mhurhangee/ep-ind-claims huggingface dataset:
A mobile machine (10, 22) comprising: an operator cabin (14, 26); a seat in the operator cabin; and one or more computing devices configured to determine a location of an item of interest external to the operator cabin, characterized in that the one or more computing devices are further configured to: select one of a plurality of display locations inside the operator cabin, the selected one of the plurality of display locations being between the seat and the location of the item of interest, and present a user interface element at the selected one of the plurality of display locations, the user interface element being associated with the item of interest. an operator cabin (14, 26); a seat in the operator cabin; and one or more computing devices configured to determine a location of an item of interest external to the operator cabin, characterized in that the one or more computing devices are further configured to: select one of a plurality of display locations inside the operator cabin, the selected one of the plurality of display locations being between the seat and the location of the item of interest, and present a user interface element at the selected one of the plurality of display locations, the user interface element being associated with the item of interest. select one of a plurality of display locations inside the operator cabin, the selected one of the plurality of display locations being between the seat and the location of the item of interest, and present a user interface element at the selected one of the plurality of display locations, the user interface element being associated with the item of interest.
Method for controlling and/or monitoring a compressor system comprising one or more compressors (11, 12, 13) and one or more peripheral devices (14 to 21), wherein the compressors (11, 12, 13) and peripheral devices (14 to 21) are arranged and/or connected in a predetermined configuration, wherein the compressor system is controlled and/or monitored by way of a control/monitoring unit, characterized in that, based on one or more initial models (M 1, M 2,...) of the compressor system, which are based for example on a P&I diagram, optionally including the specification of the compressors (11, 12, 13) and of the peripheral devices (14 to 21), one or more derived models ( M̃ a, M̃ b,...) are created which take into account the operational relationships between the individual compressors (11, 12, 13) and peripheral devices (14 to 21) and optionally also dynamic processes, and in that the one or more derived models ( M̃ a, M̃ b,...) are used as a basis in subsequent control, monitoring, diagnostic or evaluation routines.
A method for use in a DVD player, wherein the DVD player can be connected to a digital TV (201, 103) via a communication cable, to set an optimal display environment for the digital TV (201, 103), the method comprising: (a) issuing a request for display environment setting information to the digital TV (201, 103) using a predetermined channel of the communication cable, and receiving the requested information from the digital TV (201, 103) using the predetermined channel once communications between the DVD player and the digital TV (201, 103) are initiated; and (b) converting signals reproduced from a DVD included in the DVD player based on the received display environment setting information such that the signals are compatible with the digital TV (201, 103), and outputting the converted signals to the digital TV (201, 103) using the communication cable, wherein in step (a), the display environment setting information comprises decodability function information regarding whether the digital TV (201,103) can decode encrypted signals reproduced from the DVD included in the DVD player. (a) issuing a request for display environment setting information to the digital TV (201, 103) using a predetermined channel of the communication cable, and receiving the requested information from the digital TV (201, 103) using the predetermined channel once communications between the DVD player and the digital TV (201, 103) are initiated; and (b) converting signals reproduced from a DVD included in the DVD player based on the received display environment setting information such that the signals are compatible with the digital TV (201, 103), and outputting the converted signals to the digital TV (201, 103) using the communication cable,
A computing system, comprising: a storage to store information about powder resources including: a primary supply fresh powder amount, a primary supply recycled powder amount, a secondary fresh powder supply amount, and a secondary recycled powder supply amount; a 3D printer (110, 203); and a processor configured to: estimate fresh and recycled powder use and recycled powder creation by the 3D printer (110, 203) for an incoming print job or set of print jobs based on a set of past print jobs; and manage fresh and recycled powder resources between a primary (201, 202) and secondary powder supply based on the powder estimate and the stored information about powder resources; wherein the processor is further configured to update an order of the set of print jobs to alter an amount of powder to be retrieved from the secondary supply. a storage to store information about powder resources including: a primary supply fresh powder amount, a primary supply recycled powder amount, a secondary fresh powder supply amount, and a secondary recycled powder supply amount; a 3D printer (110, 203); and a processor configured to: estimate fresh and recycled powder use and recycled powder creation by the 3D printer (110, 203) for an incoming print job or set of print jobs based on a set of past print jobs; and manage fresh and recycled powder resources between a primary (201, 202) and secondary powder supply based on the powder estimate and the stored information about powder resources; wherein the processor is further configured to update an order of the set of print jobs to alter an amount of powder to be retrieved from the secondary supply. estimate fresh and recycled powder use and recycled powder creation by the 3D printer (110, 203) for an incoming print job or set of print jobs based on a set of past print jobs; and manage fresh and recycled powder resources between a primary (201, 202) and secondary powder supply based on the powder estimate and the stored information about powder resources; wherein the processor is further configured to update an order of the set of print jobs to alter an amount of powder to be retrieved from the secondary supply.
A device for generating an ion beam including a liquid metal ion source, characterized in that the ion source is surrounded by a cryogenic trap maintained at a low temperature, this cryogenic trap being able to trap volatile chemical species by condensing them before they can reach the ion source.
A gas collection device of a printing press, comprising: a gas treatment unit including a gas chamber; a cover portion that covers a print unit of a printing press; and a gas transfer unit configured to suck a gas of a volatile organic compound produced in the print unit from an inside of the cover portion and transfer the gas to the gas chamber, characterized in that the print unit comprises a cleaning device configured to supply the volatile organic compound in a liquid state to a roller for ink supply, and the gas collection device further comprises a control device configured to control operations of the gas treatment unit and the gas transfer unit based on an operation of the cleaning device, wherein the cleaning device is connected to and controlled by the control device. a gas treatment unit including a gas chamber; a cover portion that covers a print unit of a printing press; and a gas transfer unit configured to suck a gas of a volatile organic compound produced in the print unit from an inside of the cover portion and transfer the gas to the gas chamber, characterized in that the print unit comprises a cleaning device configured to supply the volatile organic compound in a liquid state to a roller for ink supply, and the gas collection device further comprises a control device configured to control operations of the gas treatment unit and the gas transfer unit based on an operation of the cleaning device, wherein the cleaning device is connected to and controlled by the control device.
Passenger seat arrangement for vehicles, in particular rail vehicles, with at least one first seat (111, 112) which can be mounted fixed in the vehicle, and at least one second seat which is moveable relative to the first seat (111, 112) and connected with the first seat (111, 112), wherein the second seat can be swivelled relative to the first seat (111, 112) about a swivelling axis running roughly vertically, between a first position in which the second seat can be stowed in the region of the first seat (111, 112), and a second position in which the second seat is available for use by a passenger, characterised in that the second seat comprises a seat surface which can be swivelled in and out in its plane about the swivelling axis.
An application unit for applying an adhesive onto labels to be applied to respective articles, comprising: - an adhesive roller, which is rotatable about a first axis and is adapted to receive an adhesive and to apply said adhesive to said labels; - an adhesive distributor, which is adapted to dispense said adhesive on a surface of said roller; - an adhesive scraper, which is adapted to be arranged at a radial distance from said surface, so as to remove an excess of said adhesive from said roller and to define the amount of said adhesive to be applied to said labels; and - adjusting means (24, 40) for adjusting the amount of adhesive to be applied to said labels; said adjusting means (24, 40) comprising an actuator, which is controllable to exert an adjustable force on said adhesive scraper also on the basis of at least one first operative parameter of said adhesive and/or said labels and/or said adhesive roller, so as to correspondingly adjust the pressure exerted by said adhesive scraper onto said adhesive and adjust said amount of said adhesive to be applied to said labels; said force being directed radially to said first axis; characterized in that said actuator comprises, in turn,: - a proportional pressure valve, which is controllable to adjust said pressure exerted by said actuator on said adhesive scraper; and - a pneumatic cylinder, which is controlled by said proportional pressure valve; said application unit further comprising: - a support rod for supporting said actuator; - a first spherical joint, which is interposed between said adhesive scraper and said cylinder; and - a second spherical joint, which is interposed between said cylinder and said first support element; said first spherical joint and said second spherical joint being aligned parallel to a direction of said force. - an adhesive roller, which is rotatable about a first axis and is adapted to receive an adhesive and to apply said adhesive to said labels; - an adhesive distributor, which is adapted to dispense said adhesive on a surface of said roller; - an adhesive scraper, which is adapted to be arranged at a radial distance from said surface, so as to remove an excess of said adhesive from said roller and to define the amount of said adhesive to be applied to said labels; and - adjusting means (24, 40) for adjusting the amount of adhesive to be applied to said labels; - a proportional pressure valve, which is controllable to adjust said pressure exerted by said actuator on said adhesive scraper; and - a pneumatic cylinder, which is controlled by said proportional pressure valve; - a support rod for supporting said actuator; - a first spherical joint, which is interposed between said adhesive scraper and said cylinder; and - a second spherical joint, which is interposed between said cylinder and said first support element;
A fingerprint detecting apparatus, comprising: a sensor array comprising a plurality of fingerprint sensor devices arranged in columns and rows, wherein each of the fingerprint sensor devices comprises a conductive layer with a driving voltage applying electrode (111_1) and a sensing electrode (111_2) formed in the conductive layer; a first guard ring formed about a periphery of the driving voltage applying electrode (111_1) and a periphery of the sensing electrode (111_2), the first guard ring being formed, in the conductive layer, between the driving voltage applying electrode and the sensing electrode; a second guard ring surrounding the sensing electrode (111_2) and the first guard ring; and an amplifier configured to receive a response signal and generate an output signal, wherein a driving voltage (Vdrv) is applied to a subject through the driving voltage applying electrode (111_1) and the response signal is input to the amplifier through the sensing electrode (111_2). a sensor array comprising a plurality of fingerprint sensor devices arranged in columns and rows, wherein each of the fingerprint sensor devices comprises a conductive layer with a driving voltage applying electrode (111_1) and a sensing electrode (111_2) formed in the conductive layer; a first guard ring formed about a periphery of the driving voltage applying electrode (111_1) and a periphery of the sensing electrode (111_2), the first guard ring being formed, in the conductive layer, between the driving voltage applying electrode and the sensing electrode; a second guard ring surrounding the sensing electrode (111_2) and the first guard ring; and an amplifier configured to receive a response signal and generate an output signal, wherein a driving voltage (Vdrv) is applied to a subject through the driving voltage applying electrode (111_1) and the response signal is input to the amplifier through the sensing electrode (111_2).
Adjustment interface inserted between a first part made of nickel or made of nickel alloy or made of cobalt-chromium alloy that is in relative motion with a second part made of nickel or made of nickel alloy or made of cobalt-chromium alloy, characterized in that said interface comprises two adjustment layers, - a first adjustment layer is deposited on one of the two parts (1, 2) and has a composition that makes it possible, with the friction with the other part, to create a glaze-type layer; - a second adjustment layer is deposited on the second part (1, 2) for the purposes of cooperation with the first layer by making it possible to act as a catalyst for the oxide formed by friction with the first layer. - a first adjustment layer is deposited on one of the two parts (1, 2) and has a composition that makes it possible, with the friction with the other part, to create a glaze-type layer; - a second adjustment layer is deposited on the second part (1, 2) for the purposes of cooperation with the first layer by making it possible to act as a catalyst for the oxide formed by friction with the first layer.
Measuring assembly for the distributed acquisition of spectra, comprising a spectrometer with a spectroscope, a process controller and at least two measuring heads (20, 20') arranged remote from the spectrometer, each of which has a light source (28, 28'), a closable observation window (26, 26') and an injection point (25, 25'), wherein, with the observation window (26, 26') open, light emitted from the light source (28, 28') and reflected by a product flow impinges on the injection point (25, 25'), and optical waveguides (40, 40') which connect the output of the respective measuring head (20, 20') to the spectrometer, characterized in that the measuring heads are arranged in a series connection in succession, wherein between the output and the injection point of a first measuring head an optical multiplexer is arranged, which on the input side is connected to the injection point of the first measuring head and by means of optical waveguides to the output of a second measuring head via an input of the first measuring head and impresses both their respective signals to the output of the first measuring head, the measuring heads (20, 20') and the spectrometer are each assigned a data communication unit (12, 22, 22') with optical inputs and outputs for the transmission of control signals, wherein the process controller transmits control commands to the measuring heads via the data communication units (12, 22, 22') from the spectrometer to determine which of the closeable observation windows (26, 26') is to be closed individually with a diaphragm, the second measuring head comprises an optical multiplexer, the optical multiplexers (24, 24') of the measuring heads (20, 20') on the input side are impressed with additional signals of the optical outputs of their data communication units (22, 22'), and the spectrometer is associated at an optical input with an optical demultiplexer, which is connected to the spectroscope of the spectrometer and to the data communication unit of the spectrometer to distribute incoming signals to both the data communication unit as well as to the spectroscope, and the process controller only opens one observation window (26, 26') in the measuring heads (20, 20') at a defined time, wherein the neutral signals of the measuring heads (20, 20') with non-closed observation windows (26, 26') in the spectrometer are extracted by calculation.
A method for generating an activated product comprising: preparing a platelet-rich plasma sample for activation, wherein the PRP sample is prepared by adding calcium ions at a respective concentration, wherein the respective concentration is selected based upon whether clots are to be present in an activated product composition generated using the PRP sample and, if clotting is to be present, one or more of a time until clot formation or a mechanical strength of the clots; positioning the PRP sample with respect to electrodes of an electromagnetic stimulation apparatus; specifying a set of electrical pulse parameters; and exposing the PRP sample to one or more electrical pulses generated in accordance with the parameter values, wherein the PRP sample, when exposed to the one or more electrical pulses, yields an activated product composition comprising one or more growth factors and having the specified clotting characteristics, wherein the set of electrical pulse parameters is selected based at least upon in part upon the selected concentration of calcium ions. preparing a platelet-rich plasma sample for activation, wherein the PRP sample is prepared by adding calcium ions at a respective concentration, wherein the respective concentration is selected based upon whether clots are to be present in an activated product composition generated using the PRP sample and, if clotting is to be present, one or more of a time until clot formation or a mechanical strength of the clots; positioning the PRP sample with respect to electrodes of an electromagnetic stimulation apparatus; specifying a set of electrical pulse parameters; and exposing the PRP sample to one or more electrical pulses generated in accordance with the parameter values, wherein the PRP sample, when exposed to the one or more electrical pulses, yields an activated product composition comprising one or more growth factors and having the specified clotting characteristics, wherein the set of electrical pulse parameters is selected based at least upon in part upon the selected concentration of calcium ions.
A kit for a sanitary cell, with prefabricated components, which can be assembled on site, comprising at least one floor element, wall elements (3 - 6) and one ceiling element, wherein the floor element is made of formed metal sheet and wherein the floor element comprises an at least partially encircling carrying edge (23, 24), characterized in that each of the wall elements (3 - 6) comprises a substructure (9, 14, 18), which is made of profile bars and which are attachable on said carrying edge (23, 24).
An embolectomy device (112, 512), comprising: a clot engaging structure comprising a plurality of interconnected struts (124, 524) forming an open cell structure comprising a plurality of diagonally disposed cell structures (126, 526), the clot engaging structure having a proximal end (114, 514); and an attachment structure (200, 300) configured to advance and retract the clot engaging structure out of, and back into, respectively, a distal opening of a delivery catheter within a targeted blood vessel, the attachment structure (200, 300) comprising an elongated support member (240, 340) attached to one or more struts (124, 524) of the clot engaging structure, characterized in that the elongated support member (240, 340) is attached to one or more struts (124, 524) of the clot engaging structure only at locations on each of the respective one or more struts (124, 524) that are distal of the proximal end (114, 514) of the clot engaging structure, so that withdrawal forces are exerted to the locations (116, 118) distal of the proximal end (114, 514) of the clot engaging structure when retracted. a clot engaging structure comprising a plurality of interconnected struts (124, 524) forming an open cell structure comprising a plurality of diagonally disposed cell structures (126, 526), the clot engaging structure having a proximal end (114, 514); and an attachment structure (200, 300) configured to advance and retract the clot engaging structure out of, and back into, respectively, a distal opening of a delivery catheter within a targeted blood vessel, the attachment structure (200, 300) comprising an elongated support member (240, 340) attached to one or more struts (124, 524) of the clot engaging structure, characterized in that the elongated support member (240, 340) is attached to one or more struts (124, 524) of the clot engaging structure only at locations on each of the respective one or more struts (124, 524) that are distal of the proximal end (114, 514) of the clot engaging structure, so that withdrawal forces are exerted to the locations (116, 118) distal of the proximal end (114, 514) of the clot engaging structure when retracted.