mhurhangee/patent-ind-claim-en huggingface dataset:
A method of preparing a polycrystalline aluminum nitride material having defined characteristics, the method comprising: pressing aluminum nitride powder by applying a pressure of at least about 20.000 PSI (about 138 MPa) to form a pressed aluminum nitride slug; and sintering the pressed aluminum nitride slug by heating to a maximum temperature of at least about 1,500 °C at a heating rate of about 0.1 °C/minute to about 5 °C/minute in a non-oxidizing atmosphere to form a sintered aluminum nitride boule with a thickness of at least about 5.0 cm and with a diameter or length or width of at least about 5.0 cm; wherein the sintered polycrystalline aluminum nitride boule has a relative density of at least about 99% and an aluminum nitride purity of at least about 99% by weight, and wherein said pressing and said sintering are carried out in the express absence of any added sintering aid or binder. pressing aluminum nitride powder by applying a pressure of at least about 20.000 PSI (about 138 MPa) to form a pressed aluminum nitride slug; and sintering the pressed aluminum nitride slug by heating to a maximum temperature of at least about 1,500 °C at a heating rate of about 0.1 °C/minute to about 5 °C/minute in a non-oxidizing atmosphere to form a sintered aluminum nitride boule with a thickness of at least about 5.0 cm and with a diameter or length or width of at least about 5.0 cm;
A dispensing pump comprising: a pump base ; a dispensing head including a piston stem which is axially guided within the pump base between an extended position and a retracted position; a spring assembly captured between the pump base and the piston stem biasing the dispensing head to said extended position; and a releasable lock coupled between the pump base and the dispensing head, characterised in that the releasable lock comprises: a guide tube (126; 226; 326) coupled between the spring assembly and the pump base, and a piston stem plug disposed at a terminal end of the piston stem, the piston stem plug (128; 228; 328) slidably received within the guide tube and being slidably movable relative to the guide tube between a locked position when the dispensing head is retracted and a deployed position when the dispensing head is extended, said piston stem and piston stem plug being retained in the locked position by friction, and being retained in the deployed position by interfitting tabs. a pump base ; a dispensing head including a piston stem which is axially guided within the pump base between an extended position and a retracted position; a spring assembly captured between the pump base and the piston stem biasing the dispensing head to said extended position; and a releasable lock coupled between the pump base and the dispensing head, characterised in that the releasable lock comprises: a guide tube (126; 226; 326) coupled between the spring assembly and the pump base, and a piston stem plug disposed at a terminal end of the piston stem, the piston stem plug (128; 228; 328) slidably received within the guide tube and being slidably movable relative to the guide tube between a locked position when the dispensing head is retracted and a deployed position when the dispensing head is extended, said piston stem and piston stem plug being retained in the locked position by friction, and being retained in the deployed position by interfitting tabs.
A tracheostoma device holder for holding a tracheostoma device superimposed of a tracheostoma of a person, said tracheostoma device holder comprising: a plate for attachment over a tracheostoma via proximal side thereof, said plate being provided with a through hole ; a tracheostoma device fitting being provided with a through passage arranged superimposed the through hole , said tracheostoma device fitting extending distally from the plate ; whereby the tracheostoma device holder is formed by a co-molding process, wherein the plate is molded onto the tracheostoma device fitting , and characterized in that the thickness of the plate decreases in the central to lateral direction. a plate for attachment over a tracheostoma via proximal side thereof, said plate being provided with a through hole ; a tracheostoma device fitting being provided with a through passage arranged superimposed the through hole , said tracheostoma device fitting extending distally from the plate ; whereby the tracheostoma device holder is formed by a co-molding process, wherein the plate is molded onto the tracheostoma device fitting , and characterized in that the thickness of the plate decreases in the central to lateral direction.
A coupling device for connecting wagon elements of a freight wagon, comprising a coupling rod and two directional joints arranged at the ends of the coupling rod for connecting the coupling rod to one wagon element each, the coupling rod comprising a first coupling rod part (T1) and a second coupling rod part (T2), both coupling rod parts (T1, T2) each having a first end with one of the directional joints and a second end opposite the first end for connection to the respective other coupling rod part (T1, T2), the coupling rod parts (T1, T2) each having at least one circumferential groove and/or a circumferential web at the second end , the coupling device furthermore having an openable clamp for positively connecting the two coupling rod parts (T1, T2), with the clamp in the closed state encompassing both the second end of the first coupling rod part (T1) and the second end of the second coupling rod part (T2), thereby engaging into the grooves or, respectively, engaging over the webs for positively connecting the coupling rod parts (T1, T2), and the clamp in the opened state releasing the two coupling rod parts (T1, T2) in order to separate them, at least two circumferential grooves or, respectively, webs being provided per coupling rod part (T1, T2) and the clamp engaging into the at least four grooves or, respectively, engaging over the at least four webs. the coupling rod comprising a first coupling rod part (T1) and a second coupling rod part (T2), both coupling rod parts (T1, T2) each having a first end with one of the directional joints and a second end opposite the first end for connection to the respective other coupling rod part (T1, T2), the coupling rod parts (T1, T2) each having at least one circumferential groove and/or a circumferential web at the second end , the coupling device furthermore having an openable clamp for positively connecting the two coupling rod parts (T1, T2), with the clamp in the closed state encompassing both the second end of the first coupling rod part (T1) and the second end of the second coupling rod part (T2), thereby engaging into the grooves or, respectively, engaging over the webs for positively connecting the coupling rod parts (T1, T2), and the clamp in the opened state releasing the two coupling rod parts (T1, T2) in order to separate them, at least two circumferential grooves or, respectively, webs being provided per coupling rod part (T1, T2) and the clamp engaging into the at least four grooves or, respectively, engaging over the at least four webs.
A method for generating encrypted data, comprising: combining, by an electronic circuit, a cryptographic key with state initialization bits to generate first combination bits; producing a first keystream by performing a permutation function f using the first combination bits as inputs thereto, the permutation function f comprising a round function f round that is iterated R times, the round function f round consisting of 1) a substitution layer in which the first combination bits are substituted with substitute bits, 2) a permutation layer in which the substitute bits are re-arranged, 3) a mixing layer in which at least two outputs of the permutation layer are combined together, and 4) an addition layer in which a constant is added to the output of the mixing layer; and using, by the electronic circuit, the first keystream to encrypt first data so as to produce first encrypted data; wherein the substitution layer comprises a plurality of identical substitution boxes, hereinafter S-boxes (402 1 ,..., 402 32 ), which collectively receive N input bits and individually receive X bits of the N input bits, wherein N is a customizable value; and wherein each bit (402 1 ,..., 402 32 ) permutes to an output bit position different from its input bit position, all outputs of a given S-box (402 1 ,..., 402 32 ) go to X different mixers, a permutation period of the permutation function f exceeds the number of rounds R. combining, by an electronic circuit, a cryptographic key with state initialization bits to generate first combination bits; producing a first keystream by performing a permutation function f using the first combination bits as inputs thereto, the permutation function f comprising a round function f round that is iterated R times, the round function f round consisting of 1) a substitution layer in which the first combination bits are substituted with substitute bits, 2) a permutation layer in which the substitute bits are re-arranged, 3) a mixing layer in which at least two outputs of the permutation layer are combined together, and 4) an addition layer in which a constant is added to the output of the mixing layer; and 1) a substitution layer in which the first combination bits are substituted with substitute bits, 2) a permutation layer in which the substitute bits are re-arranged, 3) a mixing layer in which at least two outputs of the permutation layer are combined together, and 4) an addition layer in which a constant is added to the output of the mixing layer; and using, by the electronic circuit, the first keystream to encrypt first data so as to produce first encrypted data; wherein the substitution layer comprises a plurality of identical substitution boxes, hereinafter S-boxes (402 1 ,..., 402 32 ), which collectively receive N input bits and individually receive X bits of the N input bits, wherein N is a customizable value; and wherein each bit (402 1 ,..., 402 32 ) permutes to an output bit position different from its input bit position, all outputs of a given S-box (402 1 ,..., 402 32 ) go to X different mixers, a permutation period of the permutation function f exceeds the number of rounds R.
A method comprising: analyzing content of a message to determine whether it is of a particular message type and providing a notification to a creator of the message to share rights with a user referenced in the message if it is determined that the message is of that particular message type; receiving , at a server, a request from the creator of the message to share one or more rights of the creator of the message with the user referenced in the message, wherein the message is for a plurality of users and the user, and wherein the request includes a property indicating the message being of the particular type of message; in response to the request, sending , by the server, a notification to the user referenced in the message, wherein the notification includes an option to accept the one or more rights; receiving , at the server from a user device of the user, an acceptance of the one or more rights, wherein receiving, from the user device of the user, the acceptance of the one or more rights further comprises setting one or more rules controlling visibility of the message and controlling visibility of feedback to the message; and performing , by the server, one or more operations related to the message based on the one or more rights accepted by the user. analyzing content of a message to determine whether it is of a particular message type and providing a notification to a creator of the message to share rights with a user referenced in the message if it is determined that the message is of that particular message type; receiving , at a server, a request from the creator of the message to share one or more rights of the creator of the message with the user referenced in the message, wherein the message is for a plurality of users and the user, and wherein the request includes a property indicating the message being of the particular type of message; in response to the request, sending , by the server, a notification to the user referenced in the message, wherein the notification includes an option to accept the one or more rights; receiving , at the server from a user device of the user, an acceptance of the one or more rights, wherein receiving, from the user device of the user, the acceptance of the one or more rights further comprises setting one or more rules controlling visibility of the message and controlling visibility of feedback to the message; and performing , by the server, one or more operations related to the message based on the one or more rights accepted by the user.
A method for wireless communications by a network entity, comprising: determining whether one or more neighbor cells are synchronous or asynchronous with a serving cell; providing an indication, to one or more user equipments, UEs, if one or more of the neighbor cells are synchronous or asynchronous with the serving cell; determining configurations for transmissions of at least one type of reference signal in the neighbor cells, such that the reference signals from the neighbor cells are transmitted within a measurement window if the one or more neighbor cells is synchronous with the serving cell, wherein the at least one type of reference signal comprises at least one of synchronization signals, SS, or channel state information reference signal, CSI-RS; and providing an indication of the configurations to one or more UEs, wherein the configurations of transmissions of the at least one SS or CSI-RS configurations provided for neighbor cells synchronous with the serving cell are different than SS or CSI-RS configurations provided for neighbor cells asynchronous with the serving cell. determining whether one or more neighbor cells are synchronous or asynchronous with a serving cell; providing an indication, to one or more user equipments, UEs, if one or more of the neighbor cells are synchronous or asynchronous with the serving cell; determining configurations for transmissions of at least one type of reference signal in the neighbor cells, such that the reference signals from the neighbor cells are transmitted within a measurement window if the one or more neighbor cells is synchronous with the serving cell, wherein the at least one type of reference signal comprises at least one of synchronization signals, SS, or channel state information reference signal, CSI-RS; and providing an indication of the configurations to one or more UEs, wherein the configurations of transmissions of the at least one SS or CSI-RS configurations provided for neighbor cells synchronous with the serving cell are different than SS or CSI-RS configurations provided for neighbor cells asynchronous with the serving cell.
A cable connector assembly comprising: a connector body adapted to be mounted to a cable extending through said connector body; and at least one resilient first seal adapted to be located in the connector body for sealing between the cable and the connector body, wherein the first seal has a respective first aperture therethrough for resiliently engaging part of said cable extending through said first aperture; wherein the connector body includes a first body part and a second body part adapted to be mounted to said first body part, characterised in that the assembly further comprises at least one aperture opening device adapted to extend through at least one said first aperture and maintain said first aperture in an enlarged condition, and having a hollow body portion for enabling said part of said cable to extend through said first aperture without engaging said first seal, wherein at least one said first seal is adapted to engage said first body part such that said aperture opening device is adapted to be removed from the first body part when said part of said cable extends through the first aperture to enable said first seal to resiliently engage said part of said cable extending through said first aperture. a connector body adapted to be mounted to a cable extending through said connector body; and at least one resilient first seal adapted to be located in the connector body for sealing between the cable and the connector body, wherein the first seal has a respective first aperture therethrough for resiliently engaging part of said cable extending through said first aperture; wherein the connector body includes a first body part and a second body part adapted to be mounted to said first body part, characterised in that the assembly further comprises at least one aperture opening device adapted to extend through at least one said first aperture and maintain said first aperture in an enlarged condition, and having a hollow body portion for enabling said part of said cable to extend through said first aperture without engaging said first seal, wherein at least one said first seal is adapted to engage said first body part such that said aperture opening device is adapted to be removed from the first body part when said part of said cable extends through the first aperture to enable said first seal to resiliently engage said part of said cable extending through said first aperture.
A method comprising: receiving a radio resource control, RRC, signaling message including an LTE-WLAN aggregation, LWA, configuration from a base station by a user equipment, UE , in a wireless network, wherein the UE is connecting to an LWA-enabled access point, AP, as indicated in the LWA configuration; characterized by the method further comprising: receiving a polling configuration for packet data convergence protocol, PDCP, status from the base station ; exchanging with the base station a PDCP protocol data unit, PDU, containing a polling bit indicating PDCP status polling is triggered; and exchanging with the base station a PDCP status report based on the polling configuration. receiving a radio resource control, RRC, signaling message including an LTE-WLAN aggregation, LWA, configuration from a base station by a user equipment, UE , in a wireless network, wherein the UE is connecting to an LWA-enabled access point, AP, as indicated in the LWA configuration; characterized by the method further comprising: receiving a polling configuration for packet data convergence protocol, PDCP, status from the base station ; exchanging with the base station a PDCP protocol data unit, PDU, containing a polling bit indicating PDCP status polling is triggered; and exchanging with the base station a PDCP status report based on the polling configuration. receiving a polling configuration for packet data convergence protocol, PDCP, status from the base station ; exchanging with the base station a PDCP protocol data unit, PDU, containing a polling bit indicating PDCP status polling is triggered; and exchanging with the base station a PDCP status report based on the polling configuration.
A surfactant mixture containing a) at least one anionic surfactant, b) at least one nonionic surfactant of formula (I) R 1 O-[G] P (I), in which R 1 represents -(CH 2 ) 7 -CH 3 or -(CH 2 ) 9 -CH 3 , G represents a sugar residue having 5 or 6 carbon atoms, and p represents numbers from 1 to 10, characterized in that the nonionic surfactant of formula (I) is contained in an amount of from 35 to 55 wt.%, based on the total amount of all nonionic surfactants. a) at least one anionic surfactant, b) at least one nonionic surfactant of formula (I) R 1 O-[G] P (I), in which R 1 represents -(CH 2 ) 7 -CH 3 or -(CH 2 ) 9 -CH 3 , G represents a sugar residue having 5 or 6 carbon atoms, and p represents numbers from 1 to 10,
Exchange device for a traction battery of an industrial truck which is operated electrically by battery and has a receiving surface onto which the traction battery can be placed, wherein the exchange device can be inserted together with the traction battery into a battery compartment of the industrial truck and the exchange device has rollers which can be lowered below the receiving surface by lifting means and by means of which the traction battery can be raised together with the exchange device to such an extent that the exchange device can be moved out of the battery compartment in a rolling manner on a carriageway surface , characterized in that a control arrangement of the exchange device is configured to actuate the lifting means depending on a signal from sensor means which can detect a relative lifting height of the exchange device in relation to the industrial truck , wherein the sensor means can detect a lifting height in relation to a base plate of a battery compartment of the industrial truck .
A resource request method, comprising: receiving a first frequency information list and a second frequency information list from an access network device, wherein the first frequency information list comprises at least one piece of first frequency information, and the second frequency information list comprises at least one piece of second frequency information; sending (S202) resource request information to the access network device, wherein the resource request information carries destination vehicle-to-everything, V2X, service indication information, the destination V2X service indication information corresponds to a first radio access technology, RAT, and/or corresponds to a second RAT, the first RAT corresponds to the first frequency information list, and the second RAT corresponds to the second frequency information list; receiving (S204) resource indication information from the access network device, wherein the resource indication information is a time-frequency resource used to indicate a sidelink, SL, corresponding to a RAT that comprises the first RAT and/or the second RAT, and wherein time-frequency resource is determined by the access network device based on the destination V2X service indication information; and sending (S205) a V2X service to a second terminal device by using the time-frequency resource. receiving a first frequency information list and a second frequency information list from an access network device, wherein the first frequency information list comprises at least one piece of first frequency information, and the second frequency information list comprises at least one piece of second frequency information; sending (S202) resource request information to the access network device, wherein the resource request information carries destination vehicle-to-everything, V2X, service indication information, the destination V2X service indication information corresponds to a first radio access technology, RAT, and/or corresponds to a second RAT, the first RAT corresponds to the first frequency information list, and the second RAT corresponds to the second frequency information list; receiving (S204) resource indication information from the access network device, wherein the resource indication information is a time-frequency resource used to indicate a sidelink, SL, corresponding to a RAT that comprises the first RAT and/or the second RAT, and wherein time-frequency resource is determined by the access network device based on the destination V2X service indication information; and sending (S205) a V2X service to a second terminal device by using the time-frequency resource.