mhurhangee/ep-ind-claims huggingface dataset:
A method for checking documents of value, in particular for recognizing forged documents of value, with the steps: - illuminating a document of value with clocked excitation light of at least one light source, which is switched on in at least one first time interval (T on) and is switched off in at least one second time interval (T off), - detecting a first luminescence intensity (L 1) solely within the first time interval (T on), detecting a second luminescence intensity (L 2) solely within the second time interval (T off), - linking the second luminescence intensity (L 2) with the first luminescence intensity (L 1) for determining a corrected second luminescence intensity (P 2) of the document of value or a partial area (A, P) of the document of value, wherein upon the linking the second luminescence intensity (L 2) is corrected with the help of a scaled first luminescence intensity by subtracting the scaled first luminescence intensity from the second luminescence intensity (L 2), - checking the value document as to its phosphorescence properties on the basis of the corrected second luminescence intensity, wherein the corrected second luminescence intensity is compared with a threshold value (Th); wherein the value document for the check thereof is transported along a transport direction through a capture region of a sensor employed for checking. - illuminating a document of value with clocked excitation light of at least one light source, which is switched on in at least one first time interval (T on) and is switched off in at least one second time interval (T off), - detecting a first luminescence intensity (L 1) solely within the first time interval (T on), detecting a second luminescence intensity (L 2) solely within the second time interval (T off), - linking the second luminescence intensity (L 2) with the first luminescence intensity (L 1) for determining a corrected second luminescence intensity (P 2) of the document of value or a partial area (A, P) of the document of value, wherein upon the linking the second luminescence intensity (L 2) is corrected with the help of a scaled first luminescence intensity by subtracting the scaled first luminescence intensity from the second luminescence intensity (L 2), - checking the value document as to its phosphorescence properties on the basis of the corrected second luminescence intensity, wherein the corrected second luminescence intensity is compared with a threshold value (Th);
An automated bi-stable valve system (10, 10a) comprising: a bi-stable valve mechanism comprising a plurality of bi-stable valves, wherein each of the plurality of bi-stable valves is configured to switch between a valve closed state and a valve open state; and a control system coupled to the bi-stable valve mechanism and configured to operably control the bi-stable valve mechanism, the control system comprising: (i) at least one traversable bridge apparatus (86, 86a); and (ii) a valve switch mechanism attached to the at least one traversable bridge apparatus (86, 86a), and movable, via the at least one traversable bridge apparatus (86, 86a), over the plurality of bi-stable valves, wherein the valve switch mechanism: is configured to switch one or more of the plurality of bi-stable valves between the valve closed state and the valve open state; and comprises a plurality of control actuators, wherein the plurality of bi-stable valves comprises a plurality of rows of bi-stable valves, and wherein each control actuator of the plurality of control actuators is configured to actuate one or more different rows of the plurality of rows of the plurality of bi-stable valves. a bi-stable valve mechanism comprising a plurality of bi-stable valves, wherein each of the plurality of bi-stable valves is configured to switch between a valve closed state and a valve open state; and a control system coupled to the bi-stable valve mechanism and configured to operably control the bi-stable valve mechanism, the control system comprising: (i) at least one traversable bridge apparatus (86, 86a); and (ii) a valve switch mechanism attached to the at least one traversable bridge apparatus (86, 86a), and movable, via the at least one traversable bridge apparatus (86, 86a), over the plurality of bi-stable valves, (i) at least one traversable bridge apparatus (86, 86a); and (ii) a valve switch mechanism attached to the at least one traversable bridge apparatus (86, 86a), and movable, via the at least one traversable bridge apparatus (86, 86a), over the plurality of bi-stable valves, wherein the valve switch mechanism: is configured to switch one or more of the plurality of bi-stable valves between the valve closed state and the valve open state; and comprises a plurality of control actuators, wherein the plurality of bi-stable valves comprises a plurality of rows of bi-stable valves, and wherein each control actuator of the plurality of control actuators is configured to actuate one or more different rows of the plurality of rows of the plurality of bi-stable valves. is configured to switch one or more of the plurality of bi-stable valves between the valve closed state and the valve open state; and comprises a plurality of control actuators, wherein the plurality of bi-stable valves comprises a plurality of rows of bi-stable valves, and wherein each control actuator of the plurality of control actuators is configured to actuate one or more different rows of the plurality of rows of the plurality of bi-stable valves.
A system comprising: a hardware memory module including a plurality of memory regions, each memory region including a plurality of segments; a failure detection module that detects one or more failed segments in one or more of the plurality of memory regions; and a clustering module that logically clusters the one or more failed segments by remapping each failed segments to a working segment located at an edge of the memory region, the working segment selected to maximize contiguous logical memory space within the memory region. a hardware memory module including a plurality of memory regions, each memory region including a plurality of segments; a failure detection module that detects one or more failed segments in one or more of the plurality of memory regions; and a clustering module that logically clusters the one or more failed segments by remapping each failed segments to a working segment located at an edge of the memory region, the working segment selected to maximize contiguous logical memory space within the memory region.
Method for preparing a surgical anti-adhesion barrier film comprising the following steps: a°) a first solution, comprising an oxidized collagen at a concentration ranging from 0.5% to 6%, preferably of 2.7%, by weight, with respect to the total weight of the solution, is prepared, b) a polyphosphate compound is added to the solution of a) in a quantity so as to obtain a concentration of polyphosphate ranging from 0.007 to 0.7%, by weight, with respect to the total weight of the solution, c) the pH of the solution obtained in b) is adjusted to about 9 by addition of a base or to about 5.1 by addition of an acid, d) a diluted solution is prepared by adding water to solution of c) so as to obtain a concentration of oxidized collagen ranging from 0.1% to 2.7%, preferably of 1.75%, by weight, with respect to said diluted solution, e) a first layer of solution obtained in c) is casted on an inert support at a basis weight ranging from 0.03 to 0.4 g/cm 2, preferably of about 0.11 g/cm 2, f) before complete gelation of the layer obtained in e), a second layer, of diluted solution obtained in d) is applied on top of said first layer at a basis weight ranging from 0.03 to 0.4 g/cm 2, preferably of about 0.064 g/cm 2 and let to gelify, g) the gelified first and second layers are dried to obtain a film. a°) a first solution, comprising an oxidized collagen at a concentration ranging from 0.5% to 6%, preferably of 2.7%, by weight, with respect to the total weight of the solution, is prepared, b) a polyphosphate compound is added to the solution of a) in a quantity so as to obtain a concentration of polyphosphate ranging from 0.007 to 0.7%, by weight, with respect to the total weight of the solution, c) the pH of the solution obtained in b) is adjusted to about 9 by addition of a base or to about 5.1 by addition of an acid, d) a diluted solution is prepared by adding water to solution of c) so as to obtain a concentration of oxidized collagen ranging from 0.1% to 2.7%, preferably of 1.75%, by weight, with respect to said diluted solution, e) a first layer of solution obtained in c) is casted on an inert support at a basis weight ranging from 0.03 to 0.4 g/cm 2, preferably of about 0.11 g/cm 2, f) before complete gelation of the layer obtained in e), a second layer, of diluted solution obtained in d) is applied on top of said first layer at a basis weight ranging from 0.03 to 0.4 g/cm 2, preferably of about 0.064 g/cm 2 and let to gelify, g) the gelified first and second layers are dried to obtain a film.
A joint for a knob assembly of an appliance and for connecting a first shaft and a second shaft, comprising: a housing formed in a cylindrical shape having a predetermined length and having a hollow inner space formed therein and an insertion hole formed at one longitudinal side thereof to allow the hollow inner space to be open to an outside of the housing; a slot (172a, 172b) formed in the housing and extending in a longitudinal direction of the housing; a first shaft support inserted into the housing; and a coupling shaft (174,176) provided at the first shaft support to rotatably couple the first shaft support to the housing, the first shaft support is inserted into the housing through the insertion hole, the coupling shaft (174,176) is inserted into the slot (172a, 172b) to be linearly movable in the longitudinal direction of the housing and to be rotatable; and a coil spring to be elastically stretched in the longitudinal direction of the housing and to be elastically bent in a rotation direction of the first shaft support, wherein one side of the coil spring is coupled to the first shaft support, wherein the coil spring provides an elastic force for returning positions of the first shaft support changed due to linear movement of the coupling shaft (174,176) and postures of the first shaft support changed due to rotation of the coupling shaft (174,176) to original or initial states, characterised by a second shaft support inserted into the housing and provided between the insertion hole and the first shaft support; the coupling shaft (174,176) being provided at the second shaft support; and the second shaft support is inserted into the housing through the insertion hole; and the coil spring is provided between the first shaft support and the second shaft support, wherein another side of the coil spring is coupled to the second shaft support; and wherein the coil spring provides an elastic force for returning positions of the second shaft support changed due to linear movement of the coupling shafts (174,176) and postures of the second shaft support changed due to rotation of the coupling shafts (174,176) to original or initial states.
A method at a User Equipment, UE, of generating Hybrid Automatic Repeat reQuest, HARQ, feedback for transmission in a wireless communication network, said method comprising: determining which serving cell from among two or more serving cells has a largest association set size, wherein the serving cells are serving cells according to a carrier aggregation configuration for the UE and operate as Time Division Duplex, TDD, cells according to Uplink/Downlink, UL/DL, configurations that define the association set for each serving cell as which DL subframes are associated with the HARQ feedback; and generating the HARQ feedback by: for the determined serving cell, generating a HARQ-ACK bit according to an actual HARQ feedback state for each DL subframe that is associated with the determined serving cell (22, 32); and for each remaining serving cell among the two or more serving cells, generating a HARQ-ACK bit according to an actual HARQ feedback state for each DL subframe that is associated with the remaining serving cell, and generating additional HARQ-ACK bits as Discontinuous Transmission, DTX, or NACK values, as needed, so that the number of HARQ-ACK bits generated for each remaining serving cell equals the number of HARQ-ACK bits generated for the determined serving cell. determining which serving cell from among two or more serving cells has a largest association set size, wherein the serving cells are serving cells according to a carrier aggregation configuration for the UE and operate as Time Division Duplex, TDD, cells according to Uplink/Downlink, UL/DL, configurations that define the association set for each serving cell as which DL subframes are associated with the HARQ feedback; and generating the HARQ feedback by: for the determined serving cell, generating a HARQ-ACK bit according to an actual HARQ feedback state for each DL subframe that is associated with the determined serving cell (22, 32); and for each remaining serving cell among the two or more serving cells, generating a HARQ-ACK bit according to an actual HARQ feedback state for each DL subframe that is associated with the remaining serving cell, and generating additional HARQ-ACK bits as Discontinuous Transmission, DTX, or NACK values, as needed, so that the number of HARQ-ACK bits generated for each remaining serving cell equals the number of HARQ-ACK bits generated for the determined serving cell. for the determined serving cell, generating a HARQ-ACK bit according to an actual HARQ feedback state for each DL subframe that is associated with the determined serving cell (22, 32); and for each remaining serving cell among the two or more serving cells, generating a HARQ-ACK bit according to an actual HARQ feedback state for each DL subframe that is associated with the remaining serving cell, and generating additional HARQ-ACK bits as Discontinuous Transmission, DTX, or NACK values, as needed, so that the number of HARQ-ACK bits generated for each remaining serving cell equals the number of HARQ-ACK bits generated for the determined serving cell.
An electrical household appliance for drying items comprising: i) a compartment for drying the items; ii) a conduit for discharging a gaseous fluid from the drying compartment; iii) a path for conveying a coolant; iv) a condenser in which there is a heat exchange between the discharging conduit and the path for conveying the coolant, the condenser allowing the condensation of at least a part of the steam present in the gaseous fluid, the condenser comprising: - an area for passage of the gaseous fluid arriving from the drying compartment, the area for passage of the gaseous fluid arriving from the drying compartment being integrated in the conduit for discharging the gaseous fluid; - a channel for passage of a coolant, the channel for passage of the coolant being integrated in the path for conveying a coolant; wherein the path for conveying a coolant comprises a circuit extending along a closed line, the circuit in turn integrating the channel for passage of the coolant to allow at least partly recirculating the coolant; v) means for drawing air from the outside of the electrical household appliance; characterised in that said electrical household appliance further comprises a heat exchanger placing in thermal communication a stretch of the path for conveying the coolant and the air drawn by the drawing means. i) a compartment for drying the items; ii) a conduit for discharging a gaseous fluid from the drying compartment; iii) a path for conveying a coolant; iv) a condenser in which there is a heat exchange between the discharging conduit and the path for conveying the coolant, the condenser allowing the condensation of at least a part of the steam present in the gaseous fluid, the condenser comprising: - an area for passage of the gaseous fluid arriving from the drying compartment, the area for passage of the gaseous fluid arriving from the drying compartment being integrated in the conduit for discharging the gaseous fluid; - a channel for passage of a coolant, the channel for passage of the coolant being integrated in the path for conveying a coolant; wherein the path for conveying a coolant comprises a circuit extending along a closed line, the circuit in turn integrating the channel for passage of the coolant to allow at least partly recirculating the coolant; - an area for passage of the gaseous fluid arriving from the drying compartment, the area for passage of the gaseous fluid arriving from the drying compartment being integrated in the conduit for discharging the gaseous fluid; - a channel for passage of a coolant, the channel for passage of the coolant being integrated in the path for conveying a coolant; v) means for drawing air from the outside of the electrical household appliance;
A saw blade comprising: a body having a cutting end, a first side face, and a second side face; and a carbide strip having a base portion affixed to the cutting end, at least one first full carbide cutting tooth attached to the base portion, and at least one second full carbide cutting tooth attached to the base portion, each cutting tooth having a first side surface and a second side surface; characterised in that: the first side surface of each first cutting tooth defines a first recess in the first cutting tooth, such that each first cutting tooth is set toward the second side face of the body, and the second side surface of each second cutting tooth defines a second recess in the second cutting tooth, such that each second cutting tooth is set toward the first side face of the body. a body having a cutting end, a first side face, and a second side face; and a carbide strip having a base portion affixed to the cutting end, at least one first full carbide cutting tooth attached to the base portion, and at least one second full carbide cutting tooth attached to the base portion, each cutting tooth having a first side surface and a second side surface; characterised in that: the first side surface of each first cutting tooth defines a first recess in the first cutting tooth, such that each first cutting tooth is set toward the second side face of the body, and the second side surface of each second cutting tooth defines a second recess in the second cutting tooth, such that each second cutting tooth is set toward the first side face of the body. the first side surface of each first cutting tooth defines a first recess in the first cutting tooth, such that each first cutting tooth is set toward the second side face of the body, and the second side surface of each second cutting tooth defines a second recess in the second cutting tooth, such that each second cutting tooth is set toward the first side face of the body.
An infusion system for being operatively connected to a fluid delivery line and to an infusion container containing an infusion fluid, the infusion system comprising: a pump; a plurality of different types of sensors connected to the pump or the fluid delivery line, the plurality of different types of sensors configured to indicate whether air is in the fluid delivery line, wherein the plurality of different types of sensors comprise an air sensor and a force sensor; at least one processor in electronic communication with the pump and the plurality of different types of sensors; and a memory in electronic communication with the at least one processor, wherein the memory comprises programming code for execution by the at least one processor, and the programming code is configured to, based on measurements taken by the plurality of different types of sensors, determine the following: whether there is air in the fluid delivery line; whether there is a partial occlusion or total occlusion in the fluid delivery line; or a percentage of the air present in the fluid delivery line or the probability of the air being in the fluid delivery line; characterized in that the programming code is further configured to adjust a sensitivity of measurements determined from the air sensor based on a measurement determined from the force sensor. a pump; a plurality of different types of sensors connected to the pump or the fluid delivery line, the plurality of different types of sensors configured to indicate whether air is in the fluid delivery line, wherein the plurality of different types of sensors comprise an air sensor and a force sensor; at least one processor in electronic communication with the pump and the plurality of different types of sensors; and a memory in electronic communication with the at least one processor, wherein the memory comprises programming code for execution by the at least one processor, and the programming code is configured to, based on measurements taken by the plurality of different types of sensors, determine the following: whether there is air in the fluid delivery line; whether there is a partial occlusion or total occlusion in the fluid delivery line; or a percentage of the air present in the fluid delivery line or the probability of the air being in the fluid delivery line; whether there is air in the fluid delivery line; whether there is a partial occlusion or total occlusion in the fluid delivery line; or a percentage of the air present in the fluid delivery line or the probability of the air being in the fluid delivery line; characterized in that the programming code is further configured to adjust a sensitivity of measurements determined from the air sensor based on a measurement determined from the force sensor.
An optical network unit for an optical access network comprising: a first port for connecting to a first optical link; a second port for connecting to a second optical link; an optical source arranged to generate a first optical signal including a first wavelength, to transmit the first optical signal via the first port, to receive an optical seed signal at the first wavelength via the first port and to amplify the optical seed signal, wherein the optical seed signal has a narrower bandwidth compared to the first optical signal; a modulator; and an optical splitter arranged to split off a portion of the amplified optical seed signal and to forward the portion to the modulator; wherein the modulator is arranged to modulate the portion of the amplified optical seed signal with upstream data to form an upstream optical signal at the first wavelength and to transmit the upstream optical signal via the second port. a first port for connecting to a first optical link; a second port for connecting to a second optical link; an optical source arranged to generate a first optical signal including a first wavelength, to transmit the first optical signal via the first port, to receive an optical seed signal at the first wavelength via the first port and to amplify the optical seed signal, wherein the optical seed signal has a narrower bandwidth compared to the first optical signal; a modulator; and an optical splitter arranged to split off a portion of the amplified optical seed signal and to forward the portion to the modulator; wherein the modulator is arranged to modulate the portion of the amplified optical seed signal with upstream data to form an upstream optical signal at the first wavelength and to transmit the upstream optical signal via the second port.