mhurhangee/patent-ind-claim-en huggingface dataset:
A relay attack processing method, wherein the method is applied to a secure element SE in a terminal, and the method comprises: if the SE determines that a first card application is selected, monitoring , by the SE, data transfer-out behavior and data transfer-in behavior of the first card application, wherein the first card application is a card application stored in the SE; and if the data transfer-out behavior and the data transfer-in behavior meet a relay attack condition, performing , by the SE, defense processing, wherein the relay attack condition comprises: the first card application receives a first message through a first logical channel, and sends the first message through a second logical channel. if the SE determines that a first card application is selected, monitoring , by the SE, data transfer-out behavior and data transfer-in behavior of the first card application, wherein the first card application is a card application stored in the SE; and if the data transfer-out behavior and the data transfer-in behavior meet a relay attack condition, performing , by the SE, defense processing, wherein the relay attack condition comprises: the first card application receives a first message through a first logical channel, and sends the first message through a second logical channel.
Data storage method implemented by equipment installed on board a vehicle , comprising: - a step (E2) of sending data (D) to be signed to an electronic tachograph installed on board said vehicle , said electronic tachograph and said equipment being distinct devices, said data (D) including data generated by a positioning device that is included in said equipment and is capable of generating position, instantaneous speed, date and time data (D), said position, instantaneous speed, date and time data (D) being included in said sent data, - a step (E4) of receiving, from said electronic tachograph , a signature (S) of said data (D), - a step (E5) of storing said data (D) and said signature, and - a step (E7) of transmitting the stored data (D) and signature (S) to a verification device . - a step (E2) of sending data (D) to be signed to an electronic tachograph installed on board said vehicle , said electronic tachograph and said equipment being distinct devices, said data (D) including data generated by a positioning device that is included in said equipment and is capable of generating position, instantaneous speed, date and time data (D), said position, instantaneous speed, date and time data (D) being included in said sent data, - a step (E4) of receiving, from said electronic tachograph , a signature (S) of said data (D), - a step (E5) of storing said data (D) and said signature, and - a step (E7) of transmitting the stored data (D) and signature (S) to a verification device .
Method for manufacturing a battery case comprising the steps of: - providing a Ni-plated steel sheet or strip, - applying a graphene based coating layer on the Ni-plated steel sheet or strip by chemical vapour deposition, comprising: - bringing the Ni-plated steel sheet or strip in an enclosure, - heating the content of the enclosure, - supplying a graphene precursor into the enclosure, followed by - cooling the steel sheet or strip, - cutting plates or discs from the steel sheet or strip, and performing a drawing operation on the plates or discs without applying a drawing lubricant on the steel sheet or strip or the plates and/or discs cut from it. - providing a Ni-plated steel sheet or strip, - applying a graphene based coating layer on the Ni-plated steel sheet or strip by chemical vapour deposition, comprising: - bringing the Ni-plated steel sheet or strip in an enclosure, - heating the content of the enclosure, - supplying a graphene precursor into the enclosure, followed by - bringing the Ni-plated steel sheet or strip in an enclosure, - heating the content of the enclosure, - supplying a graphene precursor into the enclosure, followed by - cooling the steel sheet or strip, - cutting plates or discs from the steel sheet or strip, and
A light-emitting device for emitting pseudo-white light, comprising an LED light source (11;21;31;41) capable of emitting light containing a blue light component of wavelength 420 to 490 nm, and a wavelength conversion member (12;22;32;42) spaced forwardly from the LED light source in the emission direction thereof and containing a phosphor capable of absorbing blue light, characterized in that the device further comprises an adjustment member (13;23;33;43) which is spaced apart from the LED light source and comprises a complex fluoride phosphor having the formula : A 2 (M 1-x Mn x )F 6 wherein M is one or two or more of tetravalent elements selected from Si, Ti, Zr, Hf, Ge, and Sn, A is one or two or more of alkali metals selected from Li, Na, K, Rb, and Cs and containing at least Na and/or K, and x is a number of 0.001 to 0.3, the adjustment member being adapted to absorb light having a wavelength of 420 nm to 490 nm and emit light containing a red wavelength component for thereby adjusting the chromaticity and/or color rendering index of illumination light from the device, and wherein the phosphor contained in the adjustment member (13;23;33;43) emits light of different wavelength from the phosphor in the wavelength conversion member (12;22;32;42).
A surgical kit, comprising an assembly, a surgical instrument and a clipping mechanism, wherein the assembly comprises a separation member and a packaging box , the separation member is mounted to the surgical instrument to strip tissue, wherein the separation member and the surgical instrument switch between a first state and a second state by means of the clipping mechanism; in the first state, the separation member is connected to the surgical instrument ; in the second state, the separation member is detached from the surgical instrument ; the packaging box comprises an accommodation portion used for accommodating the separation member , and characterized in that the packaging box further comprises an operating member ; and the operating member drives the clipping mechanism to switch the separation member from the first state to the second state.
Use of a composition for diagnosing vascular disease in an extracellular vesicle derived from smooth muscle cells collected or isolated using a smooth muscle cell marker from a blood sample, wherein the vascular disease is atherosclerosis, in-stent restenosis, myocardial infarction or unstable angina, the composition comprising an agent measuring a level of interleukin 12 receptor β2 protein, wherein the agent comprises an antibody or an aptamer specific to interleukin 12 receptor β2 protein. wherein the vascular disease is atherosclerosis, in-stent restenosis, myocardial infarction or unstable angina, the composition comprising an agent measuring a level of interleukin 12 receptor β2 protein, wherein the agent comprises an antibody or an aptamer specific to interleukin 12 receptor β2 protein.
Underground storage system for storing fluids, said storage system comprising: - a hole made in a ground , said hole having a bottom , - a support element comprising at least one opening , - a joining element inserted in the opening of the support element , - at least one reservoir , said reservoir having a longitudinal axis (l), a bottom end closed by a first closure means , and a top end closed by a second closure means , the joining element being attached to the top end , and said top end being joined to the support element via the joining element such that the reservoir is hung inside the hole and such that an axial clearance (G) able to absorb axial thermal expansion of said reservoir remains between the first closure means of the reservoir and the bottom of the hole . - a hole made in a ground , said hole having a bottom , - a support element comprising at least one opening , - a joining element inserted in the opening of the support element , - at least one reservoir , said reservoir having a longitudinal axis (l), a bottom end closed by a first closure means , and a top end closed by a second closure means ,
A protective helmet comprising: an outer shell having an inner surface and an outer surface; an interface structure located in surface contact with said inner surface; and an inner liner in surface contact with said interface structure , said inner liner being characterized by comprising a natural silkworm cocoon matrix structure. an outer shell having an inner surface and an outer surface; an interface structure located in surface contact with said inner surface; and an inner liner in surface contact with said interface structure , said inner liner being characterized by comprising a natural silkworm cocoon matrix structure.
A wheel assembly comprising: a constant force mechanism ; a wheel coupled to the constant force mechanism , the wheel being displaceable in at least one dimension; a sensor for measuring a property associated with the wheel ; and the constant force mechanism imparts a substantially constant force on the wheel in the at least one dimension, characterized in that the constant force mechanism includes a first support structure and a second support structure, the first support structure being arranged at a substantially right angle to the second support structure; a first carriage movable along a length of the first support structure; a second carriage movable along a length of the second support structure; a rigid arm pivotally connected to the first and second carriages; a first resistance device opposing movement of the first carriage along the length of the first support structure; and a second resistance device opposing movement of the second carriage along the length of the second support structure; and said sensor measures deflection of the wheel , the sensor being in communication with a sensor system , and the sensor system generates a signal when the measured deflection of the wheel exceeds a predetermined threshold, wherein the signal indicates that the wheel could require maintenance. a constant force mechanism ; a wheel coupled to the constant force mechanism , the wheel being displaceable in at least one dimension; a sensor for measuring a property associated with the wheel ; and the constant force mechanism imparts a substantially constant force on the wheel in the at least one dimension, characterized in that the constant force mechanism includes a first support structure and a second support structure, the first support structure being arranged at a substantially right angle to the second support structure; a first carriage movable along a length of the first support structure; a second carriage movable along a length of the second support structure; a rigid arm pivotally connected to the first and second carriages; a first resistance device opposing movement of the first carriage along the length of the first support structure; and a second resistance device opposing movement of the second carriage along the length of the second support structure; and said sensor measures deflection of the wheel , the sensor being in communication with a sensor system , and the sensor system generates a signal when the measured deflection of the wheel exceeds a predetermined threshold, wherein the signal indicates that the wheel could require maintenance.
Container sleeving device for arranging sleeves on a plurality of containers , wherein the sleeves are made of tubular foil material made to pass over the circumferential outer surface of a spreading element , the container sleeving device comprising: - a spreading element configured to spread open the tubular foil material passing from a proximal spreading element portion towards a distal spreading element portion ; - a cutting unit for cutting the tubular foil material to form a sleeve; - a sleeve discharge unit configured to accelerate the sleeve to move over the outer surface of the distal spreading element portion so as to discharge the sleeve towards a container; wherein the distal spreading element portion and/or the proximal spreading element portion has one or more air pressure regulating openings configured to regulate the air pressure close to the outer surface of the distal spreading element portion and/or proximal spreading element portion , respectively, wherein the air pressure regulating openings are connected to one or more channels (95-98) leading to a region of ambient air pressure so as to at least partially reduce the pressure difference between the pressure on the outer surface and the pressure on the inner surface of the sleeve caused by Bernoulli's effect. - a spreading element configured to spread open the tubular foil material passing from a proximal spreading element portion towards a distal spreading element portion ; - a cutting unit for cutting the tubular foil material to form a sleeve; - a sleeve discharge unit configured to accelerate the sleeve to move over the outer surface of the distal spreading element portion so as to discharge the sleeve towards a container;
Chassis arm, in particular spring control arm made of formable base material, preferably sheet steel, for a motor vehicle, having a first end section for connection to a chassis support, having a second end section for connection at the wheel end and having a damper connection section exhibiting at least one bearing eye for connecting a damper, wherein the bearing eye is assigned at least one installation aid with a support surface (20.1, 22.1) for the damper, characterised in that the installation aid is formed integrally with the chassis arm, wherein the installation aid in the form of a tab is cut free from the base material of the chassis arm and converted to a body section of the chassis arm, and wherein at least one section of the tab is designed as a support surface (20.1, 22.1) for the damper.
An electric shaver comprising a shaving unit and a controller , wherein the shaving unit comprises: one or more hair-cutting units ; a lighting module comprising one or more lighting elements and a skin-facing light output surface via which light generated by the lighting elements is exposed to skin during operation of the shaving unit, said light output surface being made from an optically transmissive material and being arranged for contacting the skin during operation of the shaving unit, and said lighting elements being arranged in thermally conductive contact with the light output surface via a thermally conductive pathway in the lighting module; and a supporting member supporting the one or more hair-cutting units and the lighting module ; and wherein the controller is operatively coupled with the lighting module and adapted to control the lighting elements in a drive scheme comprising: an initial heat-up phase , triggered upon activation of the lighting module, in which the lighting elements are driven with an initial power setting until a predetermined temperature of the light output surface is reached; and an operational phase following the initial heat-up phase, in which the lighting elements are driven with an operational power setting such that the temperature of the light output surface is controlled to be maintained at the predetermined temperature; wherein a maximum power value of the operational power setting is lower than a power value of the initial power setting. one or more hair-cutting units ; a lighting module comprising one or more lighting elements and a skin-facing light output surface via which light generated by the lighting elements is exposed to skin during operation of the shaving unit, said light output surface being made from an optically transmissive material and being arranged for contacting the skin during operation of the shaving unit, and said lighting elements being arranged in thermally conductive contact with the light output surface via a thermally conductive pathway in the lighting module; and a supporting member supporting the one or more hair-cutting units and the lighting module ; an initial heat-up phase , triggered upon activation of the lighting module, in which the lighting elements are driven with an initial power setting until a predetermined temperature of the light output surface is reached; and an operational phase following the initial heat-up phase, in which the lighting elements are driven with an operational power setting such that the temperature of the light output surface is controlled to be maintained at the predetermined temperature;
A medical connector comprising a connector body (100; 300) having first and second apertures in fluid communication via a fluid flow conduit, a one-way valve disposed in the body to allow fluid to flow from the first aperture, through the fluid flow conduit and out of the second aperture, but not to allow fluid to flow from the second aperture and through the fluid flow conduit to the first aperture, and a stop valve which prevents fluid flowing out of the second aperture of the connector body unless a complementary end of a separate device engages the second aperture and opens the stop valve, wherein inside the connector body, the one-way valve is fitted directly into an end of the stop valve part in a manner providing a fluid tight seal between these valve parts, characterised in that the one-way valve and the stop valve are formed as parts of a single piece of elastomeric material, said parts being hingedly connected such that the one-way valve part is folded over and fitted directly into the end of the stop valve part. wherein inside the connector body, the one-way valve is fitted directly into an end of the stop valve part in a manner providing a fluid tight seal between these valve parts, characterised in that the one-way valve and the stop valve are formed as parts of a single piece of elastomeric material, said parts being hingedly connected such that the one-way valve part is folded over and fitted directly into the end of the stop valve part.
Method for performing a Bus autoset function, with the following steps: a) Detecting a maximum amplitude of an analog signal, b) Converting the analog signal into a logical signal, c) Detecting a frame in the logical signal, and d) Setting a scale of an output unit automatically without any manual input such that the whole frame is output, wherein the output unit is established by a display. a) Detecting a maximum amplitude of an analog signal, b) Converting the analog signal into a logical signal, c) Detecting a frame in the logical signal, and d) Setting a scale of an output unit automatically without any manual input such that the whole frame is output, wherein the output unit is established by a display.
A method for preparing a ceramic molded body for sintering which is molded by pressing a raw material powder containing a ceramic powder which is an oxide, a nitride or a fluoride and a thermoplastic resin having a glass transition temperature higher than room temperature into a predetermined shape, the method comprising the steps of: molding a uniaxially press-molded body by uniaxially pressing the raw material powder into a predetermined shape, or filling the raw material powder into a rubber die; as first-stage isostatic press molding, molding a first-stage press-molded body by isostatic pressing the uniaxially press-molded body, or the rubber die with the raw material powder, at a temperature lower than a glass transition temperature of the thermoplastic resin; and as second-stage isostatic press molding, molding a ceramic molded body by warm isostatic pressing (WIP) the first-stage press-molded body, heating its body up to a temperature equal to or higher than the glass transition temperature of the thermoplastic resin, wherein the pressure holding time for the first-stage isostatic press molding is from 1 to 10 minutes and the temperature of the molded body at the time of the pressing is maintained at a temperature lower than the glass transition temperature of the thermoplastic resin by 10°C or more, wherein the glass transition temperature of the thermoplastic resin is measured by the method in the description. molding a uniaxially press-molded body by uniaxially pressing the raw material powder into a predetermined shape, or filling the raw material powder into a rubber die; as first-stage isostatic press molding, molding a first-stage press-molded body by isostatic pressing the uniaxially press-molded body, or the rubber die with the raw material powder, at a temperature lower than a glass transition temperature of the thermoplastic resin; and as second-stage isostatic press molding, molding a ceramic molded body by warm isostatic pressing (WIP) the first-stage press-molded body, heating its body up to a temperature equal to or higher than the glass transition temperature of the thermoplastic resin, wherein the pressure holding time for the first-stage isostatic press molding is from 1 to 10 minutes and the temperature of the molded body at the time of the pressing is maintained at a temperature lower than the glass transition temperature of the thermoplastic resin by 10°C or more, wherein the glass transition temperature of the thermoplastic resin is measured by the method in the description.
Method for a data exchange between a first and one or more second participants in a blockchain network; wherein the blockchain network is configured to store data in a ledger; wherein each first and second participant has access to a specific document D; wherein each first participant knows the respective partner name of the one or more second participants; characterized in that each first and each second participant calculates a specific storage location in the ledger for the data that is exchanged from a first participant to one or more second participants in the data exchange, wherein the specific storage location is calculated from a hash value of the document D and the respective partner name of the respective second participant; and wherein the data of the data exchange is written by the first participant to the specific storage location; and wherein the data of the data exchange is read out by the one or more second participants at the specific storage location. wherein the blockchain network is configured to store data in a ledger; wherein each first and second participant has access to a specific document D; wherein each first participant knows the respective partner name of the one or more second participants; characterized in that each first and each second participant calculates a specific storage location in the ledger for the data that is exchanged from a first participant to one or more second participants in the data exchange, wherein the specific storage location is calculated from a hash value of the document D and the respective partner name of the respective second participant; and wherein the data of the data exchange is written by the first participant to the specific storage location; and wherein the data of the data exchange is read out by the one or more second participants at the specific storage location.