mhurhangee/patent-ind-claim-en huggingface dataset:
A method for authenticating a user trusted identity (ID) by a verifier device, said user trusted identity being issued by an issuer having a public key, wherein the user has a user device which sends a message to the verifier device, said message comprising a transaction identifier (T id), and a user public key (Kpub) allocated to the user, wherein the verifier device retrieves a block chain transaction (T) comprising an issuer signature on the user trusted identity and the user public key, an encrypted key (e_K) and an encrypted identity (e_ID) from a block chain using the transaction identifier and verifies the transaction, wherein the encrypted key is generated by the user by encrypting a secret key with a first key encryption key it derives, in case of successful verification, the verifier device sends a challenge (C) to the user device which computes a response by signing the challenge using the user's private key and sends the response to the verifier device, the verifier device checks the user signature using the user public key and in case of successful checking of the user signature: the verifier device sends the encrypted key and a verifier public key (V_Kpub) to the user device, the user device derives a key encryption key (KEK) and retrieves the secret key (K) by decrypting the encrypted key using the key encryption key, then the user device encrypts the secret key using the verifier public key and sends the resulting new encrypted key (V_e_K) to the verifier device, the verifier device retrieves the secret key by decrypting the new encrypted key using a verifier private key, then the verifier device retrieves the user trusted identity by decrypting the encrypted identity using the secret key, the verifier device verifies the issuer signature using both the user trusted identity, the user public key and the issuer public key. the verifier device sends the encrypted key and a verifier public key (V_Kpub) to the user device, the user device derives a key encryption key (KEK) and retrieves the secret key (K) by decrypting the encrypted key using the key encryption key, then the user device encrypts the secret key using the verifier public key and sends the resulting new encrypted key (V_e_K) to the verifier device, the verifier device retrieves the secret key by decrypting the new encrypted key using a verifier private key, then the verifier device retrieves the user trusted identity by decrypting the encrypted identity using the secret key, the verifier device verifies the issuer signature using both the user trusted identity, the user public key and the issuer public key.
An interface including a surface , at least one actuator intended to apply a strain to said surface , and means for controlling said at least one actuator, said control means being intended to send to the actuator signals corresponding to the strains to be applied to said surface, said strains being determined by a time reversal method, the control means including a database of reversed pulse responses, characterized in that the control means also including a database of the acoustic lubrication effects including at least one continuous function representative of an acoustic lubrication effect, and means for convoluting a reversed pulse response by a continuous function, and wherein the control means are configured, to produce an acoustic lubrication in at least one given area of the surface, to generate at least one signal formed from a convolution of a reversed pulse response determined from the database of reversed pulse responses by a continuous function of the database of the acoustic lubrication effects.
An aqueous passivation composition for the treatment of zinc or zinc alloy coatings, said composition having a pH of from 6.5 to 9 and comprising, based on the weight of the composition: from 5 to 60 wt.% of a) at least one base polymer selected from acrylic polymers and non-ionic polyurethane polymers; from 0.1 to 2.5 wt.% of b) trivalent Cr(III) ions, calculated as Cr; c) ascorbic acid; from 0.1 to 2.5 wt.% of d) at least one aluminium compound selected from the group consisting of: aluminium hydroxide; aluminium metahydroxide; aluminium trichloride; aluminium alcoholates; aluminium glycolates; aluminium tris(β-ketones); aluminum tris(β-ketoesters); aluminium soaps; and, aluminium carboxylates; and, up to 10 wt.% of e) at least one finely divided wax, wherein said composition is characterized in that it is substantially free of nitrate anions and is substantially free of hexavalent chromium (Cr(VI)). from 5 to 60 wt.% of a) at least one base polymer selected from acrylic polymers and non-ionic polyurethane polymers; from 0.1 to 2.5 wt.% of b) trivalent Cr(III) ions, calculated as Cr; c) ascorbic acid; from 0.1 to 2.5 wt.% of d) at least one aluminium compound selected from the group consisting of: aluminium hydroxide; aluminium metahydroxide; aluminium trichloride; aluminium alcoholates; aluminium glycolates; aluminium tris(β-ketones); aluminum tris(β-ketoesters); aluminium soaps; and, aluminium carboxylates; and, up to 10 wt.% of e) at least one finely divided wax,
A noise filter for reducing noise added by a particular channel of a test and measurement instrument, the noise filter comprising: a splitter configured to receive a signal and split the signal into at least a first split signal and a second split signal; a first path configured to receive the first split signal, the first path including: a variable attenuator , and a variable delay line ; a second path configured to receive the second split signal; a combiner configured to combine a signal from the first path and a signal from the second path into a combined signal; an analog-to-digital converter configured to receive the combined signal and output a digital signal representing the combined signal; and a filter configured to receive the digital signal and output a filtered digital signal; wherein at least one of the variable attenuator and the variable delay line are adjusted based on the particular channel of the test and measurement instrument. a splitter configured to receive a signal and split the signal into at least a first split signal and a second split signal; a first path configured to receive the first split signal, the first path including: a variable attenuator , and a variable delay line ; a variable attenuator , and a variable delay line ; a second path configured to receive the second split signal; a combiner configured to combine a signal from the first path and a signal from the second path into a combined signal; an analog-to-digital converter configured to receive the combined signal and output a digital signal representing the combined signal; and a filter configured to receive the digital signal and output a filtered digital signal; wherein at least one of the variable attenuator and the variable delay line are adjusted based on the particular channel of the test and measurement instrument.
A dialdehyde based reagent obtainable by a preparation that comprises: a. providing a mixture of a dialdehyde in water; b. providing sodium hydroxide or potassium hydroxide; c. adding the sodium hydroxide or potassium hydroxide to the mixture until the mixture has a pH of 5.5 to 7.5; and d. stirring the mixture. a. providing a mixture of a dialdehyde in water; b. providing sodium hydroxide or potassium hydroxide; c. adding the sodium hydroxide or potassium hydroxide to the mixture until the mixture has a pH of 5.5 to 7.5; and d. stirring the mixture.
Portion capsule for preparing a beverage such as coffee or tea in a beverage appliance, which is closed off at its outlet end by a housing base and forms at the opposite inlet end an opening which is closed off by a film which is able to be perforated by a device in order to press water into the capsule interior that contains a beverage substrate, granules and/or powder, furthermore characterized by the fact: - that the capsule in its housing base has weak points which open, break or tear if a liquid pressure is present in the capsule interior, in order to allow liquid out of the interior of the capsule to the beverage outlet ; - that the housing base is covered by a disc-shaped internal plate , the outer periphery of the latter having liquid passages through which the liquid from the interior of the capsule flows to the weak points of the base if a liquid pressure is present, characterized in that : - an annular projection which protrudes into the capsule interior and is disposed so as to be coaxial with the capsule axis projects from the housing base ; and - the internal plate lies in a form-fitting manner in the interior of the annular projection and hereby fills the interior. - that the capsule in its housing base has weak points which open, break or tear if a liquid pressure is present in the capsule interior, in order to allow liquid out of the interior of the capsule to the beverage outlet ; - that the housing base is covered by a disc-shaped internal plate , the outer periphery of the latter having liquid passages through which the liquid from the interior of the capsule flows to the weak points of the base if a liquid pressure is present, characterized in that : - an annular projection which protrudes into the capsule interior and is disposed so as to be coaxial with the capsule axis projects from the housing base ; and - the internal plate lies in a form-fitting manner in the interior of the annular projection and hereby fills the interior.
Filter element for a fluid , in particular fuel or oil, in particular provided for a suspended connection to a filter head , having a filter medium annularly disposed with respect to the longitudinal axis of the filter element and capable of being flowed through in a radial direction by the fluid to be filtered, wherein the filter element features, at its end pointing to the top in perpendicular direction during filtering operation, a coaxial outlet connection having a fluid outlet channel for the filtered fluid and having a vent duct for venting of the filter element on the clean and/or raw side, wherein the vent duct coaxially surrounds the fluid outlet channel in the radial direction and extends, at least sectionwise, in the axial direction, wherein the vent duct is connected on the inlet side via a first capillary channel to a raw side of the filter medium fluidically disposed upstream of the filter medium .
A seal assembly (30; 130; 230; 330; 430; 530; 630; 730; 830) comprising: a carbon ring (36; 136; 236; 336; 436; 536; 836) annularly extending about a central axis and having a radially outer face (36c; 136c; 736c; 836c); a housing that houses the carbon ring (36...836), wherein a radial space (S) is located radially between the carbon ring (36...836) and the housing ; and a shrink band (50; 150; 205; 350; 650; 750; 850) annularly extending about the central axis , the shrink band (50...850) having a radially inner face (50a; 150a; 350a; 450a; 750a; 850a), the inner face (50a...850a) in contact with the outer face (36c...836c) of the carbon ring (36...836) at a contact interface defined therebetween, characterised in that : the inner face (50a...850a) of the shrink band (50...850) protrudes axially beyond the contact interface . a carbon ring (36; 136; 236; 336; 436; 536; 836) annularly extending about a central axis and having a radially outer face (36c; 136c; 736c; 836c); a housing that houses the carbon ring (36...836), wherein a radial space (S) is located radially between the carbon ring (36...836) and the housing ; and a shrink band (50; 150; 205; 350; 650; 750; 850) annularly extending about the central axis , the shrink band (50...850) having a radially inner face (50a; 150a; 350a; 450a; 750a; 850a), the inner face (50a...850a) in contact with the outer face (36c...836c) of the carbon ring (36...836) at a contact interface defined therebetween, characterised in that : the inner face (50a...850a) of the shrink band (50...850) protrudes axially beyond the contact interface .
An electrophysiology system, comprising: a catheter including: a flexible catheter body having a distal portion; and a plurality of electrodes disposed on the distal portion; characterised by a signal generator configured to generate an electrical signal by driving one or more currents between a first set of the plurality of electrodes, wherein a second set of the plurality of electrodes is configured to obtain an impedance measurement based on the electrical signal; and a mapping processor configured to: receive the impedance measurement from the second set of electrodes; determine at least one impedance metric; and determine, based on the at least one impedance metric, a likelihood of an occurrence of a steam pop. a catheter including: a flexible catheter body having a distal portion; and a plurality of electrodes disposed on the distal portion; characterised by a flexible catheter body having a distal portion; and a plurality of electrodes disposed on the distal portion; characterised by a signal generator configured to generate an electrical signal by driving one or more currents between a first set of the plurality of electrodes, wherein a second set of the plurality of electrodes is configured to obtain an impedance measurement based on the electrical signal; and a mapping processor configured to: receive the impedance measurement from the second set of electrodes; determine at least one impedance metric; and determine, based on the at least one impedance metric, a likelihood of an occurrence of a steam pop. receive the impedance measurement from the second set of electrodes; determine at least one impedance metric; and determine, based on the at least one impedance metric, a likelihood of an occurrence of a steam pop.
An image forming apparatus comprising: a voice acquiring unit configured to acquire a voice utterance, including a request and at least one target, wherein the voice acquiring unit is configured to acquire a voice utterance including a request instructing to set as targets a plurality of setting items to be used for executing image forming; an operation control unit configured to control a display of the image forming apparatus to display a setting screen indicating a plurality of setting items each having been set using one or more keywords recognized from the voice utterance instructing to set the plurality of setting items; and an engine control unit configured to perform image forming based on the plurality of setting items having been set based on the voice utterance. a voice acquiring unit configured to acquire a voice utterance, including a request and at least one target, wherein the voice acquiring unit is configured to acquire a voice utterance including a request instructing to set as targets a plurality of setting items to be used for executing image forming; an operation control unit configured to control a display of the image forming apparatus to display a setting screen indicating a plurality of setting items each having been set using one or more keywords recognized from the voice utterance instructing to set the plurality of setting items; and an engine control unit configured to perform image forming based on the plurality of setting items having been set based on the voice utterance.
Method for an anti-sprouting treatment of tubers comprising the following step: - applying CIPC, wherein this acronym stands for 3-chlorophenylisopropylcarbamate, and limonene to said tubers in a total amount of CIPC and limonene effective to at least partially supress sprouting of said tubers and to remove sprouts that have formed on said tubers compared to untreated tubers, wherein the ratio between the mass of limonene and the mass of CIPC is between 4 and 50. - applying CIPC, wherein this acronym stands for 3-chlorophenylisopropylcarbamate, and limonene to said tubers in a total amount of CIPC and limonene effective to at least partially supress sprouting of said tubers and to remove sprouts that have formed on said tubers compared to untreated tubers, wherein the ratio between the mass of limonene and the mass of CIPC is between 4 and 50.
An effective amount of an agonist of an A 3 adenosine receptor (A 3 R) for use in treating an injury, disease, or condition selected from traumatic brain injury (TBI), stroke, a neurodegenerative condition, or a heart or cardiovascular disease, said use comprising administering to a patient in need thereof said effective amount. wherein (I) the agonist is or a pharmaceutically acceptable salt thereof; or: wherein (II) the agonist is or a pharmaceutically acceptable salt thereof. wherein (I) the agonist is or a pharmaceutically acceptable salt thereof; or: wherein (II) the agonist is or a pharmaceutically acceptable salt thereof.
A force sensor comprising: a substrate including a proximal portion and a distal portion , the distal portion including a proximally-facing surface in fluid communication with a distal surface of the distal portion via an opening extending therebetween, the distal surface having a distal load contact area and a sensing area; wherein the proximal and distal portions of the substrate are stepped relative to each other, and the proximally-facing surface of the distal portion extends laterally from a side of the proximal portion; a plurality of sensing elements mounted on the sensing area of the distal surface of the substrate; characterized by : a distal plate welded to the distal surface of the substrate, hermetically sealing the plurality of sensing elements between the distal plate and the distal surface of the substrate; a pin block assembly including a plurality of conductive pins , the pin block assembly welded to the proximally-facing surface of the distal portion of the substrate, hermetically sealing distal ends of the plurality of conductive pins between the pin block assembly and the proximally-facing surface of the distal portion ; and wires, passed through the opening , connecting the sensing elements to the distal ends of the plurality of conductive pins . a substrate including a proximal portion and a distal portion , the distal portion including a proximally-facing surface in fluid communication with a distal surface of the distal portion via an opening extending therebetween, the distal surface having a distal load contact area and a sensing area; wherein the proximal and distal portions of the substrate are stepped relative to each other, and the proximally-facing surface of the distal portion extends laterally from a side of the proximal portion; a plurality of sensing elements mounted on the sensing area of the distal surface of the substrate; characterized by : a distal plate welded to the distal surface of the substrate, hermetically sealing the plurality of sensing elements between the distal plate and the distal surface of the substrate; a pin block assembly including a plurality of conductive pins , the pin block assembly welded to the proximally-facing surface of the distal portion of the substrate, hermetically sealing distal ends of the plurality of conductive pins between the pin block assembly and the proximally-facing surface of the distal portion ; and wires, passed through the opening , connecting the sensing elements to the distal ends of the plurality of conductive pins .
An annular barrier for providing zonal isolation in an annulus downhole between a well tubular metal structure and another well tubular metal structure or a wall of a borehole , comprising: - a tubular metal part configured to be mounted as part of the well tubular metal structure, the tubular metal part having an outer face , an opening and an axial extension (L) along the well tubular metal structure, - an expandable metal sleeve surrounding the tubular metal part, the expandable metal sleeve having a circumferential groove , a first end and a second end , each end of the expandable metal sleeve being connected with the outer face of the tubular metal part, and - a sealing unit arranged in the circumferential groove, the annular sealing unit comprising an annular sealing element and a back-up sealing element (26, 26', 26") abutting and supporting the annular sealing element, wherein the annular sealing element in a cross-section along the axial extension has a first width (W1), a second width (W2) and a third width (W3); the second width is larger than the first width and the third width and is arranged between the first width and the third width; the back-up sealing element has a first contact area (A1), and the annular sealing element has a second contact area (A2), where the first contact area has a shape that mates with the second contact area. - a tubular metal part configured to be mounted as part of the well tubular metal structure, the tubular metal part having an outer face , an opening and an axial extension (L) along the well tubular metal structure, - an expandable metal sleeve surrounding the tubular metal part, the expandable metal sleeve having a circumferential groove , a first end and a second end , each end of the expandable metal sleeve being connected with the outer face of the tubular metal part, and - a sealing unit arranged in the circumferential groove, the annular sealing unit comprising an annular sealing element and a back-up sealing element (26, 26', 26") abutting and supporting the annular sealing element,
A therapy device, - comprising a spring-supported therapy plate and - comprising at least one drive device , which is firmly connected to the therapy plate and which is formed to effect an oscillating movement in the normal direction (N) of the therapy plate , and wherein the drive device has two unbalance motors , which can be operated in opposite directions to one another, each comprising a motor housing, which is firmly connected to the therapy plate , characterised in that the therapy plate - has at least two reinforcement struts or reinforcement straps, - has or is at least one sandwich plate of several layers, to which the drive device is connected so as to guide a force, wherein the orientation of the layers of the sandwich plate runs parallel to a therapy plate plane, the sandwich plate has several layers , at least one layer of which is a honeycomb layer and/or has an undulating cross-sectional profile , and wherein the drive device does not have a separate unit for the phase synchronisation of the unbalance motors . - comprising a spring-supported therapy plate and - comprising at least one drive device , which is firmly connected to the therapy plate and which is formed to effect an oscillating movement in the normal direction (N) of the therapy plate , and wherein the drive device has two unbalance motors , which can be operated in opposite directions to one another, each comprising a motor housing, which is firmly connected to the therapy plate , - has at least two reinforcement struts or reinforcement straps, - has or is at least one sandwich plate of several layers, to which the drive device is connected so as to guide a force, wherein the orientation of the layers of the sandwich plate runs parallel to a therapy plate plane, the sandwich plate has several layers , at least one layer of which is a honeycomb layer and/or has an undulating cross-sectional profile , and wherein the drive device does not have a separate unit for the phase synchronisation of the unbalance motors .