mhurhangee/patent-ind-claim-en huggingface dataset:
A device for generating steam, said device comprising: - a plate forming a surface, - a heating element to heat the plate to a predetermined temperature being at least above water evaporation temperature, the plate being inclined at an angle (A0) compared to the horizontal direction (H) to define an upper end and a lower end , - a water inlet arrangement for dispensing water onto the plate proximate said upper end , - a control unit to control the flow of water dispensed onto the plate and the temperature of the plate , - a scale collection container disposed adjacent to said lower end of the plate , the control unit being configured to control the flow of water dispensed onto the plate and the temperature of the plate so that substantially all the water dispensed onto the plate evaporates before it reaches the lower end of the plate , characterised in that the plate is partially bordered by a wall , a boundary formed by the wall being open at the lower end so that the plate communicates with the scale collection container . - a plate forming a surface, - a heating element to heat the plate to a predetermined temperature being at least above water evaporation temperature, the plate being inclined at an angle (A0) compared to the horizontal direction (H) to define an upper end and a lower end , - a water inlet arrangement for dispensing water onto the plate proximate said upper end , - a control unit to control the flow of water dispensed onto the plate and the temperature of the plate , - a scale collection container disposed adjacent to said lower end of the plate , the control unit being configured to control the flow of water dispensed onto the plate and the temperature of the plate so that substantially all the water dispensed onto the plate evaporates before it reaches the lower end of the plate , characterised in that the plate is partially bordered by a wall , a boundary formed by the wall being open at the lower end so that the plate communicates with the scale collection container .
Magnetic separation device for separating magnetic particles from a suspension with a magnetically soft tip extending along a tip axis (S), whose magnetization state is selectively modifiable between a stronger magnetized state and a weaker magnetized state, where the tip exhibits an immersion end for insertion into the suspension and a magnetization section for modifying the magnetization state of the tip , where the separation device exhibits a motion drive and a magnet arrangement connected with same in motion-transmitting connection, which comprises at least one permanent magnet or is formed from at least one permanent magnet and which by means of the motion drive is advanceable towards the magnetization section and retractable away from it, such that the magnetic field of the magnet arrangement in the magnetization section of the tip can be varied temporally for modifying the magnetization state of the tip , wherein the magnetically soft tip is rotatable about the tip axis (S), where the motion drive is coupled in a motion-transmitting manner with the magnet arrangement in order to actuate it to its advancing motion towards the magnetization section and to its retracting motion away from it, and is also coupled in a motion-transmitting manner with the magnetically soft tip in order to actuate it to rotate about the tip axis (S).
A pharmaceutical lyophilized preparation comprising: botulinum toxin, polysorbate, and methionine; and one or more components selected from the group consisting of sugar, sugar alcohol, and an ionic compound. botulinum toxin, polysorbate, and methionine; and one or more components selected from the group consisting of sugar, sugar alcohol, and an ionic compound.
A power device comprising: a blade assembly comprising at least one cutting blade; a motor assembly that powers the blade assembly ; and a collection assembly , the collection assembly comprising: a rigid frame defining an opening ; a bag assembly having a bag operably coupled to the rigid frame at the opening , characterized in that the bag assembly further comprising: a rotatable plate made of a rigid material having an axis extending substantially parallel to the blade assembly ; and wherein the bag creates a seal between the rigid frame and the rotatable plate . a blade assembly comprising at least one cutting blade; a motor assembly that powers the blade assembly ; and a collection assembly , the collection assembly comprising: a rigid frame defining an opening ; a bag assembly having a bag operably coupled to the rigid frame at the opening , characterized in that the bag assembly further comprising: a rotatable plate made of a rigid material having an axis extending substantially parallel to the blade assembly ; and wherein the bag creates a seal between the rigid frame and the rotatable plate . a rigid frame defining an opening ; a bag assembly having a bag operably coupled to the rigid frame at the opening , characterized in that the bag assembly further comprising: a rotatable plate made of a rigid material having an axis extending substantially parallel to the blade assembly ; and wherein the bag creates a seal between the rigid frame and the rotatable plate . a rotatable plate made of a rigid material having an axis extending substantially parallel to the blade assembly ; and wherein the bag creates a seal between the rigid frame and the rotatable plate .
A speech interaction method, the method comprising: acquiring , by a speech interaction system, speech information of a user; determining , by the speech interaction system, a task list corresponding to the speech information, the task list comprising at least two ordered tasks; and the method being characterised by : for each task in the at least two ordered tasks, responsive to that a next task of a present task is a question-answer task, querying and sending , by the speech interaction system, response information of the next task to a user terminal at a preset time before execution time of the next task arrives, such that the user terminal outputs the response information when the execution time of the next task arrives.
A wireless communication method, comprising: receiving (S1120), by a first control device, a first synchronization signal from a second control device; and further comprising: determining (S1130), by the first control device, synchronization information of a first system to which the first control device belongs according to the first synchronization signal, wherein the first system is a communication sub-system formed by the first control device and at least one terminal controlled by the first control device; receiving (S1140), by the first control device, a first channel transmitted by the second control device; and determining (S1150), by the first control device, first resource-configuration-information of the first system to which the first control device belongs according to the first channel. receiving (S1120), by a first control device, a first synchronization signal from a second control device; and further comprising: determining (S1130), by the first control device, synchronization information of a first system to which the first control device belongs according to the first synchronization signal, wherein the first system is a communication sub-system formed by the first control device and at least one terminal controlled by the first control device; receiving (S1140), by the first control device, a first channel transmitted by the second control device; and determining (S1150), by the first control device, first resource-configuration-information of the first system to which the first control device belongs according to the first channel. determining (S1130), by the first control device, synchronization information of a first system to which the first control device belongs according to the first synchronization signal, wherein the first system is a communication sub-system formed by the first control device and at least one terminal controlled by the first control device; receiving (S1140), by the first control device, a first channel transmitted by the second control device; and determining (S1150), by the first control device, first resource-configuration-information of the first system to which the first control device belongs according to the first channel.
Neutron generator , comprising: ▪ a vacuum container with a first end and a second end , ▪ at least one ion source at the first end and/or the second end with a gas inlet , an ion outlet , an anode and an extraction cathode , and ▪ a central high-voltage electrode , ▪ wherein the ion outlet is designed as a capillary ▪ wherein the extraction cathode for extracting ions from the ion outlet is arranged downstream of the ion outlet ▪ wherein the central high-voltage electrode is arranged between the first end and the second end of the vacuum container and has at least one bore , ▪ wherein the central high-voltage electrode is arranged between the first end and the second end in such a way that ions emitted from a respective ion source at the first end or the second end pass through the at least one bore of the central high-voltage electrode and, before reaching the opposite end , reverse their direction of flight by action of the central high-voltage electrode and collide with ions from the relevant ion source , characterized in that the neutron generator further comprises at least one guide capillary made of an insulating material extending from at least one ion outlet to the central high-voltage electrode . ▪ a vacuum container with a first end and a second end , ▪ at least one ion source at the first end and/or the second end with a gas inlet , an ion outlet , an anode and an extraction cathode , and ▪ a central high-voltage electrode , ▪ wherein the ion outlet is designed as a capillary ▪ wherein the extraction cathode for extracting ions from the ion outlet is arranged downstream of the ion outlet ▪ wherein the central high-voltage electrode is arranged between the first end and the second end of the vacuum container and has at least one bore , ▪ wherein the central high-voltage electrode is arranged between the first end and the second end in such a way that ions emitted from a respective ion source at the first end or the second end pass through the at least one bore of the central high-voltage electrode and, before reaching the opposite end , reverse their direction of flight by action of the central high-voltage electrode and collide with ions from the relevant ion source ,
A computer implemented method comprising: performing resampling of image data according to a horizontal or vertical resampling scale factor, wherein the resampling comprises computation of a sample value at horizontal or vertical position i in a resampled array, and wherein the computation comprises: computing a derived horizontal or vertical sub-sample position x in a manner that is mathematically equivalent in result to the formula x = ( i ∗ C + D ) >> S, wherein C is derived by approximating a value equivalent to 2 S + F multiplied by an inverse of the horizontal or vertical resampling scale factor, and wherein F, C, D, and S are integer values.
A reservoir assembly for an e-vaping device , the reservoir assembly comprising: a reservoir configured to hold pre-vapor formulation, wherein the reservoir includes a fluid port extending through an outer housing of the reservoir ; a first bayonet connector assembly at an end of the reservoir ; and a conduit extending into a space defined by the first bayonet connector assembly , wherein the first bayonet connector assembly is configured to detachably couple with a second bayonet connector assembly of an outlet assembly to establish a bayonet interface connection between the reservoir and the outlet assembly , such that the conduit is in fluid communication with an exterior of the reservoir assembly through an interior of the outlet assembly ; and wherein the fluid port is isolated from the exterior of the reservoir assembly by the outlet assembly when the bayonet interface connection is established. a reservoir configured to hold pre-vapor formulation, wherein the reservoir includes a fluid port extending through an outer housing of the reservoir ; a first bayonet connector assembly at an end of the reservoir ; and a conduit extending into a space defined by the first bayonet connector assembly , wherein the first bayonet connector assembly is configured to detachably couple with a second bayonet connector assembly of an outlet assembly to establish a bayonet interface connection between the reservoir and the outlet assembly , such that the conduit is in fluid communication with an exterior of the reservoir assembly through an interior of the outlet assembly ; and wherein the fluid port is isolated from the exterior of the reservoir assembly by the outlet assembly when the bayonet interface connection is established.
A fibrinolytic nanogel, comprising: a crosslinked polymer network, fibrin binding moiety and tissue plasminogen activator, wherein the fibrinolytic nanogel is hollow particles.
A pharmaceutical composition comprising a liposome within which RNA encoding an immunogen of interest is encapsulated, wherein the liposome comprises at least one lipid which includes a polyethylene glycol moiety, such that polyethylene glycol is present on the liposome's exterior, wherein the average molecular mass of the polyethylene glycol is between 1kDa and 3kDa, wherein the pharmaceutical composition includes a Tris buffer.
A ceramic bonded body comprising: a first member ; a second member ; a joining layer between the first member and the second member ; and a covering layer covering the joining layer and extending from the first member to the second member , wherein the first member and the second member each comprise aluminum nitride-based ceramic, the joining layer and the covering layer each contain aluminum, calcium, yttrium, and oxygen, and in 100 mass% of all of the constituents in each of the joining layer and the covering layer , the aluminum is 21 mass% or more in terms of an oxide, the calcium is 21 mass% or more in terms of an oxide, and the sum of the aluminum and the calcium in terms of oxides is 86 mass% or more, and the covering layer has a larger content of yttrium in terms of an oxide than the joining layer . a first member ; a second member ; a joining layer between the first member and the second member ; and a covering layer covering the joining layer and extending from the first member to the second member , wherein the first member and the second member each comprise aluminum nitride-based ceramic, the joining layer and the covering layer each contain aluminum, calcium, yttrium, and oxygen, and in 100 mass% of all of the constituents in each of the joining layer and the covering layer , the aluminum is 21 mass% or more in terms of an oxide, the calcium is 21 mass% or more in terms of an oxide, and the sum of the aluminum and the calcium in terms of oxides is 86 mass% or more, and the covering layer has a larger content of yttrium in terms of an oxide than the joining layer .
A method for executing an authentication protocol and a certificate revocation status protocol, where a mobile terminal is without on-demand connectivity to an online certificate verification service, the method comprising: receiving a random nonce at a mobile terminal before authentication protocol execution between the mobile terminal and a certificate verifier device; sending, by the mobile terminal before authentication protocol execution between the mobile terminal and the certificate verifier device, the random nonce in revocation status request to the online certificate verification service when network connectivity to the online certificate verification service is available to the mobile terminal and receiving a revocation status response in response; receiving an authentication protocol request from the certificate verifier device after receiving the revocation status response from the online certificate verifier device, the authentication protocol request having a nonce of the authentication protocol; and sending, by the mobile terminal, the nonce of the authentication protocol in an authentication protocol response and the random nonce in the revocation status response to the certificate verifier device, to authenticate the mobile terminal with the certificate verifier device. receiving a random nonce at a mobile terminal before authentication protocol execution between the mobile terminal and a certificate verifier device; sending, by the mobile terminal before authentication protocol execution between the mobile terminal and the certificate verifier device, the random nonce in revocation status request to the online certificate verification service when network connectivity to the online certificate verification service is available to the mobile terminal and receiving a revocation status response in response; receiving an authentication protocol request from the certificate verifier device after receiving the revocation status response from the online certificate verifier device, the authentication protocol request having a nonce of the authentication protocol; and sending, by the mobile terminal, the nonce of the authentication protocol in an authentication protocol response and the random nonce in the revocation status response to the certificate verifier device, to authenticate the mobile terminal with the certificate verifier device.
Hob comprising a hob plate and comprising at least one heating device which is arranged beneath the hob plate, comprising: - a hob plate which is designed such that it transmits light in the wavelength range which is visible to the human eye, - IR-stimulable material (23a-e, 123) as an indicator light or lighting means which is formed in such a way that it can be excited to output light by light in the IR wavelength range, characterized in that : - the heating device has an electrical resistance heater and a support with thermal insulation, wherein the electrical resistance heater is arranged on the support with thermal insulation, - the IR-stimulable material (23a-d, 123) is arranged on the resistance heater and/or on the thermal insulation and/or on an additional support. - a hob plate which is designed such that it transmits light in the wavelength range which is visible to the human eye, - IR-stimulable material (23a-e, 123) as an indicator light or lighting means which is formed in such a way that it can be excited to output light by light in the IR wavelength range, - the heating device has an electrical resistance heater and a support with thermal insulation, wherein the electrical resistance heater is arranged on the support with thermal insulation, - the IR-stimulable material (23a-d, 123) is arranged on the resistance heater and/or on the thermal insulation and/or on an additional support.
A hardware based or software based method for scheduling and reordering instructions at an allocation/issue stage of a microprocessor, the method comprising: accessing an input sequence of instructions; wherein the method is characterized by : scanning the input sequence of instructions to locate true dependencies and flagging said true dependencies; scanning the input sequence of instructions to locate output dependencies and flagging said output dependencies; scanning the input sequence of instructions to locate anti-dependencies and flagging said anti-dependencies; populating a dependency matrix in accordance with said true dependencies, said output dependencies and said anti-dependencies; moving instructions flagged as true dependencies into a common group of instructions based on examining the dependency matrix to reorder the input sequence of instructions; and using register renaming to remove instructions flagged as anti-dependencies; accessing an input sequence of instructions; wherein the method is characterized by : scanning the input sequence of instructions to locate true dependencies and flagging said true dependencies; scanning the input sequence of instructions to locate output dependencies and flagging said output dependencies; scanning the input sequence of instructions to locate anti-dependencies and flagging said anti-dependencies; populating a dependency matrix in accordance with said true dependencies, said output dependencies and said anti-dependencies; moving instructions flagged as true dependencies into a common group of instructions based on examining the dependency matrix to reorder the input sequence of instructions; and using register renaming to remove instructions flagged as anti-dependencies; scanning the input sequence of instructions to locate true dependencies and flagging said true dependencies; scanning the input sequence of instructions to locate output dependencies and flagging said output dependencies; scanning the input sequence of instructions to locate anti-dependencies and flagging said anti-dependencies; populating a dependency matrix in accordance with said true dependencies, said output dependencies and said anti-dependencies; moving instructions flagged as true dependencies into a common group of instructions based on examining the dependency matrix to reorder the input sequence of instructions; and using register renaming to remove instructions flagged as anti-dependencies;
A method for routing an interaction utilizing language assignment, in a contact center operation system which comprises at least an interactive voice response system, interaction routing means, and a plurality of endpoints, comprising the steps of: a. receiving an inbound interaction by the contact center operation system wherein the inbound interaction is received at a first endpoint of the plurality of endpoints in the contact center operation system; b. performing, by the first endpoint, the language assignment of the inbound interaction based on the interaction's location of origin, wherein the language assignment comprises a reference means comprising a plurality of language tags in an order of precedence; and c. routing the inbound interaction based on the reference means to a subsequent endpoint in the plurality of endpoints in the contact center operation system, wherein the reference means is referenced by the system to determine a language appropriate response route for serving the interaction according to the language assignment. a. receiving an inbound interaction by the contact center operation system wherein the inbound interaction is received at a first endpoint of the plurality of endpoints in the contact center operation system; b. performing, by the first endpoint, the language assignment of the inbound interaction based on the interaction's location of origin, wherein the language assignment comprises a reference means comprising a plurality of language tags in an order of precedence; and c. routing the inbound interaction based on the reference means to a subsequent endpoint in the plurality of endpoints in the contact center operation system, wherein the reference means is referenced by the system to determine a language appropriate response route for serving the interaction according to the language assignment.