mhurhangee/patent-ind-claim-en huggingface dataset:
An authentication system (S), comprising: registration means for registering, for each user, first authentication information and second authentication information in storage means ; first authentication means for performing first authentication based on a similarity between the first authentication information that has been input and the registered first authentication information; second authentication means for performing second authentication based on a match between the second authentication information that has been input and the registered second authentication information; and characterized in that the authentication system (S) comprises: restriction means for identifying other users based on a similarity degree of respective first authentication information with respect to the first authentication information of the user who has performed an application for registering the first authentication information and the second authentication information, and, on the basis of this identification, restricting the user who has performed the application from registering the same second authentication information as other users having similar first authentication information, the first authentication information being similar when the similarity degree of the first authentication information is equal to or more than a threshold value. registration means for registering, for each user, first authentication information and second authentication information in storage means ; first authentication means for performing first authentication based on a similarity between the first authentication information that has been input and the registered first authentication information; second authentication means for performing second authentication based on a match between the second authentication information that has been input and the registered second authentication information; and
Gripping device having carriages supporting displaceable gripping elements , wherein the carriages are supported such that they are guided one after the other in the gripping direction of the gripping elements in a shared guide groove arranged in a main body , which guide groove is open toward the gripping elements in at least some regions, and the carriages can be driven parallel to the gripping direction between an opening and closing position and are supported transversely to the gripping direction on all sides, - wherein the open guide groove has two opposite guide groove walls , which are oriented mirror-symmetrical to a vertical guide centre longitudinal plane , - wherein a rail guide groove is arranged in each guide groove wall , - wherein at least one carriage guide rail is attached in each rail guide groove , - wherein, per carriage or per pair of carriages, at least one rail guide groove and at least one carriage guide rail supported within the same have respective surfaces making contact with each other in contact joints , which respective surfaces are inclined at an angle of 0.3 to 1.3 degrees in relation to the carriage displacement direction , and - wherein the area of the cross-section of the carriage guide rail , which protrudes from the rail guide groove , has the shape of a trapezoid. - wherein the open guide groove has two opposite guide groove walls , which are oriented mirror-symmetrical to a vertical guide centre longitudinal plane , - wherein a rail guide groove is arranged in each guide groove wall , - wherein at least one carriage guide rail is attached in each rail guide groove , - wherein, per carriage or per pair of carriages, at least one rail guide groove and at least one carriage guide rail supported within the same have respective surfaces making contact with each other in contact joints , which respective surfaces are inclined at an angle of 0.3 to 1.3 degrees in relation to the carriage displacement direction , and - wherein the area of the cross-section of the carriage guide rail , which protrudes from the rail guide groove , has the shape of a trapezoid.
A method of controlling movement of an elevator car comprising: (a) determining whether the elevator car is present at a specified landing (24A-C), wherein the determining comprises operating an elevator drive to receive a position signal from a landing switch ; (b) determining a door lock state by determining whether a door lock mechanism operably coupled to a hoistway door has been engaged for a pre-determined duration of time; and (c) entering an access detection mode based in part on whether the elevator car is present at the specified landing and the door lock state; wherein the access detection mode comprises: operating the elevator car at an inspection speed; or operating the elevator drive to prevent movement of the elevator car if the door lock mechanism has been engaged for the pre-determined duration of time and the elevator drive receives a position signal from the landing switch indicating the car is away from the specified landing (24A-24C). (a) determining whether the elevator car is present at a specified landing (24A-C), wherein the determining comprises operating an elevator drive to receive a position signal from a landing switch ; (b) determining a door lock state by determining whether a door lock mechanism operably coupled to a hoistway door has been engaged for a pre-determined duration of time; and (c) entering an access detection mode based in part on whether the elevator car is present at the specified landing and the door lock state; operating the elevator car at an inspection speed; or operating the elevator drive to prevent movement of the elevator car if the door lock mechanism has been engaged for the pre-determined duration of time and the elevator drive receives a position signal from the landing switch indicating the car is away from the specified landing (24A-24C).
A cyclic backbone peptide that binds Toll Like Receptor 4 (TLR4) with at least one of co-receptors myeloid differentiation factor 2 (MD2) and cluster of differentiation 14 (CD14), the peptide comprising a sequence selected from the group consisting of SEQ ID Nos. 6-8, 13-14 and 19-22.
A method for preconditioning at least a part of an engine system of a vehicle , the engine system comprising an engine and an exhaust aftertreatment system, EATS , the method comprising: - providing (S10) predicted vehicle operational information comprising a vehicle operational initialization time and predicted engine operation , - determining (S20) whether or not cold-start emissions of the predicted engine operation achieves a threshold criterium, - in response to achieving the threshold criterium, preconditioning (S30) at least a part of the engine system such that at least said part of the engine system is preconditioned at a time of the vehicle operational initialization time, wherein determining whether or not cold-start emissions of the predicted engine operation achieves the threshold criterium comprises comparing estimated cold-start emissions associated with predicted engine operation with and without preconditioning of at least said part of the engine system, and wherein the threshold criterium is a reduced cold-start emission of the predicted engine operation with preconditioning of at least said part of the engine system. - providing (S10) predicted vehicle operational information comprising a vehicle operational initialization time and predicted engine operation , - determining (S20) whether or not cold-start emissions of the predicted engine operation achieves a threshold criterium, - in response to achieving the threshold criterium, preconditioning (S30) at least a part of the engine system such that at least said part of the engine system is preconditioned at a time of the vehicle operational initialization time,
A method of operating a wireless terminal, UE, connected to a network node associated to a serving cell of a radio access network, RAN, the method comprising: • receiving a request from the network node to report a global cell identifier, CGI, of a neighbour cell of the serving cell; • receiving system information from the neighbour cell; • determining from the system information if the neighbour cell does or does not broadcast a system information block 1, SIB1, comprising the CGI of the neighbour cell; • transmitting a CGI report to the network node; • starting a timer responsive to receiving the request to report the CGI; • if it is determined from the system information that the neighbour cell does not broadcast SIB1 comprising the CGI of the neighbour cell, setting a flag included into the CGI report indicating an absence of the SIB, and transmitting the CGI report including the indication before expiration of the timer; characterized in that : • the CGI report further comprises a cell identifier information field, wherein an empty cell identifier information field indicates that the neighbour cell does not broadcast the CGI of the neighbour cell, or that the UE did not properly detect the broadcasted CGI. • receiving a request from the network node to report a global cell identifier, CGI, of a neighbour cell of the serving cell; • receiving system information from the neighbour cell; • determining from the system information if the neighbour cell does or does not broadcast a system information block 1, SIB1, comprising the CGI of the neighbour cell; • transmitting a CGI report to the network node; • starting a timer responsive to receiving the request to report the CGI; • if it is determined from the system information that the neighbour cell does not broadcast SIB1 comprising the CGI of the neighbour cell, setting a flag included into the CGI report indicating an absence of the SIB, and transmitting the CGI report including the indication before expiration of the timer; characterized in that : • the CGI report further comprises a cell identifier information field, wherein an empty cell identifier information field indicates that the neighbour cell does not broadcast the CGI of the neighbour cell, or that the UE did not properly detect the broadcasted CGI.
A control valve having a valve housing with an inlet opening and an outlet opening which are connected by a flow channel , wherein a rotatably mounted cylindrical valve body is arranged in the flow channel and the axis of rotation of the valve body is arranged normally with respect to the longitudinal axis of the flow channel , and wherein, in the valve body , a cutout is provided, which forms a continuous control channel which runs through the valve body and intersects the lateral surface of the valve body , and a sealing land , which in the closed position of the control valve at least partially seals the flow channel , is formed on the valve body , and the control channel is formed in order to achieve a substantially linear relationship between valve position (α) and flow ( V̇ ) when the valve body is rotated between a first valve position (α 1 ), which differs from the closed position, and a second valve position (α 2 ) with a larger flow ( V̇ ) than in the first position (α 1 ), characterized in that an inflow cross section (A E ) to the valve body is smaller than an outflow cross section (A A ) from the valve body , thus enabling the sealing land to be rotated through the flow channel when the valve body is rotated and in doing so the flow ( V̇ ) further increases or decreases linearly during the rotation.
A hinge for leaves of furniture that open downwardly, which comprises a fixed part which can be connected to a back wall or a horizontal wall of the piece of furniture, and a moveable part which can be connected to a leaf of the piece of furniture, said fixed part and said moveable part being mutually connected so as to allow oscillation by way of articulation means which comprise at least one oscillation axis so that they can move between a closed position and an open position, in which said leaf lies substantially on the same plane of arrangement as said back wall or horizontal wall of the piece of furniture, characterized in that said hinge further comprises at least two articulated supporting levers which are adapted to connect the fixed part of the hinge with a portion of the moveable part of the hinge or with the leaf , at least one of said supporting levers being connected to the fixed part of the hinge and being shaped so that in the open position of the leaf it comes into contact with a resting surface of said fixed part of the hinge or of said wall of the piece of furniture and in that one end of said supporting levers is connected to said portion of said moveable part of the hinge or with the leaf by way of another one of said supporting levers, said one end of said supporting lever being pivoted to one end of said another one of said supporting levers, said another one of said supporting levers being pivoted to said portion of the movable part or to said leaf, said articulation means comprising two rockers and four articulation axes.
A method for selecting a target-binding protein with favorable biophysical properties comprising (i) screening a library of protein variants against a target protein using mRNA display to select a first population of target-binding protein variants consisting of at most 10 3 target-binding protein variants from a library comprising at least 10 12 protein variants, comprising conducting a number of rounds of selection sufficient to obtain the at most 10 3 target-binding protein variants; (ii) determining whether 10% of the at most 10 3 target-binding protein variants have favorable biophysical properties, and wherein the favorable biophysical properties are one or more of solubility, thermostability, high expression, low levels of aggregation, proper folding and binding specificity; and (iii) if 10% of the at most 10 3 target-binding protein variants do not have favorable biophysical properties, then using yeast surface display for selecting a population of at most 10 2 target-binding protein variants from the at most 10 3 target-binding protein variants obtained during the selection in step (i). (i) screening a library of protein variants against a target protein using mRNA display to select a first population of target-binding protein variants consisting of at most 10 3 target-binding protein variants from a library comprising at least 10 12 protein variants, comprising conducting a number of rounds of selection sufficient to obtain the at most 10 3 target-binding protein variants; (ii) determining whether 10% of the at most 10 3 target-binding protein variants have favorable biophysical properties, and wherein the favorable biophysical properties are one or more of solubility, thermostability, high expression, low levels of aggregation, proper folding and binding specificity; and (iii) if 10% of the at most 10 3 target-binding protein variants do not have favorable biophysical properties, then using yeast surface display for selecting a population of at most 10 2 target-binding protein variants from the at most 10 3 target-binding protein variants obtained during the selection in step (i).
A shiftable memory comprising: - a plurality of memory cells arranged in rows and columns , wherein the memory cells of the rows are interconnected, thereby forming chains of memory cells ; - at least one first serial output data port ; output data logic for connecting an output of any of the chains of memory cells to the first serial output data port , or at least one first parallel output data port and at least one read shift register configured for serially collecting serial output data from the output of any of the chains of memory cells ; and/or - at least one first serial input data port; input data logic for connecting the first serial input data port to an input of any of the chains of memory cells , or at least one parallel input data port and at least one write shift register for serially shifting input data to the input of any of the chains of memory cells ; and - a controller configured to control the shifting of the data in the chains of memory cells , the controller further configured to control the output data logic and/or the input data logic , wherein the controller is configured to shift the chains of memory cells individually. - a plurality of memory cells arranged in rows and columns , wherein the memory cells of the rows are interconnected, thereby forming chains of memory cells ; - at least one first serial output data port ; output data logic for connecting an output of any of the chains of memory cells to the first serial output data port , or at least one first parallel output data port and at least one read shift register configured for serially collecting serial output data from the output of any of the chains of memory cells ; and/or - at least one first serial input data port; input data logic for connecting the first serial input data port to an input of any of the chains of memory cells , or at least one parallel input data port and at least one write shift register for serially shifting input data to the input of any of the chains of memory cells ; and - a controller configured to control the shifting of the data in the chains of memory cells , the controller further configured to control the output data logic and/or the input data logic ,
A communication method, comprising: performing , by a network device on a preconfigured resource, data demodulation on uplink data sent by a terminal device ; and sending , by the network device, downlink control information DCI to the terminal device wherein the DCI comprises first indication information, and if the uplink data fails to be demodulated the first indication information is used to indicate that the uplink data fails to be demodulated, and characterized in that the DCI further comprises second indication information, and the second indication information is used to indicate a timing advance TA of the terminal device. performing , by a network device on a preconfigured resource, data demodulation on uplink data sent by a terminal device ; and sending , by the network device, downlink control information DCI to the terminal device wherein the DCI comprises first indication information, and if the uplink data fails to be demodulated the first indication information is used to indicate that the uplink data fails to be demodulated, and characterized in that the DCI further comprises second indication information, and the second indication information is used to indicate a timing advance TA of the terminal device.
A saturated liquor ratio conveyor-driving atmospheric fabric dyeing machine comprising a machine body having an interior space in which a conveyor device is installed to convey fabric for circulating movement, wherein the conveyor device is set in a parallel arrangement along a length and a width of the machine body and is designed, at a length of a front end or a rear end or both thereof, with an inclination adjusting section (L) having an adjustable or fixed inclination angle, and a built-in heat exchanger and filter net assembly is equipped in a water storage tank mounted to a bottom of the machine body ; and wherein a dyeing tube is equipped above the machine body and is connected to a front end and a rear end of the machine body , a first nozzle being equipped at a front end of the dyeing tube , characterized in that : the interior space of the machine body is of lateral cross-section that has a rectangular shape or a shape similar to a rectangle, so as to allow for optimization of an internal structure in the interior space of the machine body to enhance performance of the dyeing machine and also to increase loading capacity of the fabric to be dyed, wherein the dyeing tube comprises a second nozzle at a rear end of said dyeing tube , a fabric plaiting down device at the rear end of the dyeing tube and located in a lower part of the machine body , and a fabric guide device equipped at a location corresponding to and below the fabric plaiting down device . wherein a dyeing tube is equipped above the machine body and is connected to a front end and a rear end of the machine body , a first nozzle being equipped at a front end of the dyeing tube , characterized in that : the interior space of the machine body is of lateral cross-section that has a rectangular shape or a shape similar to a rectangle, so as to allow for optimization of an internal structure in the interior space of the machine body to enhance performance of the dyeing machine and also to increase loading capacity of the fabric to be dyed, wherein the dyeing tube comprises a second nozzle at a rear end of said dyeing tube , a fabric plaiting down device at the rear end of the dyeing tube and located in a lower part of the machine body , and a fabric guide device equipped at a location corresponding to and below the fabric plaiting down device .
An additive deposition system, comprising: an aerosol generation apparatus configured to generate an aerosol of additive material; an aerosol charging apparatus configured to electrostatically charge the generated aerosol of additive material to a first polarity; a selective charging apparatus configured to selectively alter an electrostatic charge of a substrate layer surface; and the charged aerosol of additive material selectively deposited onto the charge altered substrate by an electrostatic force due to an electrostatic potential between the charged aerosol of additive material and the substrate, characterised in that the aerosol generation apparatus is a filament extension atomizer. an aerosol generation apparatus configured to generate an aerosol of additive material; an aerosol charging apparatus configured to electrostatically charge the generated aerosol of additive material to a first polarity; a selective charging apparatus configured to selectively alter an electrostatic charge of a substrate layer surface; and the charged aerosol of additive material selectively deposited onto the charge altered substrate by an electrostatic force due to an electrostatic potential between the charged aerosol of additive material and the substrate, characterised in that the aerosol generation apparatus is a filament extension atomizer.
A method for indicating a resource, comprising: indicating, by a base station using a physical layer signaling to a user equipment, that a time-frequency resource of a service in a configured time-frequency resource region is to be pre-empted by a transmission on a Physical Downlink Shared Channel, PDSCH, wherein a time domain granularity and a frequency domain granularity of the time-frequency resource are configured by a high-layer signaling, wherein the time domain granularity comprises one or more symbols and the frequency domain granularity comprises a bandwidth of a specified portion, and wherein values of the time domain granularity in units of symbols have a one-to-one correspondence with values of the frequency domain granularity in units of physical resource blocks; and performing, by the base station, the transmission on the PDSCH according to the physical layer signaling. indicating, by a base station using a physical layer signaling to a user equipment, that a time-frequency resource of a service in a configured time-frequency resource region is to be pre-empted by a transmission on a Physical Downlink Shared Channel, PDSCH, wherein a time domain granularity and a frequency domain granularity of the time-frequency resource are configured by a high-layer signaling, wherein the time domain granularity comprises one or more symbols and the frequency domain granularity comprises a bandwidth of a specified portion, and wherein values of the time domain granularity in units of symbols have a one-to-one correspondence with values of the frequency domain granularity in units of physical resource blocks; and performing, by the base station, the transmission on the PDSCH according to the physical layer signaling.