mhurhangee/patent-ind-claim-en huggingface dataset:
Method for carrying out a driver-independent brake force holding function in a motor vehicle (B2) when the latter is stationary on a road which is inclined in the longitudinal direction of the vehicle, wherein the braking force which is maintained independently of the driver is decreased when a release condition is satisfied, in which - the uphill distance which corresponds to the distance from the vehicle (A) which is adjacent in the uphill direction is determined by means of a first distance sensor system, and - when a predefined limiting value is undershot by the uphill distance the braking force is already reduced when the release condition is satisfied, so that the motor vehicle (B2) moves, characterized in that the downhill distance which corresponds to the distance from the vehicle (C) which is adjacent in the downhill direction is also determined by means of a second distance sensor system, and when a predefined limiting value is undershot by the downhill distance the reduced braking force is increased again and the motor vehicle (B2) is placed in the stationary state. - the uphill distance which corresponds to the distance from the vehicle (A) which is adjacent in the uphill direction is determined by means of a first distance sensor system, and - when a predefined limiting value is undershot by the uphill distance the braking force is already reduced when the release condition is satisfied, so that the motor vehicle (B2) moves,
A pneumatic tire of an asymmetric pattern having a plurality of land parts partitioned by four main grooves extending in a tire circumferential direction, in a tread part , wherein the plurality of land parts include: a center land part ; intermediate land parts respectively adjoining both sides of the center land part ; and shoulder land parts respectively adjoining tire transversal outer sides of the intermediate land parts , the center land part and the intermediate land parts has a plurality of block parts (B) having outer sides in a tire radial direction sectioned in a tire circumferential direction only by sipes (S), a sipe (Sc) formed in the center land part communicates with a main groove only on a vehicle installation inner side, characterised in that both ends of a sipe (Se) of an outer intermediate land part constituting a vehicle installation outer part of the intermediate land parts respectively open to main grooves , an angle of a sipe (Se) of the outer intermediate land part is smaller than an angle of a sipe (Sc) of the center land part and a sipe (Si) of an inner intermediate land part constituting a vehicle installation inner part of the intermediate land parts , and "angle of a sipe" means an angle of straight line, which connects both tire transversal ends of a sipe, to the tire circumferential direction, and wherein "block part" is a concept including not only a block (Bi, Be) having whole circumference defined by grooves and sipes (Si, Se) with both ends of sipes opening to main grooves, but also a block (Bc) projected from a rib. a center land part ; intermediate land parts respectively adjoining both sides of the center land part ; and shoulder land parts respectively adjoining tire transversal outer sides of the intermediate land parts ,
Composition comprising Fc antibody fragments for use in the treatment of immune thrombocytopenic purpura, said Fc fragments being isolated Fc fragments having improved affinity, by a ratio of at least 2, for the FcRγIII(CD16a) receptor compared with a parent Fc fragment of wild-type IgGI of sequence SEQ ID NO: 1, and comprising at least the sequence SEQ ID NO: 19.
A method performed by a terminal (1f-01) for use in a communication system, the method comprising: receiving, from a first base station (1f-03), a radio resource control, RRC, message for reconfiguration with sync (1f-31), the RRC message including first information indicating a dedicated resource for 2-step random access and second information indicating a modulation and coding scheme, MCS, for a physical uplink shared channel, PUSCH, associated with a message A, MsgA, for the 2-step random access, wherein the first information includes a random access preamble index associated with the MsgA and information on a resource of the PUSCH associated with the MsgA; transmitting, to a second base station (1f-05), a random access preamble associated with the MsgA (1f-33) on a physical random access channel, PRACH, based on the random access preamble index; transmitting, to the second base station, a payload on the PUSCH associated with the MsgA (1f-33) based on the information on a resource of the PUSCH associated with the MsgA (1f-33) and the second information; and receiving, from the second base station, a message B, MsgB (1f-35) as a response to the MsgA (1f-33). receiving, from a first base station (1f-03), a radio resource control, RRC, message for reconfiguration with sync (1f-31), the RRC message including first information indicating a dedicated resource for 2-step random access and second information indicating a modulation and coding scheme, MCS, for a physical uplink shared channel, PUSCH, associated with a message A, MsgA, for the 2-step random access, wherein the first information includes a random access preamble index associated with the MsgA and information on a resource of the PUSCH associated with the MsgA; transmitting, to a second base station (1f-05), a random access preamble associated with the MsgA (1f-33) on a physical random access channel, PRACH, based on the random access preamble index; transmitting, to the second base station, a payload on the PUSCH associated with the MsgA (1f-33) based on the information on a resource of the PUSCH associated with the MsgA (1f-33) and the second information; and receiving, from the second base station, a message B, MsgB (1f-35) as a response to the MsgA (1f-33).
An insert comprising: a hollow tube of which at least a portion is inserted into a subject; an optical fiber that is inserted into an inside portion of the hollow tube and guides light emitted from a light source; a base end section including an optical fiber insertion part used for inserting the optical fiber; a light absorbing member that absorbs light guided by the optical fiber in a case of being irradiated with the light and generates a photoacoustic wave; an optical fiber fixing member that fixes the optical fiber at a position spaced from a distal end of the optical fiber and is inserted into the optical fiber insertion part, wherein the optical fiber insertion part includes a first portion into which the optical fiber fixing member is inserted and characterised in that said fiber fixing member has at least three protrusions protruding toward the center at positions spaced from each other in a circumferential direction, and a size of the optical fiber fixing member in a direction perpendicular to an insertion direction into the first portion is larger than that of an inside portion of the first portion, and the optical fiber fixing member is fixed by the at least three protrusions of the first portion. a hollow tube of which at least a portion is inserted into a subject; an optical fiber that is inserted into an inside portion of the hollow tube and guides light emitted from a light source; a base end section including an optical fiber insertion part used for inserting the optical fiber; a light absorbing member that absorbs light guided by the optical fiber in a case of being irradiated with the light and generates a photoacoustic wave; an optical fiber fixing member that fixes the optical fiber at a position spaced from a distal end of the optical fiber and is inserted into the optical fiber insertion part, wherein the optical fiber insertion part includes a first portion into which the optical fiber fixing member is inserted and characterised in that said fiber fixing member has at least three protrusions protruding toward the center at positions spaced from each other in a circumferential direction, and a size of the optical fiber fixing member in a direction perpendicular to an insertion direction into the first portion is larger than that of an inside portion of the first portion, and the optical fiber fixing member is fixed by the at least three protrusions of the first portion.
A blood purifier package obtained by packing a blood purifier comprising selectively permeable separation membranes as a main component, characterized in that said blood purifier is packed and sealed together with an oxygen scavenger in a packaging material capable of shutting out an external air and a water vapor, wherein a relative humidity in the packaging material is above 40%RH at 25°C.
A method for forming a rubber article from a cross-linkable rubber composition, the cross-linkable rubber composition having undergone in situ isomerization, the method comprising: adding mixture components of the cross-linkable rubber composition into a mixer, the mixture components comprising at least 10 phr of a polybutadiene rubber having at least 80 wt% cis -bonds and up to 90 phr of a second rubber component having at least some dienic unsaturation; mixing the mixture components during a nonproductive phase; processing the mixture components on a mill during a productive phase; adding at least 3 phr of a disulfide isomerization agent; mixing the disulfide isomerization agent with the mixture components; and forming the rubber article. adding mixture components of the cross-linkable rubber composition into a mixer, the mixture components comprising at least 10 phr of a polybutadiene rubber having at least 80 wt% cis -bonds and up to 90 phr of a second rubber component having at least some dienic unsaturation; mixing the mixture components during a nonproductive phase; processing the mixture components on a mill during a productive phase; adding at least 3 phr of a disulfide isomerization agent; mixing the disulfide isomerization agent with the mixture components; and forming the rubber article.
A method for detecting a change in operating behaviour of a crank drive of a motor vehicle, preferably a commercial vehicle, wherein the crank drive comprises a crankshaft , a pulse generator rotating during operation of the crankshaft and a stationary sensor device which generates a rotational speed signal N dependent on the rotational speed of the pulse generator , wherein the method comprises the following steps: - detecting a current rotational speed signal N act of the sensor device during operation of the crank drive ; - filtering the current rotational speed signal N act by a band pass filter, the band pass filter comprising at least a first and a disjoint from the first second passband D 1 and D 2 , which each comprise different centre frequencies f 1 and f 2 ; - comparing the filtered current rotational speed signal N act with a reference signal N ref stored in a memory ; and - detecting a change in the operating behaviour of the crank drive based on the comparison of the filtered current rotational speed signal N act with the reference signal N ref . - detecting a current rotational speed signal N act of the sensor device during operation of the crank drive ; - filtering the current rotational speed signal N act by a band pass filter, the band pass filter comprising at least a first and a disjoint from the first second passband D 1 and D 2 , which each comprise different centre frequencies f 1 and f 2 ; - comparing the filtered current rotational speed signal N act with a reference signal N ref stored in a memory ; and - detecting a change in the operating behaviour of the crank drive based on the comparison of the filtered current rotational speed signal N act with the reference signal N ref .
A method for operating a user equipment, UE, adapted to transmit beacons, the method comprising: adjusting , by the UE, an initial beacon interval between successively transmitted beacons in accordance with a value of at least one parameter and a beacon configuration received from a network entity, NE, thereby producing an adjusted beacon interval; transmitting , by the UE to the NE, a beacon selected in accordance with the adjusted beacon interval in a beacon transmission opportunity determined in accordance with the initial beacon interval, wherein the beacon includes a beacon interval indicator of the adjusted beacon interval; receiving, by the UE from the NE, a confirmation of the adjusted beacon interval or a rejection of the adjusted beacon interval; and continuing, by the UE, to transmit subsequent beacons to the NE in beacon transmission opportunities determined in accordance with the adjusted beacon interval if the confirmation is received within a specified time interval after transmitting the beacon; and reverting, by the UE, back to the initial beacon interval if the confirmation is not received within the specified time interval after transmitting the beacon, and transmitting subsequent beacons to the NE in beacon transmission opportunities determined in accordance with the initial beacon interval; or reverting, by the UE, back to the initial beacon interval if the rejection is received, and transmitting subsequent beacons to the NE in beacon transmission opportunities determined in accordance with the initial beacon interval. adjusting , by the UE, an initial beacon interval between successively transmitted beacons in accordance with a value of at least one parameter and a beacon configuration received from a network entity, NE, thereby producing an adjusted beacon interval; transmitting , by the UE to the NE, a beacon selected in accordance with the adjusted beacon interval in a beacon transmission opportunity determined in accordance with the initial beacon interval, wherein the beacon includes a beacon interval indicator of the adjusted beacon interval; receiving, by the UE from the NE, a confirmation of the adjusted beacon interval or a rejection of the adjusted beacon interval; and continuing, by the UE, to transmit subsequent beacons to the NE in beacon transmission opportunities determined in accordance with the adjusted beacon interval if the confirmation is received within a specified time interval after transmitting the beacon; and reverting, by the UE, back to the initial beacon interval if the confirmation is not received within the specified time interval after transmitting the beacon, and transmitting subsequent beacons to the NE in beacon transmission opportunities determined in accordance with the initial beacon interval; or reverting, by the UE, back to the initial beacon interval if the rejection is received, and transmitting subsequent beacons to the NE in beacon transmission opportunities determined in accordance with the initial beacon interval.
Electric charge accumulator , comprising - at least one flooded electric battery containing at least one electrolytic solution comprising water and mountable on board a vehicle for the power supply of said vehicle, said electric battery having a predetermined operating time capacity (L a ); characterized in comprising: - acquisition means for acquiring the current electric charge (C n ) delivered by said electric battery in a current cycle of use; - detection means for detecting the previous electric charge (C n-1 ) delivered by said electric battery in a previous cycle of use; - measurement means for measuring the amount of water introduced (L n-1 ) in said electric battery for the restoration of said electrolytic solution after said previous cycle of use; - processing means operatively connected to said acquisition means , to said detection means and to said measurement means and adapted to calculate, depending on said current electric charge (C n ), said previous electric charge (C n-1 ), said amount of water introduced (L n-1 ) and said predetermined operating time capacity (L a ), at least one of a first representative quantity of the consumption of said water in said current cycle of use and a second representative quantity of the operating time of said electric battery in said current cycle of use; - generation means for generating at least one emergency electronic signal which are operatively connected to said processing means , said generation means being activated when the value of said first quantity is substantially higher than the value of said second quantity. - at least one flooded electric battery containing at least one electrolytic solution comprising water and mountable on board a vehicle for the power supply of said vehicle, said electric battery having a predetermined operating time capacity (L a ); characterized in comprising: - acquisition means for acquiring the current electric charge (C n ) delivered by said electric battery in a current cycle of use; - detection means for detecting the previous electric charge (C n-1 ) delivered by said electric battery in a previous cycle of use; - measurement means for measuring the amount of water introduced (L n-1 ) in said electric battery for the restoration of said electrolytic solution after said previous cycle of use; - processing means operatively connected to said acquisition means , to said detection means and to said measurement means and adapted to calculate, depending on said current electric charge (C n ), said previous electric charge (C n-1 ), said amount of water introduced (L n-1 ) and said predetermined operating time capacity (L a ), at least one of a first representative quantity of the consumption of said water in said current cycle of use and a second representative quantity of the operating time of said electric battery in said current cycle of use; - generation means for generating at least one emergency electronic signal which are operatively connected to said processing means , said generation means being activated when the value of said first quantity is substantially higher than the value of said second quantity.
A system for conditioning cerebrospinal fluid, the system comprising: (i) a catheter having a first lumen with a first port and a second lumen having a second port; and (ii) a pump connectable between the first lumen and the second lumen to induce a flow of cerebrospinal fluid therebetween, wherein (iii) the first and second ports are axially spaced apart, (iv) the first lumen is configured to remove a cerebrospinal fluid from a first cerebrospinal fluid space in a patient; (v) the system further comprises a filter contained within said lumens to remove one or more materials from the cerebrospinal fluid to form a conditioned cerebrospinal fluid; (vi) the second lumen is configured to return the conditioned cerebrospinal fluid to a second cerebrospinal fluid space; (vii) cerebrospinal fluid is removed from the patient at a first flow rate, and the conditioned cerebrospinal fluid is returned to the patient at a second flow rate that is substantially the same as the first flow rate; and (viii) the system is adapted to permit the flow directions of removing the cerebrospinal fluid and returning the conditioned cerebrospinal fluid to be periodically reversed. (i) a catheter having a first lumen with a first port and a second lumen having a second port; and (ii) a pump connectable between the first lumen and the second lumen to induce a flow of cerebrospinal fluid therebetween, wherein (iii) the first and second ports are axially spaced apart, (iv) the first lumen is configured to remove a cerebrospinal fluid from a first cerebrospinal fluid space in a patient; (v) the system further comprises a filter contained within said lumens to remove one or more materials from the cerebrospinal fluid to form a conditioned cerebrospinal fluid; (vi) the second lumen is configured to return the conditioned cerebrospinal fluid to a second cerebrospinal fluid space; (vii) cerebrospinal fluid is removed from the patient at a first flow rate, and the conditioned cerebrospinal fluid is returned to the patient at a second flow rate that is substantially the same as the first flow rate; and (viii) the system is adapted to permit the flow directions of removing the cerebrospinal fluid and returning the conditioned cerebrospinal fluid to be periodically reversed.
Computer-implemented method for checking anonymisation of data, the method comprising the steps: - reading in (S1) data privacy rules (PR), - storing (S2) original data (D1) of a first node (N1) of a distributed database (DB), - reading in (S3) anonymized data (D2), wherein the anonymized data (D2) were generated by means of an anonymization method (AM) and depending on the original data, when retrieving the original data by a second node (N2) of the distributed database, - generating (S4) test data (D3) by applying the data privacy rules (PR) to the original data (D1), - checking (S5) at least part of the anonymized data (D2) against at least part of the test data (D3) and outputting a check result (CR), - generating (S6) metadata (MD) depending on the check result (CR), and - sending (S7) the metadata (MD) to the distributed database (DB), wherein the method steps are implemented by means of a smart contract which is executed by nodes of the distributed database. - reading in (S1) data privacy rules (PR), - storing (S2) original data (D1) of a first node (N1) of a distributed database (DB), - reading in (S3) anonymized data (D2), wherein the anonymized data (D2) were generated by means of an anonymization method (AM) and depending on the original data, when retrieving the original data by a second node (N2) of the distributed database, - generating (S4) test data (D3) by applying the data privacy rules (PR) to the original data (D1), - checking (S5) at least part of the anonymized data (D2) against at least part of the test data (D3) and outputting a check result (CR), - generating (S6) metadata (MD) depending on the check result (CR), and - sending (S7) the metadata (MD) to the distributed database (DB), wherein the method steps are implemented by means of a smart contract which is executed by nodes of the distributed database.