mhurhangee/ep-ind-claims huggingface dataset:
A method for performing communications between a mobile device and an access control system, the method comprising performing, by the mobile device: creating a communication channel between the mobile device and the access control system using a shared secret, the communication channel using a first wireless protocol; communicating, using the communication channel, one or more ranging capabilities with the access control system for ranging to be performed using a second wireless protocol; transmitting, using the second wireless protocol, a first set of pulses in a ranging request message to the access control system, wherein the second wireless protocol uses a pulse width that is less than a pulse width used by the first wireless protocol; receiving, using the second wireless protocol, a second set of pulses in one or more ranging response messages from the access control system; determining a transmission time(s) of the first set of pulses and a reception time(s) of the second set of pulses; and sending the transmission time(s) and the reception time(s) to the access control system, thereby enabling the access control system to perform an operation. creating a communication channel between the mobile device and the access control system using a shared secret, the communication channel using a first wireless protocol; communicating, using the communication channel, one or more ranging capabilities with the access control system for ranging to be performed using a second wireless protocol; transmitting, using the second wireless protocol, a first set of pulses in a ranging request message to the access control system, wherein the second wireless protocol uses a pulse width that is less than a pulse width used by the first wireless protocol; receiving, using the second wireless protocol, a second set of pulses in one or more ranging response messages from the access control system; determining a transmission time(s) of the first set of pulses and a reception time(s) of the second set of pulses; and sending the transmission time(s) and the reception time(s) to the access control system, thereby enabling the access control system to perform an operation.
Coating composition comprising a phenolic resin; at least one solid lubricant selected from the group consisting of graphite, MoS 2, WS 2, BN and PTFE; and carbon fibres.
A piston arrangement comprising: a piston, a first chamber, a second chamber and a power transfer assembly; wherein the piston comprises a first head movable within the first chamber and a second head movable within the second chamber; wherein, in operation, the piston follows a linear path in reciprocating motion along a first axis; wherein the power transfer assembly comprises a shaft rotatably coupled to a shuttle bearing and arranged to convert the reciprocating motion of the piston to rotary motion of the shaft; wherein the shuttle bearing moves relative to the piston in reciprocating motion along a second axis substantially transverse to the first axis; and characterised in that the shuttle bearing is coupled to the piston via a non-planar bearing surface thereby allowing rotation of the shuttle bearing.
Insulation laminate (12, 36), having an electrically insulating base laminate layer, this layer being coated at least on one of its flat sides with a layer (16, 17) of an insulating varnish, characterized in that the insulating varnish has a basecoat and an added lubricant.
Electronic warning device to protect against intrusion of persons in an area to be protected, whereby the warning device includes a switch in which the floating between two high-frequency electrical signals is evaluated and/or made audible, whereby the frequency of one signal is alterable in case a conductible body approaches, whereby an oscillatory circuit, which has a capacitor (82 pF) and an inductor, which is designed as a coil around a ferro-magnetic core (FT 43), is present to create the alterable high-frequency electrical signal, whereby an additional electrically insulated wire with at least one winding runs around the ferro-magnetic core (FT 43) and along the edge of the area to be protected, and characterised in that the oscillatory circuit near the wire and the indicator also has another inductor, which is designed as a coil around the common ferro-magnetic core (FT 43), that there is a voltage amplifier (BF 494) between the capacitor (82 pF) and the two inductors (L1, L2), whereby the controlled voltage of the voltage amplifier is between the capacitor (82 pF) and the first inductor and the control voltage of the voltage amplifier is between the capacitor (82 pF) and the second inductor
A speaker basket comprising: a basket having a center opening therein and a connector element integrated into the basket on a single side of the basket; and a set of conductive terminals (102, 104, 106, 108) molded into the speaker basket, the set of conductive terminal are coupled between the center opening and the connector element, each of the conductive terminals (102, 104, 106, 108) in the set of conductive terminals (102, 104, 106, 108) are adjacent to each other and positioned on the single side of the basket. a basket having a center opening therein and a connector element integrated into the basket on a single side of the basket; and a set of conductive terminals (102, 104, 106, 108) molded into the speaker basket, the set of conductive terminal are coupled between the center opening and the connector element, each of the conductive terminals (102, 104, 106, 108) in the set of conductive terminals (102, 104, 106, 108) are adjacent to each other and positioned on the single side of the basket.
A system controller device comprising: a first air sensor configured to provide a first electromagnetic signal representative of an air pressure or an air-flow, or a combination thereof; a second orientation sensor configured to provide a second electromagnetic signal representative of a relative orientation or a change of orientation, or a combination thereof, of said first sensor; a third linear position sensor configured to provide a third electromagnetic signal representative of a relative position or change of position, or a combination thereof, of said first sensor along a linear guide; and, a signal processor configured to combine said first, said second and said third electromagnetic signals to provide an event message. a first air sensor configured to provide a first electromagnetic signal representative of an air pressure or an air-flow, or a combination thereof; a second orientation sensor configured to provide a second electromagnetic signal representative of a relative orientation or a change of orientation, or a combination thereof, of said first sensor; a third linear position sensor configured to provide a third electromagnetic signal representative of a relative position or change of position, or a combination thereof, of said first sensor along a linear guide; and, a signal processor configured to combine said first, said second and said third electromagnetic signals to provide an event message.
A heat dissipation apparatus, comprising: a base; a heat dissipater (104, 304) having two folded plates (316, 318) coupled one to the other by soldering or diffusion bonding, and vertical bars extending from edges of one of the two folded plates to the other of the two folded plates, the vertical bars and the two folded plates (316, 318) collectively forming a single three-dimensional inner vapor chamber divided into a horizontal vapor chamber area and at least one vertical vapor chamber area coupled together, and the heat dissipater comprising at least one horizontal portion disposed in the base and at least one vertical portion extending therefrom, wherein the horizontal vapor chamber area is within the horizontal portion, and the at least one vertical vapor chamber area is within the vertical portion; and a plurality of fin arrays, at least one fin array coupled with the at least one horizontal portion of the heat dissipater (104, 304) and at least one fin array coupled with the at least one vertical portion of the heat dissipater (104, 304). a base; a heat dissipater (104, 304) having two folded plates (316, 318) coupled one to the other by soldering or diffusion bonding, and vertical bars extending from edges of one of the two folded plates to the other of the two folded plates, the vertical bars and the two folded plates (316, 318) collectively forming a single three-dimensional inner vapor chamber divided into a horizontal vapor chamber area and at least one vertical vapor chamber area coupled together, and the heat dissipater comprising at least one horizontal portion disposed in the base and at least one vertical portion extending therefrom, wherein the horizontal vapor chamber area is within the horizontal portion, and the at least one vertical vapor chamber area is within the vertical portion; and a plurality of fin arrays, at least one fin array coupled with the at least one horizontal portion of the heat dissipater (104, 304) and at least one fin array coupled with the at least one vertical portion of the heat dissipater (104, 304).
A method for managing treatment fluid in a tank of a farming machine: accessing historical information describing a previous state of a field, previous environmental conditions for the field, and previous farming machine actions performed in the field; applying a tank management model to the accessed historical information to: determine, for each of a plurality of field portions, an expected density of weeds within the portion of the field, and determine an amount of treatment fluid required to treat plants within the field based on the expected density of weeds within each field portion; while the farming machine is treating plants in the field with treatment fluid, accessing current information describing a current state of the field; applying the tank management model to the accessed current information to determine an updated density of weeds within field portions that have not yet been treated; and performing, by the farming machine and based on the updated density of weeds, a modified plant treatment action based on a comparison of a remaining amount of treatment fluid within a tank of the farming machine and an updated amount of treatment fluid for treating plants within the field portions that have not yet been treated. accessing historical information describing a previous state of a field, previous environmental conditions for the field, and previous farming machine actions performed in the field; applying a tank management model to the accessed historical information to: determine, for each of a plurality of field portions, an expected density of weeds within the portion of the field, and determine an amount of treatment fluid required to treat plants within the field based on the expected density of weeds within each field portion; determine, for each of a plurality of field portions, an expected density of weeds within the portion of the field, and determine an amount of treatment fluid required to treat plants within the field based on the expected density of weeds within each field portion; while the farming machine is treating plants in the field with treatment fluid, accessing current information describing a current state of the field; applying the tank management model to the accessed current information to determine an updated density of weeds within field portions that have not yet been treated; and performing, by the farming machine and based on the updated density of weeds, a modified plant treatment action based on a comparison of a remaining amount of treatment fluid within a tank of the farming machine and an updated amount of treatment fluid for treating plants within the field portions that have not yet been treated.
Silencer for an exhaust system of a motor vehicle, with a silencer housing through which an exhaust pipe passes for the conduction there through of exhaust gas flows to be silenced, wherein the exhaust pipe is connected in terms of flow to a resonator arranged in the silencer housing and to a sound absorber which is arranged in the silencer housing and is filled with a damping material for sound absorption, wherein a tubular resonant element which surrounds the exhaust pipe in the circumferential direction thereof and is arranged spaced apart from the exhaust pipe and into the open end of which the sound absorber is at least partially inserted serves as the resonator, characterized in that the resonant element is expanded at the open end thereof in such a manner that in a plane, as viewed transversely with respect to the longitudinal direction of the resonant element, the flow cross section (A 2) which is bounded in the plane by the inner surface of the resonant element and the outer surface of the sound absorber at least approximately corresponds to the flow cross section (A 1) which is bounded by the inner surface of the resonant element and the outer surface of the exhaust pipe, as viewed in a parallel second plane.
Arrangement for producing a light beam for material processing, having a light source, which outputs a light beam, a beam-shaping optical unit, which is arranged downstream of the light source and images the light beam with a predetermined target structuring in a processing plane, wherein the beam-shaping optical unit has a beam splitter function for producing the target structuring, characterized in that the beam-shaping optical unit produces, as a predetermined target structuring, a line focus, which is intensity-structured in its longitudinal direction, wherein the line focus is locally interrupted in its longitudinal direction.
A process of making a polypeptide or a pharmaceutically acceptable salt thereof, wherein the polypeptide comprises L-alanine, L-tyrosine, L-glutamate, and L-lysine, and the process comprises reacting a L-lysine protected polypeptide, which comprises L-alanine, L-tyrosine, L-glutamate, and L-lysine that is protected as an amide with a first protecting group, with a tetraalkylammonium hydroxide in water to remove the first protecting group.
Hot-rolling stand for a hot-rolling mill and for producing a metal flat product, comprising an adjusting device provided for receiving a work roll pair and for positioning work rolls (18, 19; 20, 21) of the work roll pair relative to one another with definition of a rolling gap, characterised in that the adjusting device is arranged to exchangeably accommodate, in the work roll pair, different roll diameter ranges with mutually corresponding work rolls (18, 19; 20, 21), a difference between the different roll diameter ranges ≥ 6%, preferably ≥ 10%, a respective lower work roll (18; 20) of the work roll pair is adjustable by its upper edge to the height of a desired pass line by way of the adjusting device in such a way that a pass line fluctuation in use of the different roll diameter ranges is less than +/-20 mm, preferably +/- 15 mm, particularly preferably +/- 10 mm. the adjusting device is arranged to exchangeably accommodate, in the work roll pair, different roll diameter ranges with mutually corresponding work rolls (18, 19; 20, 21), a difference between the different roll diameter ranges ≥ 6%, preferably ≥ 10%, a respective lower work roll (18; 20) of the work roll pair is adjustable by its upper edge to the height of a desired pass line by way of the adjusting device in such a way that a pass line fluctuation in use of the different roll diameter ranges is less than +/-20 mm, preferably +/- 15 mm, particularly preferably +/- 10 mm.
A method for an exhaust aftertreatment system of an engine comprising at least one selective catalyst reaction, at least one clean up catalyst downstream said SCR, an urea injector upstream said SCR and a first NOx sensor downstream said clean up catalyst, the method comprising the steps of (a) injecting a predetermined amount of urea by said injector, (b) providing a second NOx sensor between said SCR and said clean up catalyst, (c) measuring the NOx content received by said first NOx sensor, (d) measuring the NOx content received by said second NOx sensor, (e) comparing said first and said second NOx content with each other, characterized by (f) reducing the predetermined amount of urea if said first NOx sensor is measuring a higher NOx content than said second NOx sensor. (a) injecting a predetermined amount of urea by said injector, (b) providing a second NOx sensor between said SCR and said clean up catalyst, (c) measuring the NOx content received by said first NOx sensor, (d) measuring the NOx content received by said second NOx sensor, (e) comparing said first and said second NOx content with each other, characterized by (f) reducing the predetermined amount of urea if said first NOx sensor is measuring a higher NOx content than said second NOx sensor.
A method of collecting cord blood hematopoietic stem cells, comprising: providing an isolated non-exsanguinated mammalian placenta comprising cord blood comprising cord blood hematopoietic stem cells; performing machine pulsatile perfusion of the isolated non-exsanguinated mammalian placenta with a pressure mediated pulsatile flow of a perfusion solution to produce a perfusate comprising cord blood comprising cord blood hematopoietic stem cells; collecting the perfusate; and isolating the cord blood hematopoietic stem cells from the perfusate to produce isolated cord blood hematopoietic stem cells. providing an isolated non-exsanguinated mammalian placenta comprising cord blood comprising cord blood hematopoietic stem cells; performing machine pulsatile perfusion of the isolated non-exsanguinated mammalian placenta with a pressure mediated pulsatile flow of a perfusion solution to produce a perfusate comprising cord blood comprising cord blood hematopoietic stem cells; isolating the cord blood hematopoietic stem cells from the perfusate to produce isolated cord blood hematopoietic stem cells.
A method for wireless communication, comprising: receiving first signaling indicating a plurality of channel state information reference signal, CSI-RS, configurations configured for a user equipment, UE, (130, 130x, 132, 134, 136); receiving second signaling indicating at least two active CSI-RS configurations for the UE, wherein at least a subset of the plurality of CSI-RS configurations are active as indicated by the second signaling, wherein the plurality of CSI-RS configurations comprise at least two sets of CSI-RS configurations, each set of CSI-RS configurations being associated with one or more communication tasks by the UE (130, 130x, 132, 134, 136), wherein the at least two sets of CSI-RS configurations are associated with different communication tasks by the UE (130, 130x, 132, 134, 136); and performing, by the UE (130, 130x, 132, 134, 136), de-rate matching for one or more subframes based on one of the at least two active CSI-RS configurations indicated by the second signaling and another communication task for the one or more subframes based on the other of the at least two active CSI-RS configurations indicated by the second signaling. receiving first signaling indicating a plurality of channel state information reference signal, CSI-RS, configurations configured for a user equipment, UE, (130, 130x, 132, 134, 136); receiving second signaling indicating at least two active CSI-RS configurations for the UE, wherein at least a subset of the plurality of CSI-RS configurations are active as indicated by the second signaling, wherein the plurality of CSI-RS configurations comprise at least two sets of CSI-RS configurations, each set of CSI-RS configurations being associated with one or more communication tasks by the UE (130, 130x, 132, 134, 136), wherein the at least two sets of CSI-RS configurations are associated with different communication tasks by the UE (130, 130x, 132, 134, 136); and performing, by the UE (130, 130x, 132, 134, 136), de-rate matching for one or more subframes based on one of the at least two active CSI-RS configurations indicated by the second signaling and another communication task for the one or more subframes based on the other of the at least two active CSI-RS configurations indicated by the second signaling.
A thermoelectric conversion material, comprising: a plurality of kinds of phases including a first phase and a second phase which have elemental compositions different from each other, wherein the first phase and the second phase have a skutterudite structure, each of the first phase and the second phase has a composition that is expressed by General Formula R r T t X x (0≤r≤1, 3≤t≤5, and 9≤x≤15), R represents one or more kinds of elements selected from the group consisting of rare-earth elements, alkali metal elements, alkali-earth metal elements, elements of Group 4, and elements of Group 13, T represents one or more kinds of elements selected from the group consisting of transition metal elements excluding rare-earth elements and elements of Group 4, X represents one or more kinds of elements selected from the group consisting of elements of Group 14, elements of Group 15, and elements of Group 16, and in one phase of the first phase and the second phase, X includes one or more elements of Group 16, and in the other phase, X does not include an element of Group 16. a plurality of kinds of phases including a first phase and a second phase which have elemental compositions different from each other, wherein the first phase and the second phase have a skutterudite structure, each of the first phase and the second phase has a composition that is expressed by General Formula R r T t X x (0≤r≤1, 3≤t≤5, and 9≤x≤15), R represents one or more kinds of elements selected from the group consisting of rare-earth elements, alkali metal elements, alkali-earth metal elements, elements of Group 4, and elements of Group 13, T represents one or more kinds of elements selected from the group consisting of transition metal elements excluding rare-earth elements and elements of Group 4, X represents one or more kinds of elements selected from the group consisting of elements of Group 14, elements of Group 15, and elements of Group 16, and in one phase of the first phase and the second phase, X includes one or more elements of Group 16, and in the other phase, X does not include an element of Group 16.
Method for detecting colour degradation on a document of value, namely a banknote, on the basis of an image which is detected by the document of value and has a multiplicity of pixels to each of which at least one intensity value (P i) is assigned, the following steps being carried out for each pixel of a selection of pixels of the image: a) determining an intensity value (P i, m) from intensity values (P 0 - P 8) which are assigned to the pixel and pixels in the vicinity of the pixel, b) calculating a contrast value (c) on the basis of intensity values (P 0 - P 8) which are assigned to the pixel and pixels in the vicinity of the pixel, and c) classification of the respective pixel with regard to a colour degradation of the value document as a function of the respectively determined intensity value (Pi, m) and calculated contrast value (c), wherein the determined intensity value (Pi) corresponds to the highest intensity value (max{P i}) from the intensity values (P 0 - P 8) which are assigned to the pixel and pixels in the environment of the pixel. a) determining an intensity value (P i, m) from intensity values (P 0 - P 8) which are assigned to the pixel and pixels in the vicinity of the pixel, b) calculating a contrast value (c) on the basis of intensity values (P 0 - P 8) which are assigned to the pixel and pixels in the vicinity of the pixel, and c) classification of the respective pixel with regard to a colour degradation of the value document as a function of the respectively determined intensity value (Pi, m) and calculated contrast value (c), wherein the determined intensity value (Pi) corresponds to the highest intensity value (max{P i}) from the intensity values (P 0 - P 8) which are assigned to the pixel and pixels in the environment of the pixel.