mhurhangee/patent-ind-claim-en huggingface dataset:
A method for information and data encryption or decryption in a mixed solution of hardware and software using multiple different encryption or ciphering processes, functions or algorithms to encrypt different portions of the plaintext or decrypt different portions of the cipher text by using a key, the method comprising: defining , an initial order of functions or algorithms of encryption or ciphering in an array; dividing plaintext data or cipher text data into different portions, wherein at least two portions can be of different sizes; defining whether encryption or decryption will be performed; the method further comprising using a first parameter to specify location in said array which location includes one of the available encryption or ciphering process, function or algorithm; using a second parameter to specify an order of the available encryption or ciphering process, function or algorithm in said array; identifying an encryption or ciphering process, function or algorithm located in said location corresponding to the first parameter and in accordance with said order corresponding to the second parameter; applying said identified encryption or ciphering process, function or algorithm on said portion of the cipher text or plaintext; and outputting the data after processing the cipher text or plain text. defining , an initial order of functions or algorithms of encryption or ciphering in an array; dividing plaintext data or cipher text data into different portions, wherein at least two portions can be of different sizes; defining whether encryption or decryption will be performed; the method further comprising using a first parameter to specify location in said array which location includes one of the available encryption or ciphering process, function or algorithm; using a second parameter to specify an order of the available encryption or ciphering process, function or algorithm in said array; identifying an encryption or ciphering process, function or algorithm located in said location corresponding to the first parameter and in accordance with said order corresponding to the second parameter; applying said identified encryption or ciphering process, function or algorithm on said portion of the cipher text or plaintext; and outputting the data after processing the cipher text or plain text.
A method performed by a wireless device providing sidelink, SL, communications, the method comprising: generating a plurality of service data units, SDUs, wherein each of the SDUs is associated with a respective service, wherein a first SDU of the plurality of SDUs is associated with a first service and a first SL hybrid automatic repeat request, HARQ, configuration, and wherein a second SDU of the plurality of SDUs is associated with a second service and a second SL HARQ configuration different than the first SL HARQ configuration; transmitting a TB over a sidelink to at least one other wireless device using a SL HARQ configuration selected for the TB; characterized by: multiplexing the plurality of SDUs into the transport block, TB, so that the TB includes the first and second SDUs; selecting the SL HARQ configuration for the TB based on at least one of the first SL HARQ configuration associated with the first SDU and the second SL HARQ configuration associated with the second SDU. generating a plurality of service data units, SDUs, wherein each of the SDUs is associated with a respective service, wherein a first SDU of the plurality of SDUs is associated with a first service and a first SL hybrid automatic repeat request, HARQ, configuration, and wherein a second SDU of the plurality of SDUs is associated with a second service and a second SL HARQ configuration different than the first SL HARQ configuration; transmitting a TB over a sidelink to at least one other wireless device using a SL HARQ configuration selected for the TB; multiplexing the plurality of SDUs into the transport block, TB, so that the TB includes the first and second SDUs; selecting the SL HARQ configuration for the TB based on at least one of the first SL HARQ configuration associated with the first SDU and the second SL HARQ configuration associated with the second SDU.
A test and measurement instrument comprising a plurality of inputs , and a trigger circuit , in which the trigger circuit comprises: a first event activity detector having a first input and being structured to generate a pulse of a first logic signal in response to an occurrence of a first selected activity type occurring in at least the first input ; a second event activity detector having a second input and being structured to generate a pulse of a second logic signal in response to an occurrence of a second selected activity type occurring in at least the second input ; a first flip-flop having the first logic signal as the clock input and a hold-off signal as the Reset input and the signal input; a second flip-flop having the second logic signal as the clock input and the hold-off signal as the Reset input and the signal input; and a logical OR circuit coupled to the first and second flip-flops and producing a trigger signal as an output; wherein the pulse generated by the first event activity detector and the pulse generated by the second activity detector do not overlap in time, such that the minimum triggerable event timing resolution of the trigger circuit is determined by the minimum width of the pulses a generated by the first and second event activity detectors. a first event activity detector having a first input and being structured to generate a pulse of a first logic signal in response to an occurrence of a first selected activity type occurring in at least the first input ; a second event activity detector having a second input and being structured to generate a pulse of a second logic signal in response to an occurrence of a second selected activity type occurring in at least the second input ; a first flip-flop having the first logic signal as the clock input and a hold-off signal as the Reset input and the signal input; a second flip-flop having the second logic signal as the clock input and the hold-off signal as the Reset input and the signal input; and a logical OR circuit coupled to the first and second flip-flops and producing a trigger signal as an output; wherein the pulse generated by the first event activity detector and the pulse generated by the second activity detector do not overlap in time, such that the minimum triggerable event timing resolution of the trigger circuit is determined by the minimum width of the pulses a generated by the first and second event activity detectors.
A method of fixing a clamp around a pipe , the method comprising: supporting the pipe between clamp parts that are disposed in mutual opposition about the pipe , in a cradle of part-circular cross-section, the cradle being one of the clamp parts ; engaging the pipe , when supported in the cradle , with at least one shell of part-circular cross-section, the or each shell being another of the clamp parts ; maintaining a gap within at least one interface between the clamp parts ; forming a weld in the or each gap , the or each weld being formed between a support of a shell and an outrigger of the cradle at a location offset laterally from a longitudinal axis of the pipe ; and cooling and shrinking the or each weld to draw together, and to compress the pipe between, the clamp parts . supporting the pipe between clamp parts that are disposed in mutual opposition about the pipe , in a cradle of part-circular cross-section, the cradle being one of the clamp parts ; engaging the pipe , when supported in the cradle , with at least one shell of part-circular cross-section, the or each shell being another of the clamp parts ; maintaining a gap within at least one interface between the clamp parts ; forming a weld in the or each gap , the or each weld being formed between a support of a shell and an outrigger of the cradle at a location offset laterally from a longitudinal axis of the pipe ; and cooling and shrinking the or each weld to draw together, and to compress the pipe between, the clamp parts .
An aqueous polyurethane-urea dispersion, comprising a polyurethane-urea dispersed therein having sulfonate and/or carboxylate groups and lateral carboxyl groups, wherein an amount of said sulfonate and/or carboxylate groups is 1.5 to 15 mmol/100g; said lateral carboxyl groups are introduced by an aminocarboxylic acid having an amino functionality of 2 - 4; an amount of said lateral carboxyl groups is 1.5 to 9.5 mmol/100g, based on the polyurethane-urea solid components.
An apparatus comprising: - a microelectromechanical, MEMS, capacitor comprising two plates and a gap between the plates ; - a gas conveyor configured to cause gas to flow through the gap, and readout circuitry configured to measure a capacitance of the MEMS capacitor , wherein the readout circuitry is configured to detect a change in the capacitance of the MEMS capacitor caused by a particle flowing through the gap with the gas, characterized in that a width of the gap is adjustable. - a microelectromechanical, MEMS, capacitor comprising two plates and a gap between the plates ; - a gas conveyor configured to cause gas to flow through the gap, and readout circuitry configured to measure a capacitance of the MEMS capacitor , wherein the readout circuitry is configured to detect a change in the capacitance of the MEMS capacitor caused by a particle flowing through the gap with the gas, characterized in that a width of the gap is adjustable. readout circuitry configured to measure a capacitance of the MEMS capacitor , wherein the readout circuitry is configured to detect a change in the capacitance of the MEMS capacitor caused by a particle flowing through the gap with the gas, characterized in that a width of the gap is adjustable.
A computer program comprising instructions which, when the program is executed by a computer, cause the computer to: obtain at least one digital image of a person's oral cavity; obtain non-image data associated with said person, said non-image data comprising anamnestic information about said person; process said at least one digital image or a representation thereof using a first statistical image segmentation algorithm trained to identify at least one visible segment , said visible segment being one of a tooth segment or an oral cavity segment , wherein each tooth segment relates to a distinct tooth and its related area within said oral cavity and each oral cavity segment relates to a distinct non-tooth-related area within said oral cavity; process said at least one visible segment using a statistical algorithm trained to predict any invisible segments based on visible segments , each invisible segment relating to an area within said oral cavity that is not visible on any of said at least one digital image ; and process said at least one visible segment and said at least one invisible segment using a statistical object detection algorithm trained to identify dental features linked to the respective segments, wherein said statistical object detection algorithm uses said non-image data as input regarding what dental features to look for. obtain at least one digital image of a person's oral cavity; obtain non-image data associated with said person, said non-image data comprising anamnestic information about said person; process said at least one digital image or a representation thereof using a first statistical image segmentation algorithm trained to identify at least one visible segment , said visible segment being one of a tooth segment or an oral cavity segment , wherein each tooth segment relates to a distinct tooth and its related area within said oral cavity and each oral cavity segment relates to a distinct non-tooth-related area within said oral cavity; process said at least one visible segment using a statistical algorithm trained to predict any invisible segments based on visible segments , each invisible segment relating to an area within said oral cavity that is not visible on any of said at least one digital image ; and process said at least one visible segment and said at least one invisible segment using a statistical object detection algorithm trained to identify dental features linked to the respective segments, wherein said statistical object detection algorithm uses said non-image data as input regarding what dental features to look for.
Engagement relay for an electrical machine, which preferably serves as a starting device for engaging a pinion , wherein the engagement relay comprises a contact device for electrically connecting electrical contacts , with a switching axis , which is to be actuated for electrical connection, with a thrust motor , which serves for shifting the switching axis , and the thrust motor comprises a movable part , which serves to actuate the switching axis , wherein the movable part is connected with a driver , wherein a stop part is movable relative to the movable part of the thrust motor and in an idle state of the engagement relay there is a gap (s) between the stop part and the driver , characterised in that a pin part of the stop part engages in a slot of the driver , wherein the slot extends between two end faces of the slot , and thereby the stop part and the driver are guided towards each other.
A wireless communication method, applied to a User Equipment, UE in vehicle-to-vehicle, V2V, communication, comprising: determining , from available resources, a radio resource for wireless communication, wherein the available resources are specified by a system, configured by a cellular network, or preconfigured, the radio resource at least comprises a first resource set and a second resource set having different attributes; determining , according to a type of a message carried in a signal to be sent, a resource set used for sending the signal to be sent; and selecting a resource from the determined resource set to send the signal to be sent, characterised in that the determining, according to the type of the message carried in the signal to be sent, the resource set used for sending the signal to be sent comprises: if the type of the message includes a number of transmissions of the message in one resource period, if the number of transmissions of the message is less than or equal to a first threshold, determining that the first resource set is used for sending the signal to be sent; and if the number of transmissions of the message is greater than the first threshold, determining that the second resource set is used for sending the signal to be sent. determining , from available resources, a radio resource for wireless communication, wherein the available resources are specified by a system, configured by a cellular network, or preconfigured, the radio resource at least comprises a first resource set and a second resource set having different attributes; determining , according to a type of a message carried in a signal to be sent, a resource set used for sending the signal to be sent; and selecting a resource from the determined resource set to send the signal to be sent, characterised in that the determining, according to the type of the message carried in the signal to be sent, the resource set used for sending the signal to be sent comprises: if the type of the message includes a number of transmissions of the message in one resource period, if the number of transmissions of the message is less than or equal to a first threshold, determining that the first resource set is used for sending the signal to be sent; and if the number of transmissions of the message is greater than the first threshold, determining that the second resource set is used for sending the signal to be sent.
An electrode catalyst for a fuel battery, comprising: a mesoporous material; and catalyst metal particles supported at least in the mesoporous material, wherein, before supporting the catalyst metal particles, the mesoporous material has mesopores having a mode radius of greater than or equal to 1 nm and less than or equal to 25 nm and has a value of greater than 0.90; the mode radius of the mesopores being determined by measuring the nitrogen adsorption isotherm using a physical adsorption apparatus, calculating the log differential pore size distribution according to a BJH method, and determining the peak maximum value of the log differential pore size distribution as the mode radius; and the value being determined by dividing a specific surface area S 1-25 (m 2 /g) of the mesopores obtained by analyzing a nitrogen adsorption-desorption isotherm according to a BJH method, the mesopores having a radius of greater than or equal to 1 nm and less than or equal to 25 nm, by a BET specific surface area (m 2 /g) evaluated according to a BET method. a mesoporous material; and catalyst metal particles supported at least in the mesoporous material, wherein, before supporting the catalyst metal particles, the mesoporous material has mesopores having a mode radius of greater than or equal to 1 nm and less than or equal to 25 nm and has a value of greater than 0.90; the mode radius of the mesopores being determined by measuring the nitrogen adsorption isotherm using a physical adsorption apparatus, calculating the log differential pore size distribution according to a BJH method, and determining the peak maximum value of the log differential pore size distribution as the mode radius; and the value being determined by dividing a specific surface area S 1-25 (m 2 /g) of the mesopores obtained by analyzing a nitrogen adsorption-desorption isotherm according to a BJH method, the mesopores having a radius of greater than or equal to 1 nm and less than or equal to 25 nm, by a BET specific surface area (m 2 /g) evaluated according to a BET method.
A ring of vanes for an aircraft turbine engine, the ring presenting an axial direction (D A ) and a radial direction (D R ) and comprising a first annular sheath presenting a first inside surface and a second annular sheath presenting a second inside surface facing the first inside surface of the first annular sheath , the first and second sheaths being coaxial and defining between them a flow passage for a gas stream (F), and the ring further comprising both partially annular acoustic treatment panels including resonant cavities and also vanes extending in the radial direction (D R ) between the first sheath and the second sheath ; the ring being characterized in that • firstly, each vane includes a radial airfoil with at least two attachment tabs at each radial end of the airfoil fastened to the first or second sheath ; and • secondly, the inside surface of at least one of the first and second annular sheaths and the corresponding attachment tabs are covered by acoustic treatment panels arranged between the airfoils ; and • each acoustic treatment panel comprises a partially annular platform and a cover cooperating with the platform to form a closed box , the platform presenting a first face facing the flow passage and a second face opposite from the first face and from which the cover extends projecting in the radial direction (D R ), the box including a housing defined by the inside space extending between the second face of the platform and the cover , and having said resonant cavities arranged therein. • firstly, each vane includes a radial airfoil with at least two attachment tabs at each radial end of the airfoil fastened to the first or second sheath ; and • secondly, the inside surface of at least one of the first and second annular sheaths and the corresponding attachment tabs are covered by acoustic treatment panels arranged between the airfoils ; and • each acoustic treatment panel comprises a partially annular platform and a cover cooperating with the platform to form a closed box , the platform presenting a first face facing the flow passage and a second face opposite from the first face and from which the cover extends projecting in the radial direction (D R ), the box including a housing defined by the inside space extending between the second face of the platform and the cover , and having said resonant cavities arranged therein.
An array substrate, comprising: a gate electrode , a gate insulating layer , a barrier layer pattern and an active semiconductor layer pattern , both of which are formed by a metal oxide semiconductor, the barrier layer pattern and the active semiconductor layer pattern being located on the gate insulating layer , a semiconductor protecting layer , configured to cover the barrier layer pattern and the active semiconductor layer pattern , and via holes being formed at positions corresponding to the barrier layer pattern and the active semiconductor layer pattern , wherein the via holes include a connecting via hole of a data wire and a source electrode , a source electrode via hole , and a drain electrode via hole ; wherein the data wire , a source electrode and a drain electrode are made of metal Cu, wherein the data wire connects the barrier layer pattern through the connecting via hole of the data wire and the source electrode , the source electrode and the drain electrode connect the active semiconductor layer pattern through the source electrode via hole and the drain electrode via hole , respectively, and each via hole serves as the contacting area of metal Cu with the metal oxide semiconductor. a gate electrode , a gate insulating layer , a barrier layer pattern and an active semiconductor layer pattern , both of which are formed by a metal oxide semiconductor, the barrier layer pattern and the active semiconductor layer pattern being located on the gate insulating layer , a semiconductor protecting layer , configured to cover the barrier layer pattern and the active semiconductor layer pattern , and via holes being formed at positions corresponding to the barrier layer pattern and the active semiconductor layer pattern , wherein the via holes include a connecting via hole of a data wire and a source electrode , a source electrode via hole , and a drain electrode via hole ; wherein the data wire , a source electrode and a drain electrode are made of metal Cu, wherein the data wire connects the barrier layer pattern through the connecting via hole of the data wire and the source electrode , the source electrode and the drain electrode connect the active semiconductor layer pattern through the source electrode via hole and the drain electrode via hole , respectively, and each via hole serves as the contacting area of metal Cu with the metal oxide semiconductor.
A heat exchanger (400; 900) for a gas turbine engine comprising: a baffle ; a tube inserted at least partially through the baffle ; and characterised by an inlet coupled to a first end of the tube ; and by an outlet coupled to a second end of the tube ; and in that the baffle comprises a cobalt alloy configured to form an oxidized layer over an outer surface of the baffle in response to an increase in temperature, the oxidized layer providing a lubricating surface. a baffle ; a tube inserted at least partially through the baffle ; and characterised by an inlet coupled to a first end of the tube ; and by an outlet coupled to a second end of the tube ; and in that the baffle comprises a cobalt alloy configured to form an oxidized layer over an outer surface of the baffle in response to an increase in temperature, the oxidized layer providing a lubricating surface.