mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: transmitting an initialization command , by a processor of a computing device , to a power tool configured with a secure element , wherein the secure element is a digital key storage unit configured to generate a private key and a corresponding public key upon receiving the initialization command; receiving the corresponding public key by the processor of the computing device ; tagging the corresponding public key with a unique identification number associated with the power tool by the processor of the computing device ; and storing the corresponding public key within a global database , wherein the corresponding public key in the global database is accessed by a plurality of devices in a drilling system to verify whether a received data package is associated with the unique identification number of the power tool . transmitting an initialization command , by a processor of a computing device , to a power tool configured with a secure element , wherein the secure element is a digital key storage unit configured to generate a private key and a corresponding public key upon receiving the initialization command; receiving the corresponding public key by the processor of the computing device ; tagging the corresponding public key with a unique identification number associated with the power tool by the processor of the computing device ; and storing the corresponding public key within a global database , wherein the corresponding public key in the global database is accessed by a plurality of devices in a drilling system to verify whether a received data package is associated with the unique identification number of the power tool .
A venturi absorber tube for absorbing sulfur trioxide in sulfuric acid, whereby the venturi features a converging section , a throat section and a diverging section , with a first conduit at its top through which hot process gas containing sulfur trioxide is introduced, with a device for introducing sulfuric acid by spraying sulfuric acid co-currently to the sulfur trioxide gas stream, a conduit to withdraw liquid parts and a conduit to withdraw gaseous parts, an internal device located in or below the diverging section , characterized in that the internal device is a sieve tray, a multi-venturi array or a self-supporting dome featuring a convex shape and that the effective open space ratio of the internal device is between 40 and 80 %, i.e. a fraction of 0.40 to 0.80, preferably between 0.50 and 0.70.
A device consisting of an integrated circuit comprising a license verification circuit for selectively activating one or more protected circuits of a device , the license verification circuit being adapted to: communicate outside of the device an identifier (DEVICE ID) associated with the device ; receive a first license; derive a device key (DEVICE KEY) from the identifier (DEVICE ID) by applying a key derivation function; decrypt the first license using the device key and a symmetrical encryption/decryption algorithm in order to extract a first verification code; and activate a first protected circuit by loading an activation code into an activation register associated with the first protected circuit based on a verification of the first verification code. communicate outside of the device an identifier (DEVICE ID) associated with the device ; receive a first license; derive a device key (DEVICE KEY) from the identifier (DEVICE ID) by applying a key derivation function; decrypt the first license using the device key and a symmetrical encryption/decryption algorithm in order to extract a first verification code; and activate a first protected circuit by loading an activation code into an activation register associated with the first protected circuit based on a verification of the first verification code.
A device for treating products by curing, comprising at least one heating module and at least one cooling module , as well as conveying means for conveying said products through said modules , said conveying means comprising supports on which said products are positioned, said modules assuming the form of at least one column and reciprocally comprising heating and cooling means located at sections of each column , said device further comprising means for managing the curing conditions of each of said heating and cooling means , as well as for managing the speed of advance of said conveying means , characterized in that - each support comprises a unique identifier; - said management means comprise means for recording the curing conditions experienced by each support at each section , based on said speed of advance; - said management means comprise means for determining curing conditions experienced by said products positioned on each support ; - said heating and cooling means consist of at least water injection nozzles and said supports comprise lateral channeling means of the water injected by each nozzle , such that the water thus channeled flows over the sides of each support . - each support comprises a unique identifier; - said management means comprise means for recording the curing conditions experienced by each support at each section , based on said speed of advance; - said management means comprise means for determining curing conditions experienced by said products positioned on each support ; - said heating and cooling means consist of at least water injection nozzles and said supports comprise lateral channeling means of the water injected by each nozzle , such that the water thus channeled flows over the sides of each support .
A sheet-fed printing unit , wherein the sheet-fed printing unit is formed as a simultaneous sheet printing unit and has a first cylinder of the first type formed as a collecting cylinder and a second cylinder of the first type formed as a collecting cylinder , which have direct contact with one another and/or are arranged to interact directly with one another and each of which have an axis of rotation (216; 217), and wherein an axial plane (E1) is a plane (E1) containing both the axis of rotation of the first cylinder of the first type as well as the axis of rotation of the second cylinder of the first type, and wherein a reference plane (E2) is a plane (E2) containing at least one axis of rotation (216; 217) of such a cylinder (201; 202) of the first type and having a horizontal surface normal, and wherein these two cylinders (201; 202) of the first type are arranged, at least during a processing operation, such that the intersection angle between the axial plane (E1), on the one hand, and the reference plane (E2), on the other hand, is no more than 0.5°, and wherein at least one inking unit is arranged per form cylinder (203; 204; 206; 207), which inking unit has at least one respective ink reservoir , and wherein at least one reservoir sectional plane (S3) is established for each ink reservoir , said sectional plane intersecting this ink reservoir as well as containing the axis of rotation (222; 223; 224; 226) of the particular form cylinder (203; 204; 206; 207) which interacts with and/or is capable of interacting with the particular inking unit which contains this ink reservoir , characterized in that an intersection angle between the reference plane (E2), on the one hand, and at least one such reservoir sectional plane (S3) of the respective ink reservoir , on the other hand, amounts to no more than 35°, and in that the simultaneous sheet printing unit has precisely four form cylinders (203; 204; 206; 207), of which precisely two cylinders have direct contact with and/or are arranged to interact directly with the first collecting cylinder and of which the other two cylinders have direct contact with and/or are arranged to interact directly with the second collecting cylinder .
A method for priming at least a portion of a fluid circuit of a biological fluid processing system comprising: a. pumping a priming solution from one or more containers of priming solution through a portion of said fluid circuit ; b. delivering a selected volume of priming solution through a source line of said fluid circuit to one or more containers (102, 102a-c) of a biological fluid containing biological cells, wherein the priming solution serves to remove air that may reside within the flow paths of the circuit; c. pausing the delivery of the priming solution for a selected period of time; d. mixing said priming solution with said biological fluid containing biological cells in said source container(s); and e. delivering a selected volume of priming solution to a source line of said fluid circuit after said pausing of said priming solution delivery for a selected period of time. a. pumping a priming solution from one or more containers of priming solution through a portion of said fluid circuit ; b. delivering a selected volume of priming solution through a source line of said fluid circuit to one or more containers (102, 102a-c) of a biological fluid containing biological cells, wherein the priming solution serves to remove air that may reside within the flow paths of the circuit; c. pausing the delivery of the priming solution for a selected period of time; d. mixing said priming solution with said biological fluid containing biological cells in said source container(s); and e. delivering a selected volume of priming solution to a source line of said fluid circuit after said pausing of said priming solution delivery for a selected period of time.
Mixer for an exhaust system of an internal combustion engine, comprising a mixer body with a plurality of flow deflection elements extending radially outwards from a mixer body center in relation to a mixer longitudinal axis (L) as well as a carrier area , which adjoins the mixer body radially on the outside and encloses the mixer longitudinal axis (L) in a ring-like manner, the carrier area comprising: - a mixer connection area for connecting the mixer to an exhaust system component to be positioned adjoining the mixer , - a pipe connection wall with a wall inner surface , which pipe connection wall adjoins the mixer connection area ; - a mixer body carrier wall with a wall outer surface , which mixer body carrier wall adjoins the mixer connection area , carries the mixer body and is enclosed by the pipe connection wall radially on the outside, characterized by - a first transition surface , which adjoins the wall outer surface and the wall inner surface , wherein the first transition surface is arched continuously concavely between the wall inner surface and the wall outer surface and axially defines a ring-like pipe-mounting intermediate space formed between the pipe connection wall and the mixer body carrier wall . - a mixer connection area for connecting the mixer to an exhaust system component to be positioned adjoining the mixer , - a pipe connection wall with a wall inner surface , which pipe connection wall adjoins the mixer connection area ; - a mixer body carrier wall with a wall outer surface , which mixer body carrier wall adjoins the mixer connection area , carries the mixer body and is enclosed by the pipe connection wall radially on the outside, characterized by - a first transition surface , which adjoins the wall outer surface and the wall inner surface , wherein the first transition surface is arched continuously concavely between the wall inner surface and the wall outer surface and axially defines a ring-like pipe-mounting intermediate space formed between the pipe connection wall and the mixer body carrier wall .
A sintered foam structure formed from foam beads that are formed from a composition comprising: an ionomer comprising, in polymerized form, ethylene, an unsaturated acid comonomer, and, optionally, an acrylate comonomer, wherein the unsaturated acid comonomer is completely or partially neutralized with a neutralizing agent, and wherein the composition comprises from 25 wt.% to 100 wt.% of the ionomer. an ionomer comprising, in polymerized form, ethylene, an unsaturated acid comonomer, and, optionally, an acrylate comonomer, wherein the unsaturated acid comonomer is completely or partially neutralized with a neutralizing agent, and
An applicator for positioning a sleeve accessory on a medical speculum , the sleeve accessory having a cylindrical body forming a lumen, the applicator having a flat, oblong shape with a distal end and a proximal end , the proximal end being broader than the distal end ; wherein the distal end comprises a first prong and a second prong ; wherein at least a portion of the distal end of the applicator is configured to slide into the lumen of the sleeve accessory to facilitate positioning of the sleeve accessory on the medical speculum ; and characterized in that the proximal end of the applicator includes a tab , and wherein the tab is configured to be tucked over a top edge of a proximal end of the sleeve accessory .
A parking assist method used in a parking assist apparatus comprising a control device , the control device being configured to: execute a detection process for a parking space that satisfies a predefined parking condition wherein the predefined parking condition is defined by predetermined criteria to be satisfied by a parking space to be detected; and when a parking space satisfying the parking condition is detected, present the parking space as a first parking space (Mr); characterized in that the control device is further configured to determine a target parking space input by an operator (106: YES); determine whether the target parking space input by the operator is the first parking space presented and, if this is not the case (S1: YES), change the predefined parking condition by relaxing said predetermined criteria and re-execute (S3) the detection process in order to detect the target parking space satisfying the changed parking condition as first parking space. execute a detection process for a parking space that satisfies a predefined parking condition wherein the predefined parking condition is defined by predetermined criteria to be satisfied by a parking space to be detected; and when a parking space satisfying the parking condition is detected, present the parking space as a first parking space (Mr); characterized in that the control device is further configured to determine a target parking space input by an operator (106: YES); determine whether the target parking space input by the operator is the first parking space presented and, if this is not the case (S1: YES), change the predefined parking condition by relaxing said predetermined criteria and re-execute (S3) the detection process in order to detect the target parking space satisfying the changed parking condition as first parking space.
A method for monitoring a water metering point, said metering point comprising a motorised valve , the electric motor means of which are housed in a casing that is closed by a closure element using mechanical connection means , said method being characterised in that the mechanical connection means accessible from outside the casing are protected by a cover and access to said mechanical connection means is monitored by monitoring the movement of the cover and, if the cover moves, one or more operation(s) is/are triggered even before the closure element is separated from the casing .
A synthesis device, more particularly a synthesis device for exothermic reactions with heterogeneous catalysis, this synthesis device comprising the following components: a) a pressure vessel which comprises an inlet and an outlet for a fluid; b) at least one catalyst bed which is disposed within the pressure vessel ; c) at least one heat exchanger , the heat exchanger being disposed in the flow path of the fluid between the inlet of the pressure vessel and the catalyst bed in such a way that the fluid flowing into the catalyst bed is heated by the fluid flowing out of the catalyst bed ; the heat exchanger being disposed in the synthesis device outside the reactor volume occupied by the catalyst bed in the pressure vessel , characterized in that the heat exchanger is configured as a plate heat exchanger and at least one catalyst bed has a cylinder ring form or hollow cylindrical configuration and the plate heat exchanger is disposed on the inside of the hollow cylindrical catalyst bed in such a way that the bed surrounds the plate heat exchanger concentrically. a) a pressure vessel which comprises an inlet and an outlet for a fluid; b) at least one catalyst bed which is disposed within the pressure vessel ; c) at least one heat exchanger , the heat exchanger being disposed in the flow path of the fluid between the inlet of the pressure vessel and the catalyst bed in such a way that the fluid flowing into the catalyst bed is heated by the fluid flowing out of the catalyst bed ;
A switching regulator for operating one illuminant or a plurality of illuminants, having a control circuit , which is designed to control a switch of the switching regulator , which switch is coupled to a coil, means for directly or indirectly detecting the current flowing through the coil and for supplying a first signal, which reproduces this current, to the control circuit , wherein the switch is switched off, if the first signal indicates, that the current has reached a switch-off threshold (I Peak ), wherein the control circuit is designed by means of controlling the switch to operate the switching regulator - in a limit operating mode, if the load formed by the illuminant or illuminants is so high, that the resulting switch-off threshold (I Peak ) lies above a predetermined minimum value of the switch-off threshold (I Peak ), and - to operate in a discontinuous operating mode with the minimum value of the switch-off threshold (I Peak ), if the load formed by the illuminant or illuminants is so low, that the switch-off threshold (I Peak ) resulting in a limit operating mode would lie below the predetermined minimum value of the switch-off threshold (I Peak ) wherein the control circuit is configured so that both in the limit operating mode as well as in the discontinuous operating mode it controls the switch on the basis of the first signal supplied, which reproduces the current, characterized in that the control circuit is configured, in the discontinuous operating mode to determine an average current value I avg for the time period T Period , in which the control circuit switches the switch on, off and back on again, in accordance with the equation: I avg = 0.5 ⋅ I Peak ⋅ T Active / T Period wherein I Peak is the predetermined minimum value of the switch-off threshold (I Peak ) and T Active is the sum of the switch-on time period T On and the switch-off time period Toff of the switch , and the control circuit is configured in the discontinuous operating mode to determine the time of the switching back on of the switch on the basis of the determined average current value I avg . - in a limit operating mode, if the load formed by the illuminant or illuminants is so high, that the resulting switch-off threshold (I Peak ) lies above a predetermined minimum value of the switch-off threshold (I Peak ), and - to operate in a discontinuous operating mode with the minimum value of the switch-off threshold (I Peak ), if the load formed by the illuminant or illuminants is so low, that the switch-off threshold (I Peak ) resulting in a limit operating mode would lie below the predetermined minimum value of the switch-off threshold (I Peak )
An object detection system, comprising: an enclosure formed by a sidewall to define an interaction volume ; at least one light source adapted to illuminate the interaction volume with a light; at least one light sensor adapted to sense disturbances in light intensity due to scattering, reflection, or absorption of the light by objects within the interaction volume ; and a controller that is configured to detect an object or object behavior within the interaction volume based on the disturbances in the light intensity and to time stamp signals received from the at least one light sensor ; wherein the objects are insects; characterized in that : the controller is further configured to detect and record a sequence, the sequence comprising a first time at which an insect is not present in the interaction volume , a second time at which an insect is present in the interaction volume , and a third time at which the insect is not present in the interaction volume ; and the detection of the sequence indicates a count of an insect in the interaction volume . an enclosure formed by a sidewall to define an interaction volume ; at least one light source adapted to illuminate the interaction volume with a light; at least one light sensor adapted to sense disturbances in light intensity due to scattering, reflection, or absorption of the light by objects within the interaction volume ; and a controller that is configured to detect an object or object behavior within the interaction volume based on the disturbances in the light intensity and to time stamp signals received from the at least one light sensor ; wherein the objects are insects; characterized in that : the controller is further configured to detect and record a sequence, the sequence comprising a first time at which an insect is not present in the interaction volume , a second time at which an insect is present in the interaction volume , and a third time at which the insect is not present in the interaction volume ; and the detection of the sequence indicates a count of an insect in the interaction volume . the controller is further configured to detect and record a sequence, the sequence comprising a first time at which an insect is not present in the interaction volume , a second time at which an insect is present in the interaction volume , and a third time at which the insect is not present in the interaction volume ; and the detection of the sequence indicates a count of an insect in the interaction volume .
A processor-implemented method for testing a device , the method comprising: determining a plurality of test cases for testing the device ; accessing a plurality of test scripts corresponding to the plurality of test cases; determining a plurality of primitive executables for each test script corresponding to the plurality of test cases, by: determining a plurality of steps for each test script; determining one or more primitive executables for each of the plurality of steps, wherein each primitive executable corresponds to an atomic operation to test the device ; selecting a candidate test case from the plurality of test cases based on time for execution, component coverage and resource requirement of the plurality of primitive executables; transmitting Z for not, based on the availability of the device , the one or more primitive executables for a test script corresponding to the candidate test case in serial or parallel manner to the device for execution and receiving a result corresponding to the execution of the each of the one or more primitive executables. determining a plurality of test cases for testing the device ; accessing a plurality of test scripts corresponding to the plurality of test cases; determining a plurality of primitive executables for each test script corresponding to the plurality of test cases, by: determining a plurality of steps for each test script; determining one or more primitive executables for each of the plurality of steps, wherein each primitive executable corresponds to an atomic operation to test the device ; determining a plurality of steps for each test script; determining one or more primitive executables for each of the plurality of steps, wherein each primitive executable corresponds to an atomic operation to test the device ; selecting a candidate test case from the plurality of test cases based on time for execution, component coverage and resource requirement of the plurality of primitive executables; transmitting Z for not, based on the availability of the device , the one or more primitive executables for a test script corresponding to the candidate test case in serial or parallel manner to the device for execution and receiving a result corresponding to the execution of the each of the one or more primitive executables.