mhurhangee/ep-ind-claims huggingface dataset:
Control facility for a vehicle, which is equipped with a fuel cell and a storage facility and can travel on a predetermined section of track, wherein the storage facility can be charged with the output current of the fuel cell, characterised in that - the control facility is designed so that it sets the output current of the fuel cell on the basis of a characteristic curve which is defined for the predetermined section of track and which defines the respective output current of the fuel cell as a function of the respective charging state of the storage facility, wherein the characteristic curve depends on a control parameter, and - the control facility is moreover designed so that after passing through the section of track it checks whether an auxiliary value dependent on the average charging state of the storage facility during the journey in the section of track deviates from a predetermined target value and changes the control parameter as a function of the result of the check for the respectively next journey in the same section of track. - the control facility is designed so that it sets the output current of the fuel cell on the basis of a characteristic curve which is defined for the predetermined section of track and which defines the respective output current of the fuel cell as a function of the respective charging state of the storage facility, wherein the characteristic curve depends on a control parameter, and - the control facility is moreover designed so that after passing through the section of track it checks whether an auxiliary value dependent on the average charging state of the storage facility during the journey in the section of track deviates from a predetermined target value and changes the control parameter as a function of the result of the check for the respectively next journey in the same section of track.
A method for reducing a size of a file, said method comprising: determining a total number of empty pages in the file; (a) starting a traversal of said file at a last page of said file; progressing toward a first page of said file, for each encountered page, repeating performing the steps of: (b) indicating an encountered page as skipped if said encountered page is empty; (c) indicating said encountered page as dirty if said encountered page is non-empty; and (d) comparing a sum of skipped pages plus dirty pages to the total number of empty pages in said file; until said sum is equal to said total number of empty pages; writing contents of said dirty pages to empty pages of said file that have not been traversed; indicating each dirty page of said dirty pages and each skipped page of said skipped pages as unallocated; and truncating said unallocated pages from said file. determining a total number of empty pages in the file; (a) starting a traversal of said file at a last page of said file; (a) starting a traversal of said file at a last page of said file; progressing toward a first page of said file, for each encountered page, repeating performing the steps of: (b) indicating an encountered page as skipped if said encountered page is empty; (c) indicating said encountered page as dirty if said encountered page is non-empty; and (d) comparing a sum of skipped pages plus dirty pages to the total number of empty pages in said file; (b) indicating an encountered page as skipped if said encountered page is empty; (c) indicating said encountered page as dirty if said encountered page is non-empty; and (d) comparing a sum of skipped pages plus dirty pages to the total number of empty pages in said file; until said sum is equal to said total number of empty pages; writing contents of said dirty pages to empty pages of said file that have not been traversed; indicating each dirty page of said dirty pages and each skipped page of said skipped pages as unallocated; and truncating said unallocated pages from said file.
A communication method, comprising: receiving, by a first network device that manages a network slice subnet instance, requirement description information of the network slice subnet instance from a second network device that manages a network slice instance, wherein the requirement description information of the network slice subnet instance is used to indicate a service requirement for the network slice subnet instance, and the network slice instance comprises the network slice subnet instance; and creating or configuring (S 102), by the first network device, the network slice subnet instance based on configuration information of the network slice subnet instance, wherein the configuration information of the network slice subnet instance is determined based on the requirement description information of the network slice subnet instance; characterized by: sending, by the first network device to a third network device, requirement description information of a nested network slice subnet instance comprised in the network slice subnet instance, wherein the third network device is configured to manage the nested network slice subnet instance, and the requirement description information of the nested network slice subnet instance is generated based on the requirement description information of the network slice subnet instance. receiving, by a first network device that manages a network slice subnet instance, requirement description information of the network slice subnet instance from a second network device that manages a network slice instance, wherein the requirement description information of the network slice subnet instance is used to indicate a service requirement for the network slice subnet instance, and the network slice instance comprises the network slice subnet instance; and creating or configuring (S 102), by the first network device, the network slice subnet instance based on configuration information of the network slice subnet instance, wherein the configuration information of the network slice subnet instance is determined based on the requirement description information of the network slice subnet instance; characterized by: sending, by the first network device to a third network device, requirement description information of a nested network slice subnet instance comprised in the network slice subnet instance, wherein the third network device is configured to manage the nested network slice subnet instance, and the requirement description information of the nested network slice subnet instance is generated based on the requirement description information of the network slice subnet instance.
A method for reproducing a texture feeling by means of a touch interface including a surface, at least one actuator capable of vibrating said surface, and a control unit, characterised in that the control unit is configured to generate a drive signal (s i) for driving said at least one actuator (ai) as a harmonic signal including a carrier signal at a non-radiative frequency for the actuator, the actuator covering a zone of the surface; a non-radiative frequency for an actuator being a frequency generating vibratory waves destroying interference on the whole perimeter of the actuator, so that when the actuator is excited by the drive signal, the amplitude of vibrations generated by the actuator outside the zone covered by the actuator is less than the amplitude of vibrations generated by the actuator in the zone covered by the actuator (ai) by at least 10 dB; and in that said method includes: - using the control unit, the step of generating said drive signal including a harmonic signal comprising a carrier signal at a non-radiative frequency for the actuator, - the step of sending this drive signal by the control unit to the actuator so as to generate modification of a friction coefficient of the zone of the surface covered by the actuator. the control unit is configured to generate a drive signal (s i) for driving said at least one actuator (ai) as a harmonic signal including a carrier signal at a non-radiative frequency for the actuator, the actuator covering a zone of the surface; a non-radiative frequency for an actuator being a frequency generating vibratory waves destroying interference on the whole perimeter of the actuator, so that when the actuator is excited by the drive signal, the amplitude of vibrations generated by the actuator outside the zone covered by the actuator is less than the amplitude of vibrations generated by the actuator in the zone covered by the actuator (ai) by at least 10 dB; and in that said method includes: - using the control unit, the step of generating said drive signal including a harmonic signal comprising a carrier signal at a non-radiative frequency for the actuator, - the step of sending this drive signal by the control unit to the actuator so as to generate modification of a friction coefficient of the zone of the surface covered by the actuator. - using the control unit, the step of generating said drive signal including a harmonic signal comprising a carrier signal at a non-radiative frequency for the actuator, - the step of sending this drive signal by the control unit to the actuator so as to generate modification of a friction coefficient of the zone of the surface covered by the actuator.
A plastic film heat seal apparatus in which a plastic film is fed longitudinally thereof, the plastic film including opposite side edge portions superposed with each other, the side edge portions being heat sealed with each other longitudinally thereof, the apparatus comprising: a pair of heaters disposed on opposite sides of the side edge portions and having heating surfaces to preheat the side edge portions, the heating surfaces being spaced from and opposed to each other; and a pair of pinch rollers disposed on the opposite sides of the side edge portions at a position downstream of the heaters, the side edge portions being sandwiched between the pinch rollers after preheating, to be heat sealed with each other. the apparatus being characterized by a plurality of suction holes formed in each of the heating surfaces; and a flow path formed in each of the heaters and communicated with the suction holes to suck air into the suction holes so that the side edge portions are attracted by the suction holes to be brought into contact with the heating surfaces. a pair of heaters disposed on opposite sides of the side edge portions and having heating surfaces to preheat the side edge portions, the heating surfaces being spaced from and opposed to each other; and a pair of pinch rollers disposed on the opposite sides of the side edge portions at a position downstream of the heaters, the side edge portions being sandwiched between the pinch rollers after preheating, to be heat sealed with each other. the apparatus being characterized by a plurality of suction holes formed in each of the heating surfaces; and a flow path formed in each of the heaters and communicated with the suction holes to suck air into the suction holes so that the side edge portions are attracted by the suction holes to be brought into contact with the heating surfaces.
A computer implemented method of trend analysis for information related to released criminal offenders, the method comprising: (a) accessing geospatial location information including date and time information for released criminal offenders; (b) comparing the movements of one of the released criminal offenders to the movements of a subscriber; and identifying a correlation between the movements of one of the released criminal offenders and the subscriber; and (c) assigning a threat assessment level to the released criminal offender based upon said correlation and a set of rules that determine whether repeated or predicted patterns are occurring that violate sentencing guidelines and/or place the subscriber in a position of perceived or direct harm. (a) accessing geospatial location information including date and time information for released criminal offenders; (b) comparing the movements of one of the released criminal offenders to the movements of a subscriber; and identifying a correlation between the movements of one of the released criminal offenders and the subscriber; and (c) assigning a threat assessment level to the released criminal offender based upon said correlation and a set of rules that determine whether repeated or predicted patterns are occurring that violate sentencing guidelines and/or place the subscriber in a position of perceived or direct harm.
A method of recording voice data transmissions between mobile communication devices (14, 16, 18), comprising: receiving at a first mobile communication device an indication that a subsequent voice transmission segment may or may not be recorded by at least one other mobile communication device, wherein the first mobile communication device and the at least one other mobile communication device are members of a communication group of mobile communication devices that each permit users operating the mobile communication devices to communicate with each other in direct group communication across a wireless communication network; and when the received indication is that a subsequent voice transmission segment may not be recorded by the at least one other mobile communication device, transmitting from the first mobile communication device an indication to the at least one other mobile communication device that the subsequent voice transmission segment may not be recorded; receiving an indication identifying an endpoint of the subsequent voice transmission segment; and transmitting the indication identifying the endpoint to the at least one other mobile communication device. displaying at the first mobile communication device or the at least one other mobile communication device an indication of which members of a communication group are recording or not recording the subsequent voice transmission segment. receiving at a first mobile communication device an indication that a subsequent voice transmission segment may or may not be recorded by at least one other mobile communication device, wherein the first mobile communication device and the at least one other mobile communication device are members of a communication group of mobile communication devices that each permit users operating the mobile communication devices to communicate with each other in direct group communication across a wireless communication network; and when the received indication is that a subsequent voice transmission segment may not be recorded by the at least one other mobile communication device, transmitting from the first mobile communication device an indication to the at least one other mobile communication device that the subsequent voice transmission segment may not be recorded; receiving an indication identifying an endpoint of the subsequent voice transmission segment; and transmitting the indication identifying the endpoint to the at least one other mobile communication device. displaying at the first mobile communication device or the at least one other mobile communication device an indication of which members of a communication group are recording or not recording the subsequent voice transmission segment.
Strapping device, in particular mobile strapping device, for strapping packaged goods with a strapping band, which has a tensioning device for applying tension to a loop of a strapping band, the tensioning device being provided with a tensioning gear which can be driven in rotation about a tensioning axis by a motor and which is provided to engage in the strapping band, the tensioning device also having a tensioning plate, provision being made that, during a tensioning operation carried out by the tensioning device, a single-layer or multi-layer section of the strapping band is located between the tensioning gear and the tensioning plate and is in contact both with the tensioning gear and the tensioning plate, the tensioning gear and/or the tensioning plate additionally being arranged on a rocker that can be pivoted about a rocker axis by a motor in order either to enlarge or to reduce a distance between the tensioning gear and the tensioning plate by means of a pivoting movement of the rocker, and having a connecting device for producing a permanent connection, in particular a welded connection, on two regions of the loop of the strapping band lying one above the other by means of a connecting element, for example a welding element, which is provided to heat the strapping band locally, characterized by only one motor, with the drive movements of which in identical directions of rotation the tensioning gear for tensioning the strapping band can both be set rotating and the rocker motor-driven in such a way can be pivoted about the rocker axis, in order to change, in particular to enlarge, the distance between the tensioning gear and the tensioning plate with this pivoting movement, and, to this end, an operative connection of the motor with the tensioning gear or an operative connection of the motor with the rocker can be produced alternately in a gearbox, in particular in a gearbox of the tensioning device.
A machining device for machining the lateral surface of an at least approximately cylindrical object in portions thereof at least, comprising a chain (100, 200) for annularly surrounding the object to be machined, said chain consisting of at least two hingedly connectable chain links (100, 200), one of which being a tool holder having at least one tool for machining the lateral surface and support rollers for rolling on the lateral surface, and the at least one other chain link being a chain connecting link, the chain links (100, 200) being connectable in such a way that they form a closed chain ring around the object to be machined, characterised by a feed adjuster capable of reversibly adjusting an axial position of facing ends of two chain links parallel to the axis of the closed chain ring relative to each other. comprising a chain (100, 200) for annularly surrounding the object to be machined, said chain consisting of at least two hingedly connectable chain links (100, 200), one of which being a tool holder having at least one tool for machining the lateral surface and support rollers for rolling on the lateral surface, and the at least one other chain link being a chain connecting link, the chain links (100, 200) being connectable in such a way that they form a closed chain ring around the object to be machined, characterised by a feed adjuster capable of reversibly adjusting an axial position of facing ends of two chain links parallel to the axis of the closed chain ring relative to each other.
A tire with a built-in puncture sealant comprising: a supporting tire carcass comprised of one or more layers of ply, an outer circumferential tread, and a radially inner layer, a pair of beads, sidewalls extending radially inward from the axial outer edges of the tread portion to join the respective beads, a sealant comprising a radially outer layer of sealant and a radially inner layer of sealant, disposed inwardly from said tire carcass inner layer, wherein the outer layer of sealant and the inner layer of sealant have different viscosities, characterized in that at least one of the sealant layers is formed from a sealant precursor layer (101', 102') comprising butyl rubber and peroxide, said sealant provides self-sealing properties to the tire, and said outer layer of sealant has a higher viscosity than said inner layer of sealant, and said inner layer of sealant has a lower viscosity than said outer layer of sealant. a supporting tire carcass comprised of one or more layers of ply, an outer circumferential tread, and a radially inner layer, a pair of beads, sidewalls extending radially inward from the axial outer edges of the tread portion to join the respective beads, a sealant comprising a radially outer layer of sealant and a radially inner layer of sealant, disposed inwardly from said tire carcass inner layer, wherein the outer layer of sealant and the inner layer of sealant have different viscosities, characterized in that at least one of the sealant layers is formed from a sealant precursor layer (101', 102') comprising butyl rubber and peroxide, said sealant provides self-sealing properties to the tire, and
A drug delivery system for administration of a therapeutic fluid to the body of a patient at a transient basal delivery profile, the system comprising: a user interface enabling input of one or more transient basal related parameters; a processor having a basal programming application operating thereon, the basal programming application configured for determining a transient basal profile based on at least the one or more transient basal related parameters, wherein the transient basal profile comprises a plurality of phases and wherein at least one of the plurality of phases includes either a basal overshot or a basal undershot; and a pump for dispensing the therapeutic fluid from a reservoir to the body of the patient; wherein the basal programming application is used in conjunction with the processor for controlling the pump for dispensing the therapeutic fluid according to the transient basal profile, characterised in that, in the transient basal profile, the basal overshot or basal undershot phase is immediate and is followed by a moderately modified dose phase, with the basal overshot or basal undershot phase being at a substantially higher or lower rate respectively and for a substantially shorter period than the moderately modified dose phase. a user interface enabling input of one or more transient basal related parameters; a processor having a basal programming application operating thereon, the basal programming application configured for determining a transient basal profile based on at least the one or more transient basal related parameters, wherein the transient basal profile comprises a plurality of phases and wherein at least one of the plurality of phases includes either a basal overshot or a basal undershot; and a pump for dispensing the therapeutic fluid from a reservoir to the body of the patient; wherein the basal programming application is used in conjunction with the processor for controlling the pump for dispensing the therapeutic fluid according to the transient basal profile, characterised in that, in the transient basal profile, the basal overshot or basal undershot phase is immediate and is followed by a moderately modified dose phase, with the basal overshot or basal undershot phase being at a substantially higher or lower rate respectively and for a substantially shorter period than the moderately modified dose phase.
A method in an eNB of an E-UTRAN network for enabling a user equipment, UE, to obtain a circuit-switched, CS, voice service unavailable through a first network cell operated by the eNB, the eNB connected to a Mobility Management Entity, MME, the method comprising: receiving an RRC connection setup complete message from the UE comprising a NAS extended service request comprising a CS fallback indicator; forwarding the NAS extended service request to the MME; transmitting a message to release an RRC connection with the UE; identifying, within the message to release the RRC connection, a plurality of GERAN or UTRAN cells that support circuit-switched voice service; wherein the message to release the RRC connection further includes at least one system information block, SIB, for each of the plurality of identified cells, the at least one SIB comprising information to enable the UE to initiate a connection for the circuit-switched voice service in the identified cell. receiving an RRC connection setup complete message from the UE comprising a NAS extended service request comprising a CS fallback indicator; forwarding the NAS extended service request to the MME; transmitting a message to release an RRC connection with the UE; identifying, within the message to release the RRC connection, a plurality of GERAN or UTRAN cells that support circuit-switched voice service; wherein the message to release the RRC connection further includes at least one system information block, SIB, for each of the plurality of identified cells, the at least one SIB comprising information to enable the UE to initiate a connection for the circuit-switched voice service in the identified cell.