mhurhangee/patent-ind-claim-en huggingface dataset:
A method for printing a three-dimensional part with an additive manufacturing system , the method comprising: printing layers of the three-dimensional part and of a support structure for the three-dimensional part from multiple print heads using an extrusion-based, additive manufacturing technique; switching the print heads between stand-by modes and operating modes in-between the printing of the layers of the three-dimensional part and the support structure ; performing a purge operation for each print head switched from the standby mode to the operating mode, the purge operation comprising printing at least one purge tower in a layer by layer manner, wherein the layers of the at least one purge tower are extruded directly from the print head 18 switched to the operating mode. printing layers of the three-dimensional part and of a support structure for the three-dimensional part from multiple print heads using an extrusion-based, additive manufacturing technique; switching the print heads between stand-by modes and operating modes in-between the printing of the layers of the three-dimensional part and the support structure ; performing a purge operation for each print head switched from the standby mode to the operating mode, the purge operation comprising printing at least one purge tower in a layer by layer manner, wherein the layers of the at least one purge tower are extruded directly from the print head 18 switched to the operating mode.
A culture container for activating lymphocytes that is formed in a bag-like shape and is formed of a soft-packaging material, wherein, anti-CD3 antibodies are immobilized at a density of 10 to 300 ng/cm 2 on one surface of opposing inner surfaces within the container, and anti-CD3 antibodies in the form of a solution are enclosed in an amount of 0.25 to 400 ng and 0.1 to 800 μl per 1 cm 2 of a culture surface formed of said one surface.
A flux cored welding electrode for welding 5-9% nickel steel workpieces by flux cored arc welding (FCAW) processes, the flux cored welding electrode comprising a particulate core and a metal sheath surrounding the particulate core, wherein chemical composition of the metal sheath and the chemical composition of the particulate core are selected so that the weld deposit composition produced by the welding electrode is selected from the weld deposit compositions A and B, each consisting of: Ingredient Composition A, wt.% Composition B, wt.% C ≤ 0.05 ≤ 0.04 Mn ≤ 3.0 ≤ 2.5 Si ≤ 0.5 ≤ 0.4 P ≤ 0.010 0.010 S ≤ 0.010 0.010 Cr 15.5 - 17.0 13.5 - 14.5 Ni 65-70 66 - 70 Mo 5.7 - 6.3 5.7 - 6.3 Nb + Ta 1.3 - 1.5 1.3 - 1.5 Fe ≤ 6 ≤ 6 Cu ≤ 0.1 ≤ 0.04 W 1.3 - 1.6 1-1.6 wherein the metal sheath is formed from an alloy consisting of 20 wt.% Cr and 80 wt.% Ni; wherein the particulate composition of the particulate core consisting of 1 - 10 wt.% of fluorides selected from the group consisting of CaF 2 , Na 3 AlF 6 , NaF and K 3 AlF 6 0 - 30 wt.% of metal oxides selected from the group consisting of SiO 2 , TiO 2 , ZrO 2 , Mn 2 O 3 , Al2O 3 , Cr 2 O 3 and Fe 2 O 3 0 - 30 wt.% Fe 5 - 30 wt.% Mo 8 - 20 wt.% Nb 2 - 18 wt.% W 0 - 25 wt.% Mn 0 - 25 wt.% deoxidants selected from the group consisting of Fe, Al, Ti and Mg further wherein the combined amounts of fluorides and metal oxides in the particulate core represents 10 - 30 wt.%, based on the entire weight of the electrode; and wherein the total amount of the particulate core represents 15 - 45 wt.% of the flux cored welding electrode as a whole.
A signal transmission method performed in a terminal device, comprising: generating (S101) a first scheduling request, SR, bit sequence, wherein a quantity of bits of the first SR bit sequence is equal to ceil(log 2 (1+N)), wherein ceil represents an operation of rounding up to a next integer, and N is a quantity of a plurality of SR configurations, an SR configuration indicates at least one of the following: a time-domain location of an SR, and a frequency-domain location of an SR; wherein a first state of the first SR bit sequence indicates that all of a plurality of SRs are negative SRs; wherein a second state of the first SR bit sequence indicates that a first SR is a positive SR, and the second state is different from the first state; wherein the first SR is one SR of a plurality of SRs, the first SR is associated with a first SR configuration, and the first SR configuration is one of the plurality of SR configurations ; generating (S102) a hybrid automatic repeat request, HARQ, ACK/NACK bit sequence; and sending (S103) the HARQ ACK/NACK bit sequence and the first SR bit sequence through an uplink control channel. a time-domain location of an SR, and a frequency-domain location of an SR; wherein a first state of the first SR bit sequence indicates that all of a plurality of SRs are negative SRs; wherein a second state of the first SR bit sequence indicates that a first SR is a positive SR, and the second state is different from the first state; wherein the first SR is one SR of a plurality of SRs, the first SR is associated with a first SR configuration, and the first SR configuration is one of the plurality of SR configurations ; generating (S102) a hybrid automatic repeat request, HARQ, ACK/NACK bit sequence; and sending (S103) the HARQ ACK/NACK bit sequence and the first SR bit sequence through an uplink control channel.
System for applying a sealing agent to the surface of an internal cavity of a pneumatic tyre ; the system comprises: an applicator device , which is intended to apply a strip of sealing agent to the surface ; the system is characterized in that it comprises: an optoelectronic device provided with at least one sensor element that is able to acquire a plurality of images of the entire surface and to provide a plurality of signals that are indicative of the plurality of captured images; and an electronic processing system , which is connected to the optoelectronic device , is configured in such a way as to acquire the signals that are indicative of the plurality of captured images and to process them in order to determine the surface profile of the entire internal cavity as a function of the respective images, is connected to the applicator device , and is configured in such a way as to drive the applicator device as a function of the surface profile of the entire internal cavity . an applicator device , which is intended to apply a strip of sealing agent to the surface ; the system is characterized in that it comprises: an optoelectronic device provided with at least one sensor element that is able to acquire a plurality of images of the entire surface and to provide a plurality of signals that are indicative of the plurality of captured images; and an electronic processing system , which is connected to the optoelectronic device , is configured in such a way as to acquire the signals that are indicative of the plurality of captured images and to process them in order to determine the surface profile of the entire internal cavity as a function of the respective images, is connected to the applicator device , and is configured in such a way as to drive the applicator device as a function of the surface profile of the entire internal cavity . an optoelectronic device provided with at least one sensor element that is able to acquire a plurality of images of the entire surface and to provide a plurality of signals that are indicative of the plurality of captured images; and an electronic processing system , which is connected to the optoelectronic device , is configured in such a way as to acquire the signals that are indicative of the plurality of captured images and to process them in order to determine the surface profile of the entire internal cavity as a function of the respective images, is connected to the applicator device , and is configured in such a way as to drive the applicator device as a function of the surface profile of the entire internal cavity .
An interface circuit suitable to be used with an external ballast, the interface circuit comprising: an input to be coupled to the external ballast ; a primary power winding electrically coupled to the input; and a data transceiver circuit comprising: a primary data winding ; a primary load across the primary data winding ; a primary load modulation circuit electrically coupled to the primary data winding and adapted to modulate the primary load across the primary data winding in response to a first data signal to be transmitted via the primary data winding; and a primary data detection circuit electrically coupled to the primary data winding and adapted to detect a second data signal from a signal induced on the primary data winding, wherein the primary power winding and the primary data winding are magnetically coupled together and adapted to be magnetically coupled to a secondary data winding of an external circuit , characterised in that the external ballast is an external electronic ballast adapted for fluorescent or halogen lamps, the interface circuit is suitable to be used with the external electronic ballast , and the input is adapted to be coupled to the external electronic ballast . an input to be coupled to the external ballast ; a primary power winding electrically coupled to the input; and a data transceiver circuit comprising: a primary data winding ; a primary load across the primary data winding ; a primary load modulation circuit electrically coupled to the primary data winding and adapted to modulate the primary load across the primary data winding in response to a first data signal to be transmitted via the primary data winding; and a primary data detection circuit electrically coupled to the primary data winding and adapted to detect a second data signal from a signal induced on the primary data winding, a primary data winding ; a primary load across the primary data winding ; a primary load modulation circuit electrically coupled to the primary data winding and adapted to modulate the primary load across the primary data winding in response to a first data signal to be transmitted via the primary data winding; and a primary data detection circuit electrically coupled to the primary data winding and adapted to detect a second data signal from a signal induced on the primary data winding, wherein the primary power winding and the primary data winding are magnetically coupled together and adapted to be magnetically coupled to a secondary data winding of an external circuit , characterised in that the external ballast is an external electronic ballast adapted for fluorescent or halogen lamps, the interface circuit is suitable to be used with the external electronic ballast , and the input is adapted to be coupled to the external electronic ballast .
A method for removing or reacting acrylamide from an aqueous preparation to produce a final product having a reduced acrylamide content, comprising the following steps: (i) Providing an aqueous preparation containing acrylamide and other components as a starting product for the manufacturing of a final product with a reduced acrylamide content; (ii) dividing the aqueous preparation into two material streams to obtain a retentate (R1) and a permeate (P1), wherein the retentate (R1) contains the further components (K1), and wherein the permeate (P1) contains acrylamide and preferably no or a small proportion of further components (K2); (iii) bringing the permeate (P1) into contact with an acrylamide-reducing biocatalyst and obtaining a permeate (P2) with a reduced acrylamide content; (iv) combining the resulting permeate (P2) having a reduced content of acrylamide and the retentate (R1) from step (ii) and obtaining an aqueous preparation having a reduced content of acrylamide, wherein the permeate (P2) does not contain the biocatalyst; (v) optionally, further processing the aqueous preparation with reduced content of acrylamide from step (iv) to obtain a final product. (i) Providing an aqueous preparation containing acrylamide and other components as a starting product for the manufacturing of a final product with a reduced acrylamide content; (ii) dividing the aqueous preparation into two material streams to obtain a retentate (R1) and a permeate (P1), wherein the retentate (R1) contains the further components (K1), and wherein the permeate (P1) contains acrylamide and preferably no or a small proportion of further components (K2); (iii) bringing the permeate (P1) into contact with an acrylamide-reducing biocatalyst and obtaining a permeate (P2) with a reduced acrylamide content; (iv) combining the resulting permeate (P2) having a reduced content of acrylamide and the retentate (R1) from step (ii) and obtaining an aqueous preparation having a reduced content of acrylamide, wherein the permeate (P2) does not contain the biocatalyst; (v) optionally, further processing the aqueous preparation with reduced content of acrylamide from step (iv) to obtain a final product.
A bellows of a canopy roof of passenger boarding stairs or a passenger boarding bridge or a passage into a building, wherein the bellows comprises several successively arranged frames, wherein all the frames are preferably divided in a plane on two opposite sides, thus forming several bellows parts (2, 3; 101, 102, 103), wherein, as bellows frames (14, 32; 114) with a U-shaped cross-section, the frames grasp strips (15, 33; 133) of a reinforcing material coated with an elastomer, in order to form the folds or corrugations of a folding or corrugated bellows, characterized in that the frames are connected by transition profiles in the area of the division.
Measuring device with at least one sensor and with at least one transmitter housing , wherein the transmitter housing has at least one terminal space and an electronics space adjacent to the terminal space and connected via a partition wall , wherein at least a first electronic device for the connection of supply and/or I/O lines is arranged in the terminal space and wherein at least a second electronic device is arranged in the electronics space with electronics for controlling the sensor , wherein the first electronic device and the second electronic device are electrically conductively connected to one another via a contacting unit , wherein the contacting unit is removably inserted into a recess of the partition wall , characterized in that the contacting unit is firmly connected to the first electronic device , wherein the fixed connection is a non-detachable connection, so that the contacting unit and the electronic device can be handled as one component, that the contacting unit has contact elements in the form of network contact elements and/or signal contact elements for transmitting electrical signals, that the second electronic device arranged in the electronics compartment has a terminal unit , that the terminal unit has connecting elements in the form of network connecting elements and/or signal connecting elements , wherein the connecting elements are electrically conductively connected to the contact elements by means of a plug connection. characterized in that the contacting unit is firmly connected to the first electronic device , wherein the fixed connection is a non-detachable connection, so that the contacting unit and the electronic device can be handled as one component, that the contacting unit has contact elements in the form of network contact elements and/or signal contact elements for transmitting electrical signals, that the second electronic device arranged in the electronics compartment has a terminal unit , that the terminal unit has connecting elements in the form of network connecting elements and/or signal connecting elements , wherein the connecting elements are electrically conductively connected to the contact elements by means of a plug connection.
A portal-axle for low floor light rail vehicles (LRV), comprising two shoulders each provided with a spindle for mounting a wheel and a central portion structurally connecting the shoulders , wherein the central portion is defined by at least two bars distinct from the shoulders and coupled thereto, characterized in that the bars are keyed and/or screwed to the shoulders , wherein the ends of the bars are inserted in corresponding seats of the shoulders and a screw is inserted at least partially in each end of the bars through a corresponding hole obtained in the shoulder , to make stable the coupling and support the load applied to the operating portal-axle .
A digital pathology device configured to process a slide rack in which glass slides are positioned before and after scanning, the digital pathology device comprising: a stage upon which a glass slide is positioned during scanning; a slide conveyor system configured to move glass slides between a position in the slide rack and a position on the stage; a power switch configured to control the flow of electrical power between an external power source and the digital pathology device ; a processor configured to detect a signal from the power switch indicating that the flow of electrical power from the external power source to the digital pathology device is to be switched off, wherein in response to detecting the signal from the power switch indicating that the flow of electrical power from the external power source to the digital pathology device is to be switched off, the processor is further configured to control the stage and the slide rack and the slide conveyor system to position all glass slides in the slide rack prior to termination of the flow of electrical power from the external power source to the digital pathology device . a stage upon which a glass slide is positioned during scanning; a slide conveyor system configured to move glass slides between a position in the slide rack and a position on the stage; a power switch configured to control the flow of electrical power between an external power source and the digital pathology device ; a processor configured to detect a signal from the power switch indicating that the flow of electrical power from the external power source to the digital pathology device is to be switched off, wherein in response to detecting the signal from the power switch indicating that the flow of electrical power from the external power source to the digital pathology device is to be switched off, the processor is further configured to control the stage and the slide rack and the slide conveyor system to position all glass slides in the slide rack prior to termination of the flow of electrical power from the external power source to the digital pathology device .
A computer-implemented information processing method for determining whether a neural network was generated by modifying or re-training another neural network, thereby enabling unauthorized re-use of model parameters to be detected, the method comprising: reading a layer structure and parameters of layers from each of models of two neural networks; determining a degree of matching between the models of the two neural networks, by comparing layers, of the respective models of the two neural networks, that are configured as a graph-like form in respective hidden layers, in order from an input layer using breadth first search or depth first search, based on similarities between respective layers; and from the determined degree of matching, determining that one of the neural networks was generated by modifying or re-training the other neural network, thereby enabling unauthorized re-use of model parameters to be detected. reading a layer structure and parameters of layers from each of models of two neural networks; determining a degree of matching between the models of the two neural networks, by comparing layers, of the respective models of the two neural networks, that are configured as a graph-like form in respective hidden layers, in order from an input layer using breadth first search or depth first search, based on similarities between respective layers; and from the determined degree of matching, determining that one of the neural networks was generated by modifying or re-training the other neural network, thereby enabling unauthorized re-use of model parameters to be detected.
A percutaneous temporary valve system, comprising a temporary valve , a central core , and a sheath for containing and delivering said temporary valve and central core ; characterized in that said temporary valve comprising a body and a plurality of lines , each of said lines connected at a first end to a rim of said valve body and at a second end to said central core ; said central core being connected to the end of said sheath ; wherein said temporary valve and said central core are folded in an inverted delivery configuration within said sheath and are adapted to be deployed by pushing the central core out of the sheath thereby everting said temporary valve and said central core .
An imager for use in radiation therapy comprising: an array of imager elements configured to generate image signals based on radiation received by the imager; and a circuit configured to perform readout of image signals, wherein the circuit is configured to be radiation hard to withstand radiation; wherein the circuit comprises a readout and control circuit coupled to the array of imager elements; characterized in that : the imager is configured to, between a previous readout cycle of the imager and a current readout cycle, integrate scattered dose from a treatment beam, and the readout and control circuit is configured to perform signal readout in synchronization with an operation of a treatment beam source, so that the amount of scatter signal received in different lines of the imager are the same. an array of imager elements configured to generate image signals based on radiation received by the imager; and a circuit configured to perform readout of image signals, wherein the circuit is configured to be radiation hard to withstand radiation; wherein the circuit comprises a readout and control circuit coupled to the array of imager elements; characterized in that : the imager is configured to, between a previous readout cycle of the imager and a current readout cycle, integrate scattered dose from a treatment beam, and the readout and control circuit is configured to perform signal readout in synchronization with an operation of a treatment beam source, so that the amount of scatter signal received in different lines of the imager are the same. the imager is configured to, between a previous readout cycle of the imager and a current readout cycle, integrate scattered dose from a treatment beam, and the readout and control circuit is configured to perform signal readout in synchronization with an operation of a treatment beam source, so that the amount of scatter signal received in different lines of the imager are the same.
Interface adapter comprising: - a body , comprising at least one through-housing for housing an output terminal of the accumulator and incorporating within it at least one magnetic lock comprising a permanent magnet , the permanent magnet being provided with an electrically insulating mandrel around which is wound an electrically conductive wire forming a coil ; - at least one electrically conductive part adapted to be fixed with electrical contact to the output terminal of the accumulator. - a body , comprising at least one through-housing for housing an output terminal of the accumulator and incorporating within it at least one magnetic lock comprising a permanent magnet , the permanent magnet being provided with an electrically insulating mandrel around which is wound an electrically conductive wire forming a coil ; - at least one electrically conductive part adapted to be fixed with electrical contact to the output terminal of the accumulator.