mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus comprising: a control part configured to control an overall operation of the image forming apparatus; a timer configured to determine when an arbitrary specified power saving time period elapses; a communication part configured to communicate with a mobile terminal, and configured to receive job processing requests from an application activated on said mobile terminal; a mode switching part configured to switch an operation mode of the image forming apparatus from an ordinary operation mode to a power consumption saving mode when no user operation is confirmed by the control part within the arbitrary specified power saving time period, and a job execution part configured to execute a job process in response to a job process request, wherein the communication part (lla) receives the job process request from the mobile terminal, characterized in that: in a case a job process has been requested, the switching to the power consumption saving mode occurs after completion of the requested job, either immediately if an application termination notification has been received from the mobile terminal, or after the arbitrary specified power saving time period elapses if no application termination notification has been received from the mobile terminal. a control part configured to control an overall operation of the image forming apparatus; a timer configured to determine when an arbitrary specified power saving time period elapses; a communication part configured to communicate with a mobile terminal, and configured to receive job processing requests from an application activated on said mobile terminal; a mode switching part configured to switch an operation mode of the image forming apparatus from an ordinary operation mode to a power consumption saving mode when no user operation is confirmed by the control part within the arbitrary specified power saving time period, and a job execution part configured to execute a job process in response to a job process request, wherein the communication part (lla) receives the job process request from the mobile terminal, characterized in that: in a case a job process has been requested, the switching to the power consumption saving mode occurs after completion of the requested job, either immediately if an application termination notification has been received from the mobile terminal, or after the arbitrary specified power saving time period elapses if no application termination notification has been received from the mobile terminal.
A process for managing a flow of material along a respective plant for making and packing respective articles (11, 13), in particular articles made of absorbent paper, for cleaning and drying, for personal hygiene and/or for household use, especially in the form of rolls, such as rolls of toilet paper or paper towels; more specifically, the articles are obtained from corresponding semi-finished products, in particular in the form of elongate pieces or elements, preferably in the form of respective logs or reels, in particular made of paper-based material and in particular the articles are packed to form respective packs (15, 17) for containing one or more of the articles (11, 13), housed in a respective container, or wrapper, made of suitable film, preferably of suitable plastic film; the plant comprising an apparatus for making and packing the articles located downstream according to the direction of feed of the material being processed having respective working sections, in particular comprising one or more lines for making and packing the articles (12a, 12b); an apparatus, or section, in particular a rewinding machine, for making the semi-finished product, which is located upstream according to the direction of feed of the material being processed; and means, or section, for accumulating or storing the semi-finished products, from which the making and packing apparatus, in particular the respective making and packing line (12a, 12b), receives the semi-finished product and which in turn receives the semi-finished product from the apparatus for making a semi-finished product; in which the operating speed of the apparatus for making and packing the articles is adjusted continuously as a function of an operating condition of one or more of the sections of the plant; characterised in that the operating speed of the making and packing apparatus downstream, in particular of the respective making and packing line (12a, 12b), is adjusted in such a way that the semi-finished product in the accumulation means or section is kept around a predetermined filling level.
A method performed by a Near Field Communication, NFC, Forum device, comprising: enabling and configuring poll mode for a near field communication data exchange format, NDEF, radio frequency, RF, interface configuration; determining that a remote NFC endpoint comprises an NFC forum tag once an NFC controller, NFCC, has successfully completed protocol activation; and performing activation operations based on an RF protocol of the NFC forum tag; wherein the NDEF RF interface defines linkage of operations to the NFC forum type 1-4 tag operation specifications to perform transfers, mechanisms by which access control for an NDEF message on the remote NFC endpoint can be changed and a number of error scenarios and responses to the error scenarios. enabling and configuring poll mode for a near field communication data exchange format, NDEF, radio frequency, RF, interface configuration; determining that a remote NFC endpoint comprises an NFC forum tag once an NFC controller, NFCC, has successfully completed protocol activation; and performing activation operations based on an RF protocol of the NFC forum tag; wherein the NDEF RF interface defines linkage of operations to the NFC forum type 1-4 tag operation specifications to perform transfers, mechanisms by which access control for an NDEF message on the remote NFC endpoint can be changed and a number of error scenarios and responses to the error scenarios.
Device for applying a closure onto a container, preferably for screwing a screw closure onto a container in a beverage filling plant, comprising a mount for receiving the closure, and at least one fixing element projecting into the mount and biased into the latter for fixing the closure in the mount, wherein at least one fixing element is biased contact-free and the contact-free bias is applied magnetically, characterised in that at least one fixing element, which is biased contact-free in this way, is guided in a bore of a mounting element forming the mount.
A method of label-free, cell and/or particle, sorting and/or assaying in a microfluidic device, the method comprising: providing a stream of aqueous droplets in oil in a channel of said microfluidic device, wherein at least some of said droplets include cells and/or particles; illuminating said stream from a first direction; detecting light from cells or particles within said aqueous droplets in a second direction; determining a property of said cells or particles in each droplet from said detected light; and sorting said aqueous droplets into one of a plurality of differentiated streams (164, 166) responsive to said determined property; the method further comprising modifying a refractive index of said oil to more closely match a refractive index of said aqueous droplets to reduce light scattered from boundaries of said droplets, wherein modifying comprises including a refractive index modifying compound in said oil, characterised in that said determining comprises determining a number of said cells and/or particles in each droplet from said detected light by determining an integrated intensity of said light over time, and determining at least whether said number of cells or particles falls above or below a threshold. providing a stream of aqueous droplets in oil in a channel of said microfluidic device, wherein at least some of said droplets include cells and/or particles; illuminating said stream from a first direction; detecting light from cells or particles within said aqueous droplets in a second direction; determining a property of said cells or particles in each droplet from said detected light; and sorting said aqueous droplets into one of a plurality of differentiated streams (164, 166) responsive to said determined property; the method further comprising modifying a refractive index of said oil to more closely match a refractive index of said aqueous droplets to reduce light scattered from boundaries of said droplets, wherein modifying comprises including a refractive index modifying compound in said oil, characterised in that said determining comprises determining a number of said cells and/or particles in each droplet from said detected light by determining an integrated intensity of said light over time, and determining at least whether said number of cells or particles falls above or below a threshold.
A protective helmet having multiple protective zones, comprising: an inner shell having a first inner surface and a first outer surface; a padded inner lining attached to said first inner surface; a hard outer shell having a second inner surface and a second outer surface, said hard outer shell functionally attached to said inner shell; an elastomeric zone between said first outer surface and said second inner surface; and a plurality of sinusoidal springs positioned in said elastomeric zone, characterized in that said outer shell has at least one window defined by said hard outer shell; the protective helmet further comprises a force indicator tab in operative contact with at least one end of at least one of said plurality of sinusoidal springs; and said force indicator tab is moved to said at least one window by said at least one end of said at least one of said plurality of sinusoidal springs when said helmet is impacted with sufficient force. an inner shell having a first inner surface and a first outer surface; a padded inner lining attached to said first inner surface; a hard outer shell having a second inner surface and a second outer surface, said hard outer shell functionally attached to said inner shell; an elastomeric zone between said first outer surface and said second inner surface; and a plurality of sinusoidal springs positioned in said elastomeric zone, characterized in that said outer shell has at least one window defined by said hard outer shell; the protective helmet further comprises a force indicator tab in operative contact with at least one end of at least one of said plurality of sinusoidal springs; and said force indicator tab is moved to said at least one window by said at least one end of said at least one of said plurality of sinusoidal springs when said helmet is impacted with sufficient force.
A power supply redundancy system, comprising: a DCDC converter, a first side of the DCDC converter being connected to a first battery having a first voltage; a first switch provided between a second battery having a second voltage different from the first voltage and a second side of the DCDC converter; a load operating with the second voltage, having two power input terminals, one of which is connected to the second battery and another of which is connected to the second side of the DCDC converter; a capacitor connected to a side of the load to which the second side of the DCDC converter is connected; a second switch provided between the load and the second side of the DCDC converter; and a controller configured to monitor a voltage of the second battery by turning on the first switch, and when the voltage of the second battery becomes equal to or lower than a first reference value, switching off the first switch and allowing the DCDC converter to output the second voltage from the second side. a DCDC converter, a first side of the DCDC converter being connected to a first battery having a first voltage; a first switch provided between a second battery having a second voltage different from the first voltage and a second side of the DCDC converter; a load operating with the second voltage, having two power input terminals, one of which is connected to the second battery and another of which is connected to the second side of the DCDC converter; a capacitor connected to a side of the load to which the second side of the DCDC converter is connected; a second switch provided between the load and the second side of the DCDC converter; and a controller configured to monitor a voltage of the second battery by turning on the first switch, and when the voltage of the second battery becomes equal to or lower than a first reference value, switching off the first switch and allowing the DCDC converter to output the second voltage from the second side.
A method for determining a position and a direction of travel in each case for one or more watercraft travelling in water from interferometry radar data, in which the watercraft and the water surface surrounding the watercraft are depicted, comprising the following steps: a. providing the radar data as 2D interferogram data INT1(x,y); b. segmenting the 2D interferogram data INT1(x,y) for determining segmented 2D interferogram data INT2(x,y), wherein the segmented 2D interferogram data INT2(x,y) only comprise those 2D data areas B n of the 2D interferogram data INT1(x,y), which in each case reproduce a continuous fringe pattern, where n = 1, 2,...; c. determining a contour for each of the 2D data areas B n; d. determining a focus for each of the 2D data areas B n, wherein furthermore, for each of the 2D data areas B n, the position of a watercraft is determined on the basis of the focus; e. determining a geometric orientation of the fringe pattern depicted in the data of each 2D data area B n; and f. determining the direction of travel of the respective watercraft for each of the 2D data areas B n depending on the determined orientation of the fringe pattern and the determined contour of the respective 2D data area B n. a. providing the radar data as 2D interferogram data INT1(x,y); b. segmenting the 2D interferogram data INT1(x,y) for determining segmented 2D interferogram data INT2(x,y), wherein the segmented 2D interferogram data INT2(x,y) only comprise those 2D data areas B n of the 2D interferogram data INT1(x,y), which in each case reproduce a continuous fringe pattern, where n = 1, 2,...; c. determining a contour for each of the 2D data areas B n; d. determining a focus for each of the 2D data areas B n, wherein furthermore, for each of the 2D data areas B n, the position of a watercraft is determined on the basis of the focus; e. determining a geometric orientation of the fringe pattern depicted in the data of each 2D data area B n; and f. determining the direction of travel of the respective watercraft for each of the 2D data areas B n depending on the determined orientation of the fringe pattern and the determined contour of the respective 2D data area B n.
A method for estimating wind velocity, comprising: obtaining measurements indicating two or more trajectories traversed by flying balls; determining individual wind velocity estimates for the two or more trajectories, wherein the determining comprises comparing a model acceleration of the ball with an observed acceleration of the ball, derived from the measurements; calculating an aggregated wind velocity estimate as a weighted average of the determined two or more individual wind velocity estimates; and using the aggregated wind velocity estimate for generating ball trajectory information to be presented on an output device. obtaining measurements indicating two or more trajectories traversed by flying balls; determining individual wind velocity estimates for the two or more trajectories, wherein the determining comprises comparing a model acceleration of the ball with an observed acceleration of the ball, derived from the measurements; calculating an aggregated wind velocity estimate as a weighted average of the determined two or more individual wind velocity estimates; and using the aggregated wind velocity estimate for generating ball trajectory information to be presented on an output device.
A processing method for packet loss compensation in a video-conferencing system, characterized by comprising: when a video conference is held, judging whether terminals participating in the video conference comprise one or more Forward Error Correction terminals or not, if yes, matching (S102, S205) code stream processing capabilities of a transmitting terminal and a receiving terminal between FEC terminals which transmit a code stream or between an FEC terminal and an ordinary terminal which transmit a code stream, so as to convert a data code stream transmission rate of the transmitting terminal into a bearable data code stream rate of the receiving terminal.
A surge arrester having an integrated protection device, in particular against long-lasting mains frequency overvoltage, comprising at least one varistor and a cold conductor (PTC resistor) which is in thermal contact with the varistor, and wherein the varistor and the cold conductor are electrically connected in series, characterized in that a varistor disc having a ceramic disc with cold conductor behavior is realized in sandwich construction, wherein an, even reversible, thermal disconnecting device is assigned to one of the elements, and the respective other element has an exterior heat insulation means (10; 11) in order to feed primarily the cold conductor and the disconnecting device with converted heat energy.
A method to establish a subscriber identity of a target in a mobile network, which method comprises the following steps: - sending object marking signals from an Administration Function ADMF to access entities where the target is expected to be physically present; - receiving, from the access entities by a Delivery Function DF, geographical location points (A, B, C, D) and time stamps, based on the object marking signals, wherein the geographical location points (A, B, C, D) and the time stamps indicate physical presence of the target at the geographical location points (A, B, C, D); - sending from the ADMF to a Mobile Switching Centre MSC of defined cell areas (C1-C3), a request for information of all subscribers present in the defined cell areas (C1-C3) during a time falling together with the time stamps, each defined cell area covering a collected geographical location point (A, B, C, D); - receiving at the DF from the MSC of the defined cell areas (C1-C3), lists of subscriber identities for subscribers located in the defined cell areas (C1-C3) during the time falling together with the time stamps, each list representing a defined cell area; - performing a crosschecking, by a Law Enforcement Monitoring Facility LEMF, between the received lists; - identifying, by the LEMF, a single subscriber identity, which belongs to the target, that is common to the received lists of subscriber identities for subscribers located in the defined cell areas (C1-C3) during the time falling together with the time stamps. - sending object marking signals from an Administration Function ADMF to access entities where the target is expected to be physically present; - receiving, from the access entities by a Delivery Function DF, geographical location points (A, B, C, D) and time stamps, based on the object marking signals, wherein the geographical location points (A, B, C, D) and the time stamps indicate physical presence of the target at the geographical location points (A, B, C, D); - sending from the ADMF to a Mobile Switching Centre MSC of defined cell areas (C1-C3), a request for information of all subscribers present in the defined cell areas (C1-C3) during a time falling together with the time stamps, each defined cell area covering a collected geographical location point (A, B, C, D); - receiving at the DF from the MSC of the defined cell areas (C1-C3), lists of subscriber identities for subscribers located in the defined cell areas (C1-C3) during the time falling together with the time stamps, each list representing a defined cell area; - performing a crosschecking, by a Law Enforcement Monitoring Facility LEMF, between the received lists; - identifying, by the LEMF, a single subscriber identity, which belongs to the target, that is common to the received lists of subscriber identities for subscribers located in the defined cell areas (C1-C3) during the time falling together with the time stamps.
A cable tensioning capstan assembly comprising: a capstan drum around which a cable is configured to be wrapped, wherein the capstan drum is configured to rotate about an output axis and wherein the capstan drum comprises a first axial end and a second axial end; and a first traction flange disposed adjacent the first axial end of the capstan drum; characterised in that the first traction flange is configured to rotate about the output axis; wherein the first traction flange is independently rotatable relative to the capstan drum. a capstan drum around which a cable is configured to be wrapped, wherein the capstan drum is configured to rotate about an output axis and wherein the capstan drum comprises a first axial end and a second axial end; and a first traction flange disposed adjacent the first axial end of the capstan drum; characterised in that the first traction flange is configured to rotate about the output axis; wherein the first traction flange is independently rotatable relative to the capstan drum.
A process for producing a Tofacitinib acid addition salt, said process comprising: (a) providing a solution comprising Tofacitinib in the form of the free base; (b) treating said solution with a first acid, to obtain a first Tofacitinib acid addition salt; (c) optionally isolating the first Tofacitinib acid addition salt of step (b); (d) optionally providing a solution of said first Tofacitinib acid addition salt; (e) treating the salt of step (b), (c) or (d) with a second acid to obtain a reaction mixture comprising a second Tofacitinib acid addition salt; and (f) optionally isolating said second Tofacitinib acid addition salt from the reaction mixture of step (e); wherein, the pK a of the first acid is higher than the pK a of the second acid. (a) providing a solution comprising Tofacitinib in the form of the free base; (b) treating said solution with a first acid, to obtain a first Tofacitinib acid addition salt; (c) optionally isolating the first Tofacitinib acid addition salt of step (b); (d) optionally providing a solution of said first Tofacitinib acid addition salt; (e) treating the salt of step (b), (c) or (d) with a second acid to obtain a reaction mixture comprising a second Tofacitinib acid addition salt; and (f) optionally isolating said second Tofacitinib acid addition salt from the reaction mixture of step (e);