mhurhangee/patent-ind-claim-en huggingface dataset:
A reader for a smart card, comprising - acquisition means for acquiring biometric data from a user, - derivation means for deriving an identifier from the biometric data, - release means for releasing a smart card function with the identifier, - communication means for enabling communication between a computer and the smart card for use of the smart card function by the computer, wherein the derivation means are designed to carry out a one-way function in order to derive the identifier from the biometric data, wherein the one-way function is a HASH function, which is designed to derive a HASH value as identifier from the biometric data, wherein the derivation means have a memory region for storing program instructions, by which the derivation of the identifier is implemented, and comprising update means for receiving update data for updating the program instructions in order to improve or replace the one-way function, wherein the update data are signed, and comprising means for checking the signature of the update data, wherein the update means are designed such that the program instructions are updated with the aid of the update data only if the signature is valid, wherein a certificate belongs to the signature of the update data, wherein the certificate contains a rights definition, which defines whether the authority that has signed the update data is authorised to carry out an update of the program instructions, and wherein the update means are designed such that the program instructions are updated with the aid of the update data only if the rights definition in the certificate allows the update to be performed. - acquisition means for acquiring biometric data from a user, - derivation means for deriving an identifier from the biometric data, - release means for releasing a smart card function with the identifier, - communication means for enabling communication between a computer and the smart card for use of the smart card function by the computer,
A computing data security system comprising: a system processor; and a virtual machine extension root component including an extension monitor to: conduct a signature verification of a mandatory access control policy; provision the mandatory access control policy into a kernel memory if the signature verification is successful, such that the extension monitor does not require the system processor to reboot to configure the mandatory access control policy; and protect the kernel memory from unauthorized write operations by one or more processes that lack privilege; and wherein the mandatory access control policy is provisioned via a virtual machine extension root component operation. a system processor; and a virtual machine extension root component including an extension monitor to: conduct a signature verification of a mandatory access control policy; provision the mandatory access control policy into a kernel memory if the signature verification is successful, such that the extension monitor does not require the system processor to reboot to configure the mandatory access control policy; and protect the kernel memory from unauthorized write operations by one or more processes that lack privilege; and conduct a signature verification of a mandatory access control policy; provision the mandatory access control policy into a kernel memory if the signature verification is successful, such that the extension monitor does not require the system processor to reboot to configure the mandatory access control policy; and protect the kernel memory from unauthorized write operations by one or more processes that lack privilege; and wherein the mandatory access control policy is provisioned via a virtual machine extension root component operation.
Condition monitoring device for a lightning protection system (LPS) of a wind turbine blade , wherein the condition monitoring device is mountable to a wind turbine, comprising: • a signal generation unit configured to generate and input probe signals (S 1 ) into a protection unit of the lightning protection system (LPS) of the wind turbine blade and/or to at least one tower conducting unit ; and • a measurement unit configured to detect response signals (S 2 ), which are a system response of the probe signals (S 1 ) via a wireless coupling between the lightning protection system (LPS) of the wind turbine blade and the tower conducting unit ; • a control unit configured to control the signal unit and the measurement unit and to process the response signals (S 2 ); wherein the wireless coupling comprises a capacitive coupling (cc) between the lightning protection system (LPS) of the blade and the tower conducting unit . • a signal generation unit configured to generate and input probe signals (S 1 ) into a protection unit of the lightning protection system (LPS) of the wind turbine blade and/or to at least one tower conducting unit ; and • a measurement unit configured to detect response signals (S 2 ), which are a system response of the probe signals (S 1 ) via a wireless coupling between the lightning protection system (LPS) of the wind turbine blade and the tower conducting unit ; • a control unit configured to control the signal unit and the measurement unit and to process the response signals (S 2 );
Anti-collision system for an agricultural vehicle , comprising a first sensor for detecting the dimensions of a clearance profile available in front of the vehicle in the direction of travel, a second sensor for continuously detecting the dimensions of a load moved by the vehicle , and a processing device which is connected to the first sensor and the second sensor and is configured to compare the dimensions of the clearance profile with the continuously detected dimensions of the load on the basis of the signals of the first sensor and of the second sensor , and to output a warning signal in the event of a risk of a collision between the load and a boundary of the clearance profile.
A method implemented at a second network node in a wireless core network with service based architecture, wherein the second network node is a network function repository, the method comprising: receiving a registration request for network function instance from a network function, the registration request comprising information identifying a subscriber group to which the network function instance is applicable, wherein the information is represented by or mapped to at least one of a subscriber group identifier and at least one International Mobile Subscriber Identity (IMSI) range; and storing the information in association with the network function instance. receiving a registration request for network function instance from a network function, the registration request comprising information identifying a subscriber group to which the network function instance is applicable, wherein the information is represented by or mapped to at least one of a subscriber group identifier and at least one International Mobile Subscriber Identity (IMSI) range; and storing the information in association with the network function instance.
Method for determining a degree of polymerization (DP, DE) of a polymer, contained in a sample, comprising the following steps: a) illuminating the sample using a laser beam and obtaining a Raman spectrum representative of the sample; b) identifying a peak of interest ( P i ) and determining a position ( v i ) of the peak of interest in the Raman spectrum; c) on the basis of the position ( v i ) of the peak of interest, using a calibration function ( f ) to determine the degree of polymerization (DP, DE) of the polymer, the calibration function expressing a variation in the position of the peak of interest as a function of the degree of polymerization of the polymer; the method being characterized in that the peak of interest is located in a spectral band extending between 2800 cm -1 and 3020 cm -1 . a) illuminating the sample using a laser beam and obtaining a Raman spectrum representative of the sample; b) identifying a peak of interest ( P i ) and determining a position ( v i ) of the peak of interest in the Raman spectrum; c) on the basis of the position ( v i ) of the peak of interest, using a calibration function ( f ) to determine the degree of polymerization (DP, DE) of the polymer, the calibration function expressing a variation in the position of the peak of interest as a function of the degree of polymerization of the polymer;
A fastener for releasably securing a member, the fastener comprising a body including a shank and a recess , the recess configured for receiving the member; a gate mounted to slide axially on the shank between a closed position closing a mouth of the recess for retaining the member, and an open position resilient means engaging the gate and the shank to urge the gate to the closed position, and a pair of latches, the latches mounted on opposing sides of the gate , wherein each latch is self-closing and engages the body for holding the gate in the closed position. a body including a shank and a recess , the recess configured for receiving the member; a gate mounted to slide axially on the shank between a closed position closing a mouth of the recess for retaining the member, and an open position resilient means engaging the gate and the shank to urge the gate to the closed position, and a pair of latches, the latches mounted on opposing sides of the gate , wherein each latch is self-closing and engages the body for holding the gate in the closed position.
Ingress protection assembly for leading a wire , such as a signal line and/or a supply line , in a sealed-up manner through a partition wall of an electrical device, the ingress protection assembly comprising a first wall section provided with a receiving slot extending through the first wall section in a lead-through direction (B) and opening at an inlet facing in an assembly direction (A) of the ingress protection assembly ; and a second wall section provided with a counter slot extending through the second wall section in the lead-through direction (B) and opening at a counter inlet facing against the assembly direction (A), wherein at least in a fully assembled state (F) of the ingress protection assembly , the first wall section and the second wall section are at least partially superimposed in a projection along the lead-through direction (B) such that the receiving slot and the counter slot together form an aperture configured for tightly encompassing the wire ; wherein the first wall section and the second wall section each comprise respective support surfaces on the opposing sides of the aperture , wherein at least in the fully assembled state (F), the support surfaces are configured to compress opposite sides of the wire to thereby form a seal between the wire and the first and second wall sections ; wherein at least one of the receiving slot and the counter receiving slot partially widen in a longitudinal direction (X) of the ingress protection assembly extending essentially perpendicularly to the assembly direction (A) and the lead-through direction (B), to form a wire compartment configured for tightly encompassing an outer circumference of the wire , and at least two wire compartments are arranged next each other along the assembly direction (A). wherein the first wall section and the second wall section each comprise respective support surfaces on the opposing sides of the aperture , wherein at least in the fully assembled state (F), the support surfaces are configured to compress opposite sides of the wire to thereby form a seal between the wire and the first and second wall sections ; wherein at least one of the receiving slot and the counter receiving slot partially widen in a longitudinal direction (X) of the ingress protection assembly extending essentially perpendicularly to the assembly direction (A) and the lead-through direction (B), to form a wire compartment configured for tightly encompassing an outer circumference of the wire , and at least two wire compartments are arranged next each other along the assembly direction (A).
Marking tab for nozzles, characterized in that it has a substantially circular connecting portion and a marking portion for the display of information, wherein the connecting portion has a portion in the arc of a circle at which the connecting portion is connected to the marking portion as a single piece, wherein the marking portion faces radially outwards, viewed from the centre of the connecting portion , wherein at least one fixing opening is arranged in the connecting portion , characterized in that the marking portion and the connecting portion are produced from a flat plastic material, wherein the connecting portion has four fixing openings , and wherein the four fixing openings are arranged at angles at the circumference, with respect to a longitudinal axis of the marking tab, of X°, 180-X°, 180+X° and 360-X°, wherein X° stands for a value of the angle in the range between 10° and 80°.
A method, comprising: operating a superjunction transistor device in a diode state, wherein operating the superjunction transistor device in the diode state comprises applying a bias voltage (V DEP ) different from zero between a drift region of at least one transistor cell of the transistor device and a compensation region of a doping type complementary to a doping type of the drift region , wherein the compensation region adjoins the drift region , wherein a polarity of the bias voltage (V DEP ) is such that a pn-junction between the drift region and the compensation region is reverse biased, and wherein operating the transistor device in the diode state further comprises applying a voltage between a source node (S) and a drain node (D) such that a pn-junction between the body region and the drift region of the at least one transistor cell is forward biased. operating a superjunction transistor device in a diode state, wherein operating the superjunction transistor device in the diode state comprises applying a bias voltage (V DEP ) different from zero between a drift region of at least one transistor cell of the transistor device and a compensation region of a doping type complementary to a doping type of the drift region , wherein the compensation region adjoins the drift region , wherein a polarity of the bias voltage (V DEP ) is such that a pn-junction between the drift region and the compensation region is reverse biased, and wherein operating the transistor device in the diode state further comprises applying a voltage between a source node (S) and a drain node (D) such that a pn-junction between the body region and the drift region of the at least one transistor cell is forward biased.
Treatment installation for treating workpieces, comprising: - a treatment chamber which comprises a plurality of treatment chamber sections that are each associated with one of a plurality of separate circulatory air modules of the treatment installation , wherein each circulatory air module is arranged to guide a separate recirculating gas stream; - a heating installation which comprises a self-enclosed heating gas conduit in which at least a portion of a heating gas stream can be guided in a circuit, wherein a plurality of circulatory air modules are coupled to the heating gas conduit , in particular for heating the gas guided through the treatment chamber sections , characterized in that the heating gas conduit comprises a central heating gas line in which a) heating gas is guided or guidable and by means of which heating gas from the heating gas conduit is suppliable to the plurality of circulatory air modules and/or to the treatment chamber sections , wherein the heating gas is introducible into the respective treatment chamber sections ; and/or b) heating gas is guided or guidable and by means of which gas can be discharged from the circulatory air modules and/or from the treatment chamber sections . - a treatment chamber which comprises a plurality of treatment chamber sections that are each associated with one of a plurality of separate circulatory air modules of the treatment installation , wherein each circulatory air module is arranged to guide a separate recirculating gas stream; - a heating installation which comprises a self-enclosed heating gas conduit in which at least a portion of a heating gas stream can be guided in a circuit, a) heating gas is guided or guidable and by means of which heating gas from the heating gas conduit is suppliable to the plurality of circulatory air modules and/or to the treatment chamber sections , wherein the heating gas is introducible into the respective treatment chamber sections ; and/or b) heating gas is guided or guidable and by means of which gas can be discharged from the circulatory air modules and/or from the treatment chamber sections .
An epoxy resin composition comprising: an epoxy resin (A), a curing agent (B) and a phosphorous-containing compound (C) indicated by the following general formula ; wherein m indicates an integer from 2 to 10, either of R 1 or R 2 is a hydrogen atom and the other is a methyl group or an ethyl group and at the same time, either of R 3 or R 4 is a hydrogen atom and the other is a methyl group or an ethyl group, R 5 indicates a hydrocarbon group that may contain an oxygen atom, a sulfur atom or a nitrogen atom, X indicates an oxygen atom or a sulfur atom, Y indicates an oxygen atom, a sulfur atom or -NR 6 -, and R 6 indicates a hydrogen atom, an alkyl group or an aryl group.
An information processing apparatus , comprising: a communication unit that is configured to communicate with a plurality of client apparatuses over the same network that are capable of buffering and reproducing data transmitted from a server to said plurality of client apparatuses via said information processing apparatus by transmitting packets for download and reproduction using an HTTP protocol; and a control unit that is configured to regularly obtain buffer management information indicating a buffer time that expresses an amount of data buffered by the plurality of client apparatuses using a time necessary for reproduction of the data the control unit is configured to determine a client apparatus whose buffer time is minimum among the plurality of client apparatuses as a priority apparatus to which the data should be preferentially transmitted. a communication unit that is configured to communicate with a plurality of client apparatuses over the same network that are capable of buffering and reproducing data transmitted from a server to said plurality of client apparatuses via said information processing apparatus by transmitting packets for download and reproduction using an HTTP protocol; and a control unit that is configured to regularly obtain buffer management information indicating a buffer time that expresses an amount of data buffered by the plurality of client apparatuses using a time necessary for reproduction of the data the control unit is configured to determine a client apparatus whose buffer time is minimum among the plurality of client apparatuses as a priority apparatus to which the data should be preferentially transmitted.
A catheter-based system for the delivery of carbon dioxide to the fibro-fatty tissue between the esophagus and the heart for the prevention of esophageal damage and/or fistula during intra-cardiac ablation of the left atrium, the system comprising: a transesophageal catheter configured for introduction through the esophagus of a patient, the transesophageal catheter including a needle delivery device and associated needle and an anchoring mechanism; a gas supply configured to deliver gas to the needle through the transesophageal catheter, the gas supply being connected at the proximal end of the transesophageal catheter; and a feedback control system configured to regulate the pressure and flow rate of the gas from the gas supply to the needle. a transesophageal catheter configured for introduction through the esophagus of a patient, the transesophageal catheter including a needle delivery device and associated needle and an anchoring mechanism; a gas supply configured to deliver gas to the needle through the transesophageal catheter, the gas supply being connected at the proximal end of the transesophageal catheter; and a feedback control system configured to regulate the pressure and flow rate of the gas from the gas supply to the needle.
Laminate flooring element with a support from the group of chipboards or medium-density wood-fibre boards (MDF) or high-density wood-fibre boards (HDF) or thermoplastic supportive boards on which a decorative layer has been bonded, characterized in that the decorative layer comprises at least one microporous thermoplastic film.
A method for manufacturing a thin and substantially unbreakable display device with a display , - wherein an upper layer is arranged on light-emitting luminous surfaces of the display , the upper layer having a surface (O) facing a viewer, - wherein micro-passages are formed in the upper layer extending from the light emitting layer to micro-openings (A) in the display surface for allowing transmission of light generated by the light sources from the light emitting luminous surfaces of the display to said micro-openings in the display surface (O) facing a viewer, - wherein a substantially planar surface (O) facing the viewer is created on the upper layer , and - wherein the upper layer comprises at least one beam shaping device , which forms a micro-passage, characterized in that - a generative production process is used to form the upper layer , and - the at least one beam forming device on the output side comprises a sacrificial element for creating a substantially planar surface, which is translucent and which receives and transmits light. - wherein an upper layer is arranged on light-emitting luminous surfaces of the display , the upper layer having a surface (O) facing a viewer, - wherein micro-passages are formed in the upper layer extending from the light emitting layer to micro-openings (A) in the display surface for allowing transmission of light generated by the light sources from the light emitting luminous surfaces of the display to said micro-openings in the display surface (O) facing a viewer, - wherein a substantially planar surface (O) facing the viewer is created on the upper layer , and - wherein the upper layer comprises at least one beam shaping device , which forms a micro-passage, characterized in that - a generative production process is used to form the upper layer , and - the at least one beam forming device on the output side comprises a sacrificial element for creating a substantially planar surface, which is translucent and which receives and transmits light.