mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method, comprising: obtaining , by a terminal device, resource indication information, wherein the resource indication information is used to indicate frequency domain resources in a control resource set for a terminal device, the resource indication information comprises S bits, S is a positive integer, a most significant bit, MSB in the S bits is used to indicate whether a resource block set belongs to the frequency domain resources in the control resource set for the terminal device, a quantity of resource blocks comprised in the resource block set is m, and the resource block set consist of m consecutive resource blocks of a bandwidth part, BWP, wherein the m consecutive resource blocks are adjacent to n consecutive resource blocks starting from a start resource block of the BWP, when n<m, n is equal to m minus y2, y2 is equal to a second offset mod m, y2 is unequal to 0, and the second offset is an offset between a start resource block of a common index area and the start resource block of the BWP; and, when n equals to m, the second offset is an integer multiple of m, the resource block set consists of m consecutive resource blocks starting from a start resource block of the BWP; determining, by the terminal device, the frequency domain resources in the control resource set based on the resource indication information. obtaining , by a terminal device, resource indication information, wherein the resource indication information is used to indicate frequency domain resources in a control resource set for a terminal device, the resource indication information comprises S bits, S is a positive integer, a most significant bit, MSB in the S bits is used to indicate whether a resource block set belongs to the frequency domain resources in the control resource set for the terminal device, a quantity of resource blocks comprised in the resource block set is m, and the resource block set consist of m consecutive resource blocks of a bandwidth part, BWP, wherein the m consecutive resource blocks are adjacent to n consecutive resource blocks starting from a start resource block of the BWP, when n<m, n is equal to m minus y2, y2 is equal to a second offset mod m, y2 is unequal to 0, and the second offset is an offset between a start resource block of a common index area and the start resource block of the BWP; and, when n equals to m, the second offset is an integer multiple of m, the resource block set consists of m consecutive resource blocks starting from a start resource block of the BWP; determining, by the terminal device, the frequency domain resources in the control resource set based on the resource indication information.
A method of joining lined pipe, the method comprising: joining a first fitting to a first pipe ; joining a second fitting to a second pipe ; inserting a first end of a fit-up sleeve into the first fitting to force a first liner against the first fitting; inserting a second end of the fit-up sleeve into the second fitting to force a second liner against the second fitting; and joining the first fitting to the second fitting; wherein the internal surfaces of the first and second fittings are provided with a plurality of castellations , and wherein inserting the fit-up sleeve forces first portions of respective liners against corresponding first portions or sets of the castellations of the respective fittings. joining a first fitting to a first pipe ; joining a second fitting to a second pipe ; inserting a first end of a fit-up sleeve into the first fitting to force a first liner against the first fitting; inserting a second end of the fit-up sleeve into the second fitting to force a second liner against the second fitting; and joining the first fitting to the second fitting; wherein the internal surfaces of the first and second fittings are provided with a plurality of castellations , and wherein inserting the fit-up sleeve forces first portions of respective liners against corresponding first portions or sets of the castellations of the respective fittings.
Analysis unit comprising a frontal plane , from which the analysis unit is accessible, and parallel mounting planes , which are arranged perpendicularly to the frontal plane ; and a gas measurement device , characterized in that the gas measurement device has at least one connection housing part , through which an inlet channel extends from the mounting plane to a connection plane and through which an outlet channel extends from the connection plane to the one mounting plane ; and a main housing part with a connection plane that corresponds to the connection plane of the connection housing part and on which the main housing part rests against the connection housing part , wherein the main housing part is equipped with an inflow channel , which is in fluid communication with the inlet channel of the connection housing part via the connection plane , and a recirculation channel , which is in fluid communication with the outlet channel of the connection housing part via the connection plane , wherein the corresponding connection planes are tilted at an angle of 45° from the mounting plane in direction of the frontal plane .
A connection terminal comprising a receptacle portion located at one end of the connection terminal in a longitudinal direction (Y) thereof and adapted to be mated with a plug; a wire crimping portion located at the other end of the connection terminal in the longitudinal direction (Y) thereof and adapted to be crimped onto a wire; and a connection portion connected between a rear end of the receptacle portion and the wire crimping portion , wherein the wire crimping portion comprises a conductor crimping portion adapted to be crimped onto a conductor of the wire and an outer cladding crimping portion adapted to be crimped onto an outer cladding of the wire; the receptacle portion comprises a latching elastic sheet characterized in that said latching elastic sheet is located at the rear end of the receptacle portion and adapted to be latched onto the inserted plug; the connection portion comprises a first connection portion and a second connection portion , and the conductor crimping portion and the latching elastic sheet are disposed between the first connection portion and the second connection portions and opposite to each other in the longitudinal direction (Y); and the first connection portion and the second connection portion comprise a first bent portion and a second bent portion , respectively, which protrude in a height direction (Z) perpendicular to the longitudinal direction (Y) and a lateral direction (X).
A histone deacetylase inhibitor in combination with an oncolytic rhabdovirus that expresses a tumour antigen for use in a method of boosting an immune response to the tumour antigen in a mammal, wherein the histone deacetylase inhibitor is selected from the group consisting of hydroxamic acids, benzamides, cyclic tetrapeptides, depsipeptides, electrophilic ketones, and aliphatic acid compounds.
A crystalline fumaric acid salt of Compound 1 having the structure or hydrate or solvate thereof.
A data security protection method, comprising: a) receiving , by a network side device , a target message sent by a first device , wherein the target message is used to carry target data, the target data is data transmitted by the first device to a second device, the target message comprises an unencrypted area and an integrity protection encryption area, the unencrypted area is used to carry data that does not need to be encrypted, the data that does not need to be encrypted is data in the target data or data related to the target data, the integrity protection encryption area is used to carry data that needs integrity protection and encryption, and the data that needs integrity protection and encryption is data in the target data; b) performing , by the network side device, service processing on the target message based on the data carried in the unencrypted area in the target message; and c) sending , by the network side device to the second device, a target message obtained after the service processing; and d) wherein the unencrypted area comprises an unprotected area and an integrity protection unencrypted area, the unprotected area is used to carry data that does not need integrity protection and does not need to be encrypted, and the integrity protection unencrypted area is used to carry data that needs integrity protection but does not need to be encrypted. a) receiving , by a network side device , a target message sent by a first device , wherein the target message is used to carry target data, the target data is data transmitted by the first device to a second device, the target message comprises an unencrypted area and an integrity protection encryption area, the unencrypted area is used to carry data that does not need to be encrypted, the data that does not need to be encrypted is data in the target data or data related to the target data, the integrity protection encryption area is used to carry data that needs integrity protection and encryption, and the data that needs integrity protection and encryption is data in the target data; b) performing , by the network side device, service processing on the target message based on the data carried in the unencrypted area in the target message; and c) sending , by the network side device to the second device, a target message obtained after the service processing; and d) wherein the unencrypted area comprises an unprotected area and an integrity protection unencrypted area, the unprotected area is used to carry data that does not need integrity protection and does not need to be encrypted, and the integrity protection unencrypted area is used to carry data that needs integrity protection but does not need to be encrypted.
A computer-implemented method for memory conserving versioning of an electronic document , comprising: receiving , at a server , an update request for the electronic document from a client , the update request comprising client edits to the electronic document; analyzing , by the server, a plurality of server versioning factors for determining, whether to save the client edits as a new version of the electronic document, wherein the plurality of server versioning factors includes a client version request flag versioning factor, the client version request flag versioning factor being based on a determination whether the update request includes a flag that requests saving the client edits as a new version of the electronic document; generating, by the server, a versioning score based on derived values of the plurality of server versioning factors and comparing the versioning score against a versioning threshold score; in response to a determination that the versioning score meets or exceeds the versioning threshold score: generating a new version identifier for the electronic document; and saving the electronic document with the client edits to a storage repository using the new version identifier, thereby creating a new version of the electronic document distinguished by the new version identifier; and in response to a determination that the versioning score does not meet or exceed the versioning threshold, saving the client edits to a current version of the electronic document. receiving , at a server , an update request for the electronic document from a client , the update request comprising client edits to the electronic document; analyzing , by the server, a plurality of server versioning factors for determining, whether to save the client edits as a new version of the electronic document, wherein the plurality of server versioning factors includes a client version request flag versioning factor, the client version request flag versioning factor being based on a determination whether the update request includes a flag that requests saving the client edits as a new version of the electronic document; generating, by the server, a versioning score based on derived values of the plurality of server versioning factors and comparing the versioning score against a versioning threshold score; in response to a determination that the versioning score meets or exceeds the versioning threshold score: generating a new version identifier for the electronic document; and saving the electronic document with the client edits to a storage repository using the new version identifier, thereby creating a new version of the electronic document distinguished by the new version identifier; and generating a new version identifier for the electronic document; and saving the electronic document with the client edits to a storage repository using the new version identifier, thereby creating a new version of the electronic document distinguished by the new version identifier; and in response to a determination that the versioning score does not meet or exceed the versioning threshold, saving the client edits to a current version of the electronic document.
An anonymization method for communicating data in an IP communication network, from a sender having a plurality of network interfaces to a receiver possessing at least one IP address, the method comprising the steps of: - transmitting, by the plurality of network interfaces, fragments of the IP address of the receiver to a plurality of servers, called second-level servers, according to a first shared secret mechanism; - transmitting, by each second-level server, the received IP address fragment to a single server called master server, said master server being able to reconstruct the IP address of the receiver; - transmitting, by the plurality of network interfaces, data fragments of a data packet, to a plurality of servers called first-level servers, according to a second shared secret mechanism; - transmitting, by each first-level server, the received data fragment to a second-level server from among the plurality of second-level servers; - transmitting, by each second-level server, the received data fragment to the master server, the master server being able to reconstruct the data packet from all the received data fragments; and - transmitting, from the master server, the data packet to the receiver. - transmitting, by the plurality of network interfaces, fragments of the IP address of the receiver to a plurality of servers, called second-level servers, according to a first shared secret mechanism; - transmitting, by each second-level server, the received IP address fragment to a single server called master server, said master server being able to reconstruct the IP address of the receiver; - transmitting, by the plurality of network interfaces, data fragments of a data packet, to a plurality of servers called first-level servers, according to a second shared secret mechanism; - transmitting, by each first-level server, the received data fragment to a second-level server from among the plurality of second-level servers; - transmitting, by each second-level server, the received data fragment to the master server, the master server being able to reconstruct the data packet from all the received data fragments; and - transmitting, from the master server, the data packet to the receiver.
Installation for spreading the mixture of a liquid and a first fluid , comprising: - a vessel comprising the liquid , - a tank for storing in its interior space the first fluid , said tank being encased in the vessel , - a cover arranged to close the tank , - a delivery means arranged such that it allows the delivery of the first fluid from the tank to the vessel , and - a means for spreading the mixture of the liquid and the first fluid when the pressure in the vessel exceeds a predetermined pressure threshold, said installation being characterized in that : - the cover comprises an inlet arranged to introduce into the tank compressed air in order to pressurise the interior space of the tank , - and the delivery means is a conduit in the form of a gooseneck which delivers the first fluid from the tank to the vessel when the interior space of the tank is pressurised after the introduction of compressed air through the inlet in order that the liquid is mixed under pressure with the first fluid . - a vessel comprising the liquid , - a tank for storing in its interior space the first fluid , said tank being encased in the vessel , - a cover arranged to close the tank , - a delivery means arranged such that it allows the delivery of the first fluid from the tank to the vessel , and - a means for spreading the mixture of the liquid and the first fluid when the pressure in the vessel exceeds a predetermined pressure threshold, said installation being characterized in that : - the cover comprises an inlet arranged to introduce into the tank compressed air in order to pressurise the interior space of the tank , - and the delivery means is a conduit in the form of a gooseneck which delivers the first fluid from the tank to the vessel when the interior space of the tank is pressurised after the introduction of compressed air through the inlet in order that the liquid is mixed under pressure with the first fluid .
A detector system comprising a detector which operates in an ultrahigh vacuum or in a protective gas atmosphere consisting of high-purity gas, and a receiving container for the detector having a receiving portion which forms at least a portion of the receiving space for the detector , and a cover for hermetically sealing the receiving space , wherein, at the receiving portion , a first sealing surface is arranged and, at the cover , a second sealing surface matching the first sealing surface is arranged, and that, between the sealing surfaces , a gasket is arranged, wherein the detector systems comprises a securing device which is configured to press the cover against the receiving portion for providing a defined contact pressure of the gasket , characterized in that the gasket is an elastic metal gasket and is composed of a spiral spring surrounded by an elastic tube , wherein, when the defined contact pressure is applied, the elastic tube is adapted to be plastically deformed for preventing the first and the second sealing surface from being damaged, and between the detector and walls of the receiving portion a gap for electrical insulation of the detector and the walls is formed, wherein the gap has a width between 0.3 and 0.5 mm.
A valve comprising - an apparatus for determining the degree of wear of the valve , wherein the degree of wear of the valve depends on the degree of wear of an expandable material operating element present inside the valve, by which a piston of the valve is moveable; wherein - one or more sensors are arranged inside or outside the valve , which deliver values by means of which the degree of wear of the expandable material operating element can be calculated and the sensors are connected to evaluation electronics; characterised by - a cover which can be removed non-destructively and by means of which the expandable material operating material can be replaced, wherein at least (i) one position sensor and/or temperature sensor, and (ii) the corresponding evaluation electronics are housed in the cover ; wherein the evaluation electronics is connected with an optical or acoustic indicator or comprises an signal output for providing information regarding the degree of wear of the expandable material operating element . - an apparatus for determining the degree of wear of the valve , wherein the degree of wear of the valve depends on the degree of wear of an expandable material operating element present inside the valve, by which a piston of the valve is moveable; wherein - one or more sensors are arranged inside or outside the valve , which deliver values by means of which the degree of wear of the expandable material operating element can be calculated and the sensors are connected to evaluation electronics; characterised by - a cover which can be removed non-destructively and by means of which the expandable material operating material can be replaced, wherein
A method comprising: receiving, by a wireless device , a radio resource control message comprising a configuration parameter for a licensed assisted access, LAA, cell, the configuration parameter comprising an aperiodic sounding reference signal, SRS, subframe parameter; receiving a downlink control information: indicating uplink resources in a plurality of scheduled consecutive subframes of the LAA cell; and triggering an SRS transmission in a subframe of the plurality of scheduled consecutive subframes; and transmitting the SRS in the subframe when the wireless device is allowed to transmit in the subframe according to a listen-before-talk procedure, wherein a position of the subframe for transmitting the SRS in the plurality of scheduled consecutive subframes is determined based on the aperiodic SRS subframe parameter. receiving, by a wireless device , a radio resource control message comprising a configuration parameter for a licensed assisted access, LAA, cell, the configuration parameter comprising an aperiodic sounding reference signal, SRS, subframe parameter; receiving a downlink control information: indicating uplink resources in a plurality of scheduled consecutive subframes of the LAA cell; and triggering an SRS transmission in a subframe of the plurality of scheduled consecutive subframes; and transmitting the SRS in the subframe when the wireless device is allowed to transmit in the subframe according to a listen-before-talk procedure, wherein a position of the subframe for transmitting the SRS in the plurality of scheduled consecutive subframes is determined based on the aperiodic SRS subframe parameter. indicating uplink resources in a plurality of scheduled consecutive subframes of the LAA cell; and triggering an SRS transmission in a subframe of the plurality of scheduled consecutive subframes; and transmitting the SRS in the subframe when the wireless device is allowed to transmit in the subframe according to a listen-before-talk procedure, wherein a position of the subframe for transmitting the SRS in the plurality of scheduled consecutive subframes is determined based on the aperiodic SRS subframe parameter.
A diving flipper for propulsion in water, comprising - a shoe part for receiving a foot of a user, and - a flipper part having two ribs and a blade fastened to the ribs , wherein the ribs are arranged on both sides of a median plane (M) of the diving flipper , and each have dorsal and plantar edges in the transverse direction of the ribs and distal and proximal ends in the longitudinal direction of the ribs , and - fastening devices for fastening the ribs to the shoe part , wherein the dorsal edge of at least one rib is inclined relative to the median plane (M) of the diving flipper , so that the dorsal edges have less of a distance to each other than the plantar edges of the ribs to each other, and wherein the blade is manufactured out of a polyester fabric or nylon fabric, in particular out of Dacron, so that the ribs elastically deform relative to each other at least in sections in the direction of the median plane (M) of the diving flipper in the event of an external application of force to the flipper part in the plantar direction. - a shoe part for receiving a foot of a user, and - a flipper part having two ribs and a blade fastened to the ribs , wherein the ribs are arranged on both sides of a median plane (M) of the diving flipper , and each have dorsal and plantar edges in the transverse direction of the ribs and distal and proximal ends in the longitudinal direction of the ribs , and - fastening devices for fastening the ribs to the shoe part ,