mhurhangee/patent-ind-claim-en huggingface dataset:
A computer program product, comprising a computer readable hardware storage device storing a computer readable program code, the computer readable program code comprising an algorithm that when executed by a computer processor of a computing system implements a method for monitoring a use of language of a patient, the method comprising: obtaining, by the processor, a verbal response of the patient to a stimulus; converting, by the processor, the verbal response into a response text; generating, by the processor, verbal response data of pitch, cadence, and/or pause length between words of the verbal response by analyzing the verbal response; generating, by the processor, textual response data by analyzing the response text; forming, by the processor, a response vector based on the verbal response data and the textual response data; and determining, by the processor, a reply to the patient based on the response vector; and wherein the method is characterized in that the textual response data is generated by analyzing at least one of a semantic component and a grammatical component of the response text to determine a meaning of words within the verbal response to the stimulus and by comparing the meaning of the words within the verbal response to the stimulus. obtaining, by the processor, a verbal response of the patient to a stimulus; converting, by the processor, the verbal response into a response text; generating, by the processor, verbal response data of pitch, cadence, and/or pause length between words of the verbal response by analyzing the verbal response; generating, by the processor, textual response data by analyzing the response text; forming, by the processor, a response vector based on the verbal response data and the textual response data; and determining, by the processor, a reply to the patient based on the response vector; and wherein the method is characterized in that the textual response data is generated by analyzing at least one of a semantic component and a grammatical component of the response text to determine a meaning of words within the verbal response to the stimulus and by comparing the meaning of the words within the verbal response to the stimulus.
Plug-in connector assembly , comprising a plug-in connector having a contact carrier , and a mating plug-in connector which can be mated with the plug-in connector and has a contact carrier , wherein the mating plug-in connector , in the plug-in region, comprises a chamfer which corresponds to the geometry of the plug-in connector in such a way that, during the mating process, the plug-in connector is inserted into the mating plug-in connector in a predefined position, wherein the plug-in connector comprises two opposing tongues , which run axially in the plug-in direction, and the mating plug-in connector comprises two opposing grooves , or vice versa, wherein a tongue corresponds to its associated groove in each case, characterized in that the two tongues are configured with different lengths, so that the ends of the tongues are mutually offset in the region of the plug-in face of the contact carrier .
A shape measurement apparatus configured to measure surface roughness distribution of a strip-shaped body (S) comprising: a light source configured to irradiate a surface of a moving strip-shaped body (S) with linear light at a prescribed angle of incidence from an upstream side or a downstream side in a movement direction of the strip-shaped body (S); a screen configured such that reflected light of the linear light on the surface of the strip-shaped body (S) is projected on the screen ; an imaging unit configured to image the reflected light of the linear light projected on the screen ; and an arithmetic processing unit configured to specify surface roughness distribution of the strip-shaped body (S) on the basis of width distribution of a light strip of the reflected light of the linear light imaged by the imaging unit and the prescribed angle of incidence, wherein the prescribed angle of incidence is set in accordance with target surface roughness of the surface of the strip-shaped body (S). a light source configured to irradiate a surface of a moving strip-shaped body (S) with linear light at a prescribed angle of incidence from an upstream side or a downstream side in a movement direction of the strip-shaped body (S); a screen configured such that reflected light of the linear light on the surface of the strip-shaped body (S) is projected on the screen ; an imaging unit configured to image the reflected light of the linear light projected on the screen ; and an arithmetic processing unit configured to specify surface roughness distribution of the strip-shaped body (S) on the basis of width distribution of a light strip of the reflected light of the linear light imaged by the imaging unit and the prescribed angle of incidence, wherein the prescribed angle of incidence is set in accordance with target surface roughness of the surface of the strip-shaped body (S).
A computer-implemented method, comprising: presenting, by a computing system, visual content on a display device that is covered with a transparent material that defines a depression in a planar surface of the transparent material; detecting , by the computing system, that user input has contacted or is about to contact the transparent material at a location of the depression in the planar surface of the transparent material; vibrating , by the computing system in response to the computing system detecting that the user input has contacted or is about to contact the transparent material at the location of the depression, the transparent material at the location of the depression using one or more transducers, wherein the computing system vibrating the transparent material at the location of the depression causes an effect in which the depression in the transparent material is perceived by a user providing the user input to have substantially no depth with respect to the planar surface of the transparent material, in distinction to the depression providing a perceivable depth when user input contacts the depression in the transparent material and the computing system does not vibrate the transparent material at the location of the depression; and ceasing , by the computing system, the vibrating of the transparent material at the location of the depression in response to the computing system determining that criteria for ceasing the vibrating has been satisfied. presenting, by a computing system, visual content on a display device that is covered with a transparent material that defines a depression in a planar surface of the transparent material; detecting , by the computing system, that user input has contacted or is about to contact the transparent material at a location of the depression in the planar surface of the transparent material; vibrating , by the computing system in response to the computing system detecting that the user input has contacted or is about to contact the transparent material at the location of the depression, the transparent material at the location of the depression using one or more transducers, wherein the computing system vibrating the transparent material at the location of the depression causes an effect in which the depression in the transparent material is perceived by a user providing the user input to have substantially no depth with respect to the planar surface of the transparent material, in distinction to the depression providing a perceivable depth when user input contacts the depression in the transparent material and the computing system does not vibrate the transparent material at the location of the depression; and ceasing , by the computing system, the vibrating of the transparent material at the location of the depression in response to the computing system determining that criteria for ceasing the vibrating has been satisfied.
A personal care composition, comprising: a soluble zinc polyphosphate complex made by combining ingredients comprising an organic zinc salt chosen from the group comprising zinc lactate, zinc citrate, zinc acetate, zinc gluconate, zinc malate and zinc tartrate, a plurality of long chain polyphosphates having 6 to 30 phosphate polymer units, and an aqueous solvent; wherein the relative amount of the organic zinc salt and the long chain polyphosphates provides a phosphorus atom to zinc atom mole ratio of at least 6:1 to 20:1; and wherein the composition is at least one of an antiperspirant or a deodorant. a soluble zinc polyphosphate complex made by combining ingredients comprising an organic zinc salt chosen from the group comprising zinc lactate, zinc citrate, zinc acetate, zinc gluconate, zinc malate and zinc tartrate, a plurality of long chain polyphosphates having 6 to 30 phosphate polymer units, and an aqueous solvent; wherein the relative amount of the organic zinc salt and the long chain polyphosphates provides a phosphorus atom to zinc atom mole ratio of at least 6:1 to 20:1; and wherein the composition is at least one of an antiperspirant or a deodorant.
Piston pump , in particular high-pressure fuel pump for an internal combustion engine, having a pump housing , a pump piston and a delivery chamber delimited at least also by the pump piston and the pump housing , wherein a seal for sealing off the delivery chamber and a separate guide element for guiding the pump piston are arranged between the pump piston and the pump housing , characterized in that the seal is in the form of a metal sleeve with a radially outwardly projecting flange , wherein the flange has a clearance at its radially outer edge with respect to the peripheral wall of the recess accommodating the pump piston .
Method for producing a metalworking tool which has a first partial mould , wherein a main body made of metal is provided for producing the first partial mould , wherein a surface of the main body is divided into a plurality of regions, wherein at least one region is roughened, and wherein a layer of plastic which has at least one material property is applied to the at least one region , characterised in that at least one casting mould is arranged on the at least one region of the surface of the main body , wherein the at least one casting mould and the at least one machined region of the surface enclose at least one cavity which forms a negative mould for the plastic to be applied to the at least one region , wherein plastic is filled into the at least one cavity and cured, wherein the plastic, on the at least one region , is bonded to the surface of the main body and applied thereto while providing the layer .
A method of transmission scheduling implemented by a transmitting node , the method comprising: transmitting a message instructing a radio node that data will be transmitted to the radio node according to the same Downlink Control Information (DCI) each period , the message comprising a duration of the period ; transmitting the DCI to the radio node for the periodic transmission ; and characterized by only receiving a Hybrid Automatic Repeat Request (HARQ) acknowledgement (ACK) from the radio node in response to transmitting padding data to the radio node according to the DCI in an initial data transmission of the periodic transmission or in response to transmitting a particular MAC Control Element to the radio node according to the DCI in the initial data transmission of the periodic transmission . transmitting a message instructing a radio node that data will be transmitted to the radio node according to the same Downlink Control Information (DCI) each period , the message comprising a duration of the period ; transmitting the DCI to the radio node for the periodic transmission ; and characterized by only receiving a Hybrid Automatic Repeat Request (HARQ) acknowledgement (ACK) from the radio node in response to transmitting padding data to the radio node according to the DCI in an initial data transmission of the periodic transmission or in response to transmitting a particular MAC Control Element to the radio node according to the DCI in the initial data transmission of the periodic transmission .
A packaging system for at least one product preparation component, comprising a first container for storing a first product preparation component, a second container for optionally storing at least one further product preparation component, and a closure device which sealingly closes an opening of the first container with respect to the surroundings by means of a closure element and has a coupling apparatus in order to couple the second container to the closure device and in order to establish a fluidic connection between the first container and the second container , wherein - the closure element and the coupling apparatus are non-detachably joined together as separate components by latching in order to form the closure device , - the closure element , with the exception of when it has been destroyed, is non-detachably connected to the first container by means of a fastening sleeve by latching or combined screwing/latching, - the closure element comprises a cap which closes the opening of the first container in the initial state of the closure device characterized in that: - the coupling apparatus has a thread for screwing to the second container , - the cap is connected to a fastening sleeve of the closure element via a predetermined breaking point and is axially movable relative to the coupling apparatus with respect to an axis of the closure device and is arranged so as to be secured against rotation about the axis , so that the cap follows each rotation of the coupling apparatus about the axis , and wherein the cap is connected to the first container via a thread which has a direction of rotation counter to the thread of the coupling apparatus . - the closure element and the coupling apparatus are non-detachably joined together as separate components by latching in order to form the closure device , - the closure element , with the exception of when it has been destroyed, is non-detachably connected to the first container by means of a fastening sleeve by latching or combined screwing/latching, - the closure element comprises a cap which closes the opening of the first container in the initial state of the closure device - the coupling apparatus has a thread for screwing to the second container , - the cap is connected to a fastening sleeve of the closure element via a predetermined breaking point and is axially movable relative to the coupling apparatus with respect to an axis of the closure device and is arranged so as to be secured against rotation about the axis , so that the cap follows each rotation of the coupling apparatus about the axis , and wherein the cap is connected to the first container via a thread which has a direction of rotation counter to the thread of the coupling apparatus .
Connector plate for a vacuum cleaner dust container , the connector plate , comprising an opening and being adapted to correctly position the opening within a vacuum cleaner by the connector plate being inserted in a holder of the vacuum cleaner, the connector plate comprising a central portion surrounding said opening, and an extending portion projecting from the central portion in the plane thereof, the connector plate further comprising a shutter made in one piece with the connector plate, the shutter being slidable to cover the opening, wherein the shutter is connected to the central portion at the side of the extending portion , the extending portion , comprising lateral arm portions extending from the central portion , wherein the shutter is attached to the central portion in between the arm portions characterized in that a bridge portion interconnects the arm portions at their distal ends.
A lithium ion battery, comprising a negative electrode sheet and a positive electrode sheet, wherein the positive electrode sheet includes a positive current collector and a positive electrode film provided on at least one surface of the positive current collector and comprising a positive active material, wherein the positive active material comprises one or more selected from lithium nickel cobalt manganese oxide, olivine-type lithium-containing phosphates; the negative electrode sheet comprises: a negative current collector and a negative electrode film provided on at least one surface of the negative current collector and comprising a negative active material, wherein the negative electrode film satisfies: 8≤P×[(30-Dv50)/2+2×(10-M)]≤12; wherein, P represents a porosity of the negative electrode film; Dv50 represents a volume median particle diameter of the negative active material, and a unit is μm; M represents a capacity per unit area of the negative electrode film, and a unit is mAh/cm 2 ; and wherein the capacity M per unit area of the negative electrode film is 0.5mAh/cm 2 ~7.0mAh/cm 2 , characterized in that the negative electrode active material comprises graphite and in that a cohesive force F between the negative electrode film and the negative current collector and the capacity M per unit area of the negative electrode film satisfy: M/3≤F≤6M, wherein a unit of F is N/m. the positive electrode sheet includes a positive current collector and a positive electrode film provided on at least one surface of the positive current collector and comprising a positive active material, wherein the positive active material comprises one or more selected from lithium nickel cobalt manganese oxide, olivine-type lithium-containing phosphates; the negative electrode sheet comprises: a negative current collector and a negative electrode film provided on at least one surface of the negative current collector and comprising a negative active material, wherein the negative electrode film satisfies: 8≤P×[(30-Dv50)/2+2×(10-M)]≤12; wherein, P represents a porosity of the negative electrode film; Dv50 represents a volume median particle diameter of the negative active material, and a unit is μm; M represents a capacity per unit area of the negative electrode film, and a unit is mAh/cm 2 ; and wherein the capacity M per unit area of the negative electrode film is 0.5mAh/cm 2 ~7.0mAh/cm 2 , a negative current collector and a negative electrode film provided on at least one surface of the negative current collector and comprising a negative active material, wherein the negative electrode film satisfies: 8≤P×[(30-Dv50)/2+2×(10-M)]≤12; wherein, P represents a porosity of the negative electrode film; Dv50 represents a volume median particle diameter of the negative active material, and a unit is μm; M represents a capacity per unit area of the negative electrode film, and a unit is mAh/cm 2 ; and wherein the capacity M per unit area of the negative electrode film is 0.5mAh/cm 2 ~7.0mAh/cm 2 ,
Steel cable comprising steel wires and comprising at least one optical waveguide which is surrounded by the steel wires , is provided for detecting load-related cable elongations, and has a glass fibre surrounded by a plastics sheath , characterised in that the steel wires (2", 12") closest to the optical waveguide abut the optical waveguide in a cross-sectional view and the optical waveguide and at least the steel wires (2", 12") closest to the optical waveguide are pressed together and compressed, which closest steel wires (2", 12") press permanently into the lateral surface (M) of said waveguide, as a result of which the cross-sectional shape of the lateral surface (M) of the optical waveguide deviates from an unloaded shape, in particular from a circular shape, and the optical waveguide is clamped continuously along at least a part of its longitudinal extension (Z) in a force-fitting and form-fitting manner, without slippage, between the steel wires (2", 12") closest to it.
Method for distributing and using quantum secure cryptographic keys, that is to say QSKs, in a communication network, namely in a network having at least three network nodes, wherein at least two network nodes, forming a QKD association, in the network are connected to one another by way of a QKD connection, namely by way of a quantum key distribution connection for producing and using shared QSKs, which takes place using quantum mechanical effects, for the purpose of securing connections and for the purpose of encrypted data transmission, and wherein at least one network node of the network is a non-QKD-supported node, that is to say a network node that does not belong to a QKD association, characterized in that a completely disjunct connection of this kind is created for all non-QKD-supported nodes that are not already connected to a QKD association by way of two disjunct network paths, and in that a QKD association generates a number of first QSKs by means of which, through repeated XORing of single instances of these QSKs with one another and with a respective one of a plurality of further QSKs D[1,n] generated by this QKD association, single instances of the QSKs D[1,n] are successively distributed to non-QKD-supported nodes for the purpose of setting up quantum secure connections to other network nodes and for the purpose of encrypted data transmission via different network paths of their disjunct connection to the QKD association, wherein the generation and distribution of the QSKs takes place under the control of a central key management in cooperation with a local key management that is present at each network node.
A non-combustion type flavor inhaler comprising an atomizer atomizing an aerosol source without burning, a pushbutton , and a controller controlling a power output to the atomizer , wherein the controller is configured to start, in response to an input from the pushbutton by a user in a state that the aerosol source is not atomized, an operation of intermittently supplying a voltage to the atomizer so that a supply amount of aerosol generated by the atomizer increases, characterized in that , the controller is configured to stop the operation when a first duration has elapsed after the operation, so that the supply amount of aerosol generated by the atomizer decreases, the controller is configured to restart the operation so that the supply amount of aerosol generated by the atomizer increases, after a second duration has elapsed after the stopping of the operation due to the elapse of the first duration, the first duration is a time determined to prevent the supply amount of aerosol from exceeding an upper limit of a desired amount range, and the second duration is a time determined to prevent the supply amount of aerosol from falling below a lower limit of the desired amount range. the controller is configured to start, in response to an input from the pushbutton by a user in a state that the aerosol source is not atomized, an operation of intermittently supplying a voltage to the atomizer so that a supply amount of aerosol generated by the atomizer increases, characterized in that , the controller is configured to stop the operation when a first duration has elapsed after the operation, so that the supply amount of aerosol generated by the atomizer decreases, the controller is configured to restart the operation so that the supply amount of aerosol generated by the atomizer increases, after a second duration has elapsed after the stopping of the operation due to the elapse of the first duration, the first duration is a time determined to prevent the supply amount of aerosol from exceeding an upper limit of a desired amount range, and the second duration is a time determined to prevent the supply amount of aerosol from falling below a lower limit of the desired amount range.