.0 where fimg is a focal length of the final lens unit, ff is a focal length of the focus lens unit, and fw is a focal length of the zoom lens at a wide-angle end.
A resin composition comprising 50 parts by mass to 95 parts by mass of a thermoplastic plastomer and 5 parts by mass to 50 parts by mass of hollow resin particles, wherein the hollow resin particles have a void ratio of from 50% to 85%; wherein the hollow resin particles have a shell containing a resin; and wherein, with respect to 100 parts by mass of repeating units constituting the resin, 30 parts by mass to 100 parts by mass of a crosslinkable monomer unit and 0 part by mass to 70 parts by mass of a non-crosslinkable monomer unit are contained as a polymerizable monomer unit. wherein the hollow resin particles have a void ratio of from 50% to 85%; wherein the hollow resin particles have a shell containing a resin; and wherein, with respect to 100 parts by mass of repeating units constituting the resin, 30 parts by mass to 100 parts by mass of a crosslinkable monomer unit and 0 part by mass to 70 parts by mass of a non-crosslinkable monomer unit are contained as a polymerizable monomer unit.
An apparatus comprising means for performing: - generating or receiving a first hash on the basis of mobile network data change by a source network function, - providing the first hash and security credentials information of the source network function for validation by a set of validator entities, - in response to detecting validation of the first hash and the security credentials information, generating a first transaction for a first blockchain, the first transaction being indicative of the mobile network data change and comprising the first hash, and - generating a second transaction for a second blockchain, the second transaction comprising a second hash based on hashes in at least one block of the first blockchain and comprising the first hash. - generating or receiving a first hash on the basis of mobile network data change by a source network function, - providing the first hash and security credentials information of the source network function for validation by a set of validator entities, - in response to detecting validation of the first hash and the security credentials information, generating a first transaction for a first blockchain, the first transaction being indicative of the mobile network data change and comprising the first hash, and - generating a second transaction for a second blockchain, the second transaction comprising a second hash based on hashes in at least one block of the first blockchain and comprising the first hash.