mhurhangee/patent-ind-claim-en huggingface dataset:
A method for managing potentially concurrent transactions in a distributed database system including a plurality of nodes (108, 108a-c), the method including: maintaining, at a first node of the plurality of nodes (108, 108a-c), records of a plurality of transactions, each transaction executing on one or more of the plurality of nodes (108, 108a-c), each record having a transaction state of a plurality of transaction states, the records including a record for a first transaction and a record for a second transaction, execution of the first transaction at a second node of the plurality of nodes (108, 108a-c) including an operation for accessing a first data element stored on the second node and execution of the second transaction at the second node including an operation for accessing the first data element stored on the second node ; receiving, at the second node from the first node , a list of transactions that includes any of the plurality of transactions executing on the second node and having a first transaction state at a time of initiation of the second transaction, the list of transactions including the first transaction; determining that an outcome of the second transaction depends on an outcome of the first transaction based at least in part on the list of transactions; and suspending execution of the second transaction until after the first transaction is complete based on the determining. maintaining, at a first node of the plurality of nodes (108, 108a-c), records of a plurality of transactions, each transaction executing on one or more of the plurality of nodes (108, 108a-c), each record having a transaction state of a plurality of transaction states, the records including a record for a first transaction and a record for a second transaction, execution of the first transaction at a second node of the plurality of nodes (108, 108a-c) including an operation for accessing a first data element stored on the second node and execution of the second transaction at the second node including an operation for accessing the first data element stored on the second node ; receiving, at the second node from the first node , a list of transactions that includes any of the plurality of transactions executing on the second node and having a first transaction state at a time of initiation of the second transaction, the list of transactions including the first transaction; determining that an outcome of the second transaction depends on an outcome of the first transaction based at least in part on the list of transactions; and suspending execution of the second transaction until after the first transaction is complete based on the determining.
A human mature platelet-derived growth factor B (PDGF-B) mutant having substitutions of threonine at the amino acid positions 101 and 109 of the human mature wild-type platelet-derived growth factor B with alanine and having the activity of PDGF-B.
A method of automated validation of netblocks of IT-services and/or IT-systems of a company, comprising the following steps performed by a computer system: - as an inputting step : inputting a netblock, wherein the netblock comprises multiple IP addresses as an address range; - as a validation step : validating IP Addresses of the netblock, wherein an IP Address of a netblock is considered valid if this Address belongs to the company, and calculate the number of valid IP Addresses to the number of invalid IP Addresses as a first result; - as an evaluation step : evaluating based on the outcome of the first result if a netblock is valid or invalid; - as a marking step : marking the netblock as valid, invalid or not determinable based on evaluation. - as an inputting step : inputting a netblock, wherein the netblock comprises multiple IP addresses as an address range; - as a validation step : validating IP Addresses of the netblock, wherein an IP Address of a netblock is considered valid if this Address belongs to the company, and calculate the number of valid IP Addresses to the number of invalid IP Addresses as a first result; - as an evaluation step : evaluating based on the outcome of the first result if a netblock is valid or invalid; - as a marking step : marking the netblock as valid, invalid or not determinable based on evaluation.
An applicator for a cosmetic treatment product (PT) for the skin or lips, the applicator comprising at least: - an application portion comprising a bundle of needles (14; 24) for applying the cosmetic treatment product and extending along a longitudinal axis (X), the bundle of needles comprising at least a first set of needles (141; 241) being arranged in a square in cross-section relative to the longitudinal axis, and - a linear drive device connected to the application portion and configured to drive the bundle of needles (14; 24) with reciprocating motion (T) along the longitudinal axis (X), the applicator being characterized in that the bundle of needles further comprises a second set of needles (143; 243) situated around the first set of needles and defining an outline (CO1; CO2) for the bundle of needles that presents a rounded shape in cross-section relative to the longitudinal axis and in that the bundle of needles comprises: - 88 needles distributed as 64 needles in the first set of needles and 24 needles in the second set of needles, or - 132 needles distributed as 100 needles in the first set of needles and 32 needles in the second set of needles. - an application portion comprising a bundle of needles (14; 24) for applying the cosmetic treatment product and extending along a longitudinal axis (X), the bundle of needles comprising at least a first set of needles (141; 241) being arranged in a square in cross-section relative to the longitudinal axis, and - a linear drive device connected to the application portion and configured to drive the bundle of needles (14; 24) with reciprocating motion (T) along the longitudinal axis (X), - 88 needles distributed as 64 needles in the first set of needles and 24 needles in the second set of needles, or - 132 needles distributed as 100 needles in the first set of needles and 32 needles in the second set of needles.
An operation apparatus through which a user operation is performed to control an adjustment of a plurality of image displaying apparatuses , the operation apparatus comprising: a detector configured to detect the user operation; and a controller configured to acquire information on an arrangement of the plurality of image displaying apparatuses and to switch a control target apparatus among the image displaying apparatuses when a user operation is detected (S604:YES) which inputs a direction corresponding to an arrangement direction of the plurality of image displaying apparatuses indicated by the information on the arrangement, characterized in that , in a case where the information on the arrangement indicates a horizontal or a vertical arrangement direction of the plurality of image displaying apparatuses, the controller is configured to switch between an individual adjustment control and a collective adjustment control for the plurality of image displaying apparatuses when a user operation is detected (S604:NO) which inputs a direction not corresponding to the arrangement direction. a detector configured to detect the user operation; and a controller configured to acquire information on an arrangement of the plurality of image displaying apparatuses and to switch a control target apparatus among the image displaying apparatuses when a user operation is detected (S604:YES) which inputs a direction corresponding to an arrangement direction of the plurality of image displaying apparatuses indicated by the information on the arrangement, characterized in that , in a case where the information on the arrangement indicates a horizontal or a vertical arrangement direction of the plurality of image displaying apparatuses, the controller is configured to switch between an individual adjustment control and a collective adjustment control for the plurality of image displaying apparatuses when a user operation is detected (S604:NO) which inputs a direction not corresponding to the arrangement direction.
A method for controlling at least one of an extension and a retraction of a bale chute of a baler , the method comprising: determining whether a bale chute is in an extended position or a retracted position; determining whether the baler is operating to produce bales ; if the bale chute is determined to be in the extended position and if the baler is determined to be operating to produce bales , maintaining the bale chute in the extended position; characterized in that if the bale chute is determined to be in the extended position and if the baler is determined not to be producing bales , determining if the baler is being transported; if the baler is determined not to be being transported, maintaining the bale chute in the extended position; if the baler is determined to be being transported, determining whether a bale is protruding from baler ; if a bale is determined to be protruding from the baler , preventing retraction of the bale chute ; and if a bale is determined not to be protruding from the baler , retracting the bale chute into the retracted position; wherein retracting the bale chute into the retracted position if a bale is determined not to be protruding comprises providing an indication to an operator to verify retraction of the bale chute prior to retracting the bale chute to the retracted position. determining whether a bale chute is in an extended position or a retracted position; determining whether the baler is operating to produce bales ; if the bale chute is determined to be in the extended position and if the baler is determined to be operating to produce bales , maintaining the bale chute in the extended position; characterized in that if the bale chute is determined to be in the extended position and if the baler is determined not to be producing bales , determining if the baler is being transported; if the baler is determined not to be being transported, maintaining the bale chute in the extended position; if the baler is determined to be being transported, determining whether a bale is protruding from baler ; if a bale is determined to be protruding from the baler , preventing retraction of the bale chute ; and if a bale is determined not to be protruding from the baler , retracting the bale chute into the retracted position; wherein retracting the bale chute into the retracted position if a bale is determined not to be protruding comprises providing an indication to an operator to verify retraction of the bale chute prior to retracting the bale chute to the retracted position.
A method of establishing a transitional wireless association in a transport unit, the method comprising: - determining, by a state-sensing device, whether the transport unit is away from any other transport units; and - when the transport unit is determined to be away from any other transport units, establishing, by a wireless coordinator communicating with the state-sensing device and located in the transport unit , a transitional wireless association with a wireless device in the transport unit, wherein establishing the transitional wireless association includes establishing communication between the wireless coordinator and the wireless device, wherein the state-sensing device includes a geographic location receiver and a telematics device capable of communicating with a location database containing location information of any other transport units, and wherein determining whether the transport unit is away from other transport units comprises comparing a transport unit location to the location database. - determining, by a state-sensing device, whether the transport unit is away from any other transport units; and - when the transport unit is determined to be away from any other transport units, establishing, by a wireless coordinator communicating with the state-sensing device and located in the transport unit , a transitional wireless association with a wireless device in the transport unit, wherein establishing the transitional wireless association includes establishing communication between the wireless coordinator and the wireless device, wherein the state-sensing device includes a geographic location receiver and a telematics device capable of communicating with a location database containing location information of any other transport units, and wherein determining whether the transport unit is away from other transport units comprises comparing a transport unit location to the location database.
A rocket propulsion chamber comprising a combustion chamber , comprises in succession a dome for admitting a second propellant, a set of injectors , a substantially cylindrical portion extended by a converging portion and by a diverging portion , an inlet of the dome for admitting the second propellant constituting a top end of the combustion chamber and being connected to a feed duct for the second propellant , a wall of the combustion chamber having a cooling circuit in which a first propellant flows, with a single-piece thermostructural composite material shell placed against the outside of said combustion chamber and including a diverging nozzle extending beyond the bottom end of the combustion chamber , at least a fraction of said thermostructural composite material shell is covered in a radially strong outer reinforcing shell for containing deformation of the combustion chamber and of said thermostructural composite material shell , the thermostructural composite material shell and the outer reinforcing shell forming a unitary assembly , said combustion chamber being characterized in that it bears against an abutment fastened to the inside of a top part of the diverging nozzle , the propulsion chamber being characterized in that the thermostructural composite material shell also comprises a dome surmounting the dome of the combustion chamber .
An instrument panel assembly for displaying vehicle information, said assembly comprises: a panel holder ; a panel information device mounted on the panel holder ; a transparent lens overlaying the panel information device ; a plastic lens retainer extending along a vertical axis (V) from the rear surface of the transparent lens to the panel holder such that the transparent lens is retained distant from the panel information device ; at least one elastic member arranged in contact with the lens retainer and arranged in a vertical elastic configuration between the transparent lens and the panel holder so as to damp shocks on the transparent lens ; characterized in that the lens retainer comprises a 'V' shape elastic member that is a folding of the lens retainer arranged between the axial ends of the lens retainer so that the lens retainer is divided into a first portion and a second portion on respective opposite sides of the elastic member , the first portion extending vertically to the top axial end of the lens retainer in bearing contact with the rear surface of the transparent lens , the second portion extending vertically to the bottom axial end of the lens retainer . a panel holder ; a panel information device mounted on the panel holder ; a transparent lens overlaying the panel information device ; a plastic lens retainer extending along a vertical axis (V) from the rear surface of the transparent lens to the panel holder such that the transparent lens is retained distant from the panel information device ; at least one elastic member arranged in contact with the lens retainer and arranged in a vertical elastic configuration between the transparent lens and the panel holder so as to damp shocks on the transparent lens ; characterized in that the lens retainer comprises a 'V' shape elastic member that is a folding of the lens retainer arranged between the axial ends of the lens retainer so that the lens retainer is divided into a first portion and a second portion on respective opposite sides of the elastic member , the first portion extending vertically to the top axial end of the lens retainer in bearing contact with the rear surface of the transparent lens , the second portion extending vertically to the bottom axial end of the lens retainer .
A floor cleaning system having a flat headed mop , the system comprising: a frame having a first portion and a second portion ; at least one compartment removably coupled to the first portion a wringing assembly coupled to the frame; characterized in that the wringing assembly includes at least one clip holder configured to receive at least one accessory item. a frame having a first portion and a second portion ; at least one compartment removably coupled to the first portion a wringing assembly coupled to the frame; characterized in that the wringing assembly includes at least one clip holder configured to receive at least one accessory item.
A heat exchanger comprising: a core defining a first passageway configured for a first fluid to flow through and a second passageway configured for a second fluid to flow through, said core comprising: a plurality of unit cells coupled together, each unit cell of said plurality of unit cells comprising a sidewall at least partly defining a first passageway portion of the first passageway within an interior surface of the sidewall , a second passageway portion of the second passageway , whereby the first passageway portion and the second passageway portion are configured for the first fluid and the second fluid to exchange thermal energy through sidewall ; wherein the first passageway portion furcates the first fluid at an approximately 90° angle and the second passageway portion furcates the second fluid at an approximately 90° angle; a plurality of first openings for the first fluid to flow through the first passageway portion , and a plurality of second openings for the second fluid to flow through the second passageway portion , whereby each sidewall defines a plurality of unit cell inlets , a plurality of unit cell outlets , the interior surface , and an exterior surface such that the first fluid can flow into a respective unit cell through a unit cell inlet , contact interior surface , and flow out of the unit cell through a unit cell outlet and the second fluid can flow past unit cell such that the second fluid contacts the exterior surface . a plurality of unit cells coupled together, each unit cell of said plurality of unit cells comprising a sidewall at least partly defining a first passageway portion of the first passageway within an interior surface of the sidewall , a second passageway portion of the second passageway , whereby the first passageway portion and the second passageway portion are configured for the first fluid and the second fluid to exchange thermal energy through sidewall ; wherein the first passageway portion furcates the first fluid at an approximately 90° angle and the second passageway portion furcates the second fluid at an approximately 90° angle; a plurality of first openings for the first fluid to flow through the first passageway portion , and a plurality of second openings for the second fluid to flow through the second passageway portion , whereby each sidewall defines a plurality of unit cell inlets , a plurality of unit cell outlets , the interior surface , and an exterior surface such that the first fluid can flow into a respective unit cell through a unit cell inlet , contact interior surface , and flow out of the unit cell through a unit cell outlet and the second fluid can flow past unit cell such that the second fluid contacts the exterior surface .
Vehicle tyre having a tread which is formed radially at the outside and so as to run around in a circumferential direction (U) of the vehicle tyre, and having circumferential grooves which are formed in the tread in the circumferential direction (U) and, as viewed in cross section, have a radially outer region and a radially inner region , which adjoins said radially outer region, wherein the groove width (B1) in the radially outer region is configured to be smaller than that in the radially inner region , wherein, as viewed in the circumferential direction (U), the radially outer region has a zigzag-shaped profile composed of sections adjoining one another, characterized in that successive sections alternately have a relatively large groove width and a relatively small groove width.
A salt having formula (I): H 2 NCH 2 COCH 2 CH 2 COOR • Cl 3 C-COOH (I) wherein R is selected from the group consisting of hydrogen, unsubstituted C 1-8 alkyl, unsubstituted C 3-6 carbocyclic, unsubstituted or substituted C 6-12 aryl, and unsubstituted or substituted benzyl.
A user equipment , comprising: a reception unit configured to: receive a configuration to associate a logical channel with one or more serving cells; and receive a duplication activation/deactivation media access control, MAC, control element, CE, by which a Packet Data Convergence Protocol, PDCP, duplication is, are, activated or deactivated for a Data Radio Bearer, DRB; wherein in a case that the PDCP duplication of the DRB is activated, data from a logical channel of the DRB is only associated with one or more serving Cells that the logical channel associated with; and in a case that the PDCP duplication of the DRB is deactivated, data from the logical channel of the DRB is associated with any configured serving Cells. a reception unit configured to: receive a configuration to associate a logical channel with one or more serving cells; and receive a duplication activation/deactivation media access control, MAC, control element, CE, by which a Packet Data Convergence Protocol, PDCP, duplication is, are, activated or deactivated for a Data Radio Bearer, DRB; receive a configuration to associate a logical channel with one or more serving cells; and receive a duplication activation/deactivation media access control, MAC, control element, CE, by which a Packet Data Convergence Protocol, PDCP, duplication is, are, activated or deactivated for a Data Radio Bearer, DRB; wherein in a case that the PDCP duplication of the DRB is activated, data from a logical channel of the DRB is only associated with one or more serving Cells that the logical channel associated with; and in a case that the PDCP duplication of the DRB is deactivated, data from the logical channel of the DRB is associated with any configured serving Cells.
Shock absorber, comprising a shock absorber body wherein is formed a cylindrical bore wherein is slidingly mounted a piston dividing the cylindrical bore into two working chambers receiving a working fluid such as oil, at least one rolling section of fluid, formed from a passage and from a rolling means associated with the passage, being established between the two working chambers through the piston, which is mounted at the end of a piston rod and comprises a longitudinal geometrical axis (AA'), of symmetry, parallel to its direction of displacement in the bore, said piston further comprising a peripheral face or peripheral faces parallel to its longitudinal geometrical axis, characterised in that the piston has a guiding surface , a bypass channel of the rolling means, opening radially into the or one of the peripheral faces of the piston , and capable of providing communication between the two working chambers and a weight slidingly mounted along the longitudinal axis (AA') of the piston , on the guiding surface and on said peripheral face , and this between a sealed position of the bypass channel and a position in which the latter is open, the weight being biased towards the sealed position of the bypass channel by a flexible return member supported on an abutment surface of the piston .