mhurhangee/patent-ind-claim-en huggingface dataset:
An information provision device comprising: sound emission means for transmitting, by audio communication using sounds as the transmission medium fixed phrase information, of guidance information that guides a user (U), representative of a fixed phrase and insertion phrase information, of the guidance information, selected from among a plurality of pieces of insertion phrase information representative of different insertion phrases to be inserted in the fixed phrase, to a terminal device capable of presenting, to the user (U), presentation information corresponding to the guidance information where the insertion phrase represented by the insertion phrase information is inserted in the fixed phrase represented by the fixed phrase information along with emission of a guidance voice which is an utterance of the guidance information; wherein the information provision device further comprises signal generation means for generating a sound signal (S1) by mixing a guidance signal representative of the guidance voice and a modulation signal in frequency bands higher than the frequency band of the sound that the user (U) hears in a normal environment, the modulation signal containing the fixed phrase information and the insertion phrase information as audio components. sound emission means for transmitting, by audio communication using sounds as the transmission medium fixed phrase information, of guidance information that guides a user (U), representative of a fixed phrase and insertion phrase information, of the guidance information, selected from among a plurality of pieces of insertion phrase information representative of different insertion phrases to be inserted in the fixed phrase, to a terminal device capable of presenting, to the user (U), presentation information corresponding to the guidance information where the insertion phrase represented by the insertion phrase information is inserted in the fixed phrase represented by the fixed phrase information along with emission of a guidance voice which is an utterance of the guidance information; wherein the information provision device further comprises signal generation means for generating a sound signal (S1) by mixing a guidance signal representative of the guidance voice and a modulation signal in frequency bands higher than the frequency band of the sound that the user (U) hears in a normal environment, the modulation signal containing the fixed phrase information and the insertion phrase information as audio components.
A cleaning method of cleaning a product which is accommodated in an autoclave and includes a synthetic resin dyed by circulating a fluid in a supercritical state in a circulating route , the fluid into which dye is dissolved, and the autoclave after the dyeing is finished, the cleaning method including continuously carrying out the cleaning by successively introducing a pure fluid in the supercritical state by supplying the fluid in a liquid state stored in a storage tank via a supply pump and preheating the supplied fluid at a preheating portion to the supercritical state, the pure fluid including no dye, into the autoclave after the end of the dyeing, and discharging the fluid in the supercritical state into which dye is dissolved from the circulating route while introducing the pure fluid in the supercritical state, thereby gradually reducing a concentration of the dye in the fluid in the supercritical state, the fluid existing in the autoclave .
A user notification method for a handwritten data capture device to make a notification using notification means, the handwritten data capture device including: a sensor controller adapted to successively acquire coordinate data of a pointing body on a touch sensor and successively store the acquired coordinate data in a first area of a memory ; operation acceptance means adapted to accept a given operation by a user; and the notification means having a user notification function, the user notification method comprising: a step of determining whether the pointing body is in a pen-up state or pen-down state; a step of determining whether coordinate data is already stored in the first area; a step of making a first notification to the user using the notification means when it is determined that coordinate data is already stored in the first area and that the pointing body is in a pen-up state; characterised by a step of switching a storage destination of coordinate data stored by the sensor controller to a second area of the memory different from the first area in response to acceptance of the given operation by the operation acceptance means. a sensor controller adapted to successively acquire coordinate data of a pointing body on a touch sensor and successively store the acquired coordinate data in a first area of a memory ; operation acceptance means adapted to accept a given operation by a user; and the notification means having a user notification function, the user notification method comprising: a step of determining whether the pointing body is in a pen-up state or pen-down state; a step of determining whether coordinate data is already stored in the first area; a step of making a first notification to the user using the notification means when it is determined that coordinate data is already stored in the first area and that the pointing body is in a pen-up state; characterised by a step of switching a storage destination of coordinate data stored by the sensor controller to a second area of the memory different from the first area in response to acceptance of the given operation by the operation acceptance means. a step of determining whether the pointing body is in a pen-up state or pen-down state; a step of determining whether coordinate data is already stored in the first area; a step of making a first notification to the user using the notification means when it is determined that coordinate data is already stored in the first area and that the pointing body is in a pen-up state; characterised by a step of switching a storage destination of coordinate data stored by the sensor controller to a second area of the memory different from the first area in response to acceptance of the given operation by the operation acceptance means.
A blower comprising: a housing including a handle portion defining a handle aperture ; a blower tube extending forward from the housing and defining a tube axis ; a fan assembly operably coupled to the blower tube to force air through the blower tube responsive to operation of a motor ; and an eyelet disposed on a side portion of the housing proximate to the handle aperture , characterised in that the blower tube , motor and fan assembly are substantially forward of a balance point of the blower and a battery that powers the blower is rearward of the balance point , and wherein the eyelet is provided at a portion of the housing that is substantially in vertical alignment with the balance point when the blower is balanced about the balance point . a housing including a handle portion defining a handle aperture ; a blower tube extending forward from the housing and defining a tube axis ; a fan assembly operably coupled to the blower tube to force air through the blower tube responsive to operation of a motor ; and an eyelet disposed on a side portion of the housing proximate to the handle aperture , characterised in that the blower tube , motor and fan assembly are substantially forward of a balance point of the blower and a battery that powers the blower is rearward of the balance point , and wherein the eyelet is provided at a portion of the housing that is substantially in vertical alignment with the balance point when the blower is balanced about the balance point .
Parcel box for receiving and storing parcels (P), comprising a pivotable receiving device and a collecting container , wherein the receiving device comprises a set-down surface and is designed so that, in a loading position (S1), it can be loaded with a parcel (P), and wherein the receiving device can be pivoted into a tipping position (S3), in which a parcel (P) can be tipped out of the receiving device into the collecting container , characterized in that the parcel box comprises a restoring means , wherein the loading position (S1) forms the actuation-free, basic position of the receiving device and the receiving device is designed to move back automatically into the loading position (S1) when a restoring force is applied.
Use of perovskite type compound ABX 3 as an energetic material, wherein the X in said perovskite type compound is at least one anionic energetic ligand.
Interior part for a motor vehicle, with: a light source strip comprising at least one light source , an at least partially transparent decorative strip , which forms at least part of a visible side of the interior part , an at least partially transparent, flat and touch-sensitive button unit for operating at least one vehicle function, which is arranged at least in sections flat on the decorative strip , and the light source strip is arranged relative to the decorative strip in such a way that a light emitted by the light source at least partially radiates through the decorative strip and the button unit , the light source can be controlled by a control unit, the button unit is connected to the control unit and the control unit is designed to control the light source in such a way that the light source is changed in at least one switching state depending on whether the button unit detects a touch , so that the light of the light source indicates that the button unit has detected a touch , an at least partially transparent light guide strip being arranged between the decorative strip and the light source strip . characterized in that in that the light guide strip at least partially contains light-diffusing additives and the button unit comprises an at least partially transparent film. a light source strip comprising at least one light source , an at least partially transparent decorative strip , which forms at least part of a visible side of the interior part , an at least partially transparent, flat and touch-sensitive button unit for operating at least one vehicle function, which is arranged at least in sections flat on the decorative strip , and the light source strip is arranged relative to the decorative strip in such a way that a light emitted by the light source at least partially radiates through the decorative strip and the button unit , the light source can be controlled by a control unit, the button unit is connected to the control unit and the control unit is designed to control the light source in such a way that the light source is changed in at least one switching state depending on whether the button unit detects a touch , so that the light of the light source indicates that the button unit has detected a touch , an at least partially transparent light guide strip being arranged between the decorative strip and the light source strip . characterized in that
An information processing device comprising: software configured to register first identification information therein; and an application configured to: obtain the first identification information from the software, convert the first identification information into second identification information for communication by removing a part of information from the first identification information and newly assigning another code prescribed in a format of the second identification information; wherein information remained after removing the part of information is information for ensuring uniqueness under a specific environment, and is identification information numbered to implement uniqueness by incorporating at least any one of a specific law, a physical law, a physical phenomenon, position information, and time information, and register the second identification information in the software; wherein the first identification information and the second identification information are for uniquely identifying a secure element of the information processing device. software configured to register first identification information therein; and an application configured to: obtain the first identification information from the software, convert the first identification information into second identification information for communication by removing a part of information from the first identification information and newly assigning another code prescribed in a format of the second identification information; wherein information remained after removing the part of information is information for ensuring uniqueness under a specific environment, and is identification information numbered to implement uniqueness by incorporating at least any one of a specific law, a physical law, a physical phenomenon, position information, and time information, and register the second identification information in the software; obtain the first identification information from the software, convert the first identification information into second identification information for communication by removing a part of information from the first identification information and newly assigning another code prescribed in a format of the second identification information; wherein information remained after removing the part of information is information for ensuring uniqueness under a specific environment, and is identification information numbered to implement uniqueness by incorporating at least any one of a specific law, a physical law, a physical phenomenon, position information, and time information, and register the second identification information in the software; wherein the first identification information and the second identification information are for uniquely identifying a secure element of the information processing device.
A printhead dispensing a deposition material comprising: a flow path structure body , wherein the flow path structure body is formed by jointing plural plates of a substantially same shape having an elongate through-hole , and closing both ends of the through-hole, to form a flow path in a direction vertical to the through-hole and in a lengthwise direction of the elongate through-hole and to have a discharge opening communicating with the flow path , the discharge opening being formed at tips of at least one of the plates, a thin plate for closing one surface of the flow path on one end side of the through-hole , a heating plate disposed at the side opposite to the flow path with the thin plate provided therebetween and applying a heating effect to the inside of the flow path , a closing plate disposed on the other surface of the flow path , the other surface being the other end side of the through-hole , and a light-emitting element disposed near the discharge opening to emit a light along the direction of the flow path . a flow path structure body , wherein the flow path structure body is formed by jointing plural plates of a substantially same shape having an elongate through-hole , and closing both ends of the through-hole, to form a flow path in a direction vertical to the through-hole and in a lengthwise direction of the elongate through-hole and to have a discharge opening communicating with the flow path , the discharge opening being formed at tips of at least one of the plates, a thin plate for closing one surface of the flow path on one end side of the through-hole , a heating plate disposed at the side opposite to the flow path with the thin plate provided therebetween and applying a heating effect to the inside of the flow path , a closing plate disposed on the other surface of the flow path , the other surface being the other end side of the through-hole , and a light-emitting element disposed near the discharge opening to emit a light along the direction of the flow path .
A levelling spacer device for the laying of sheet-like products (P) for coating surfaces, comprising: - a base positionable posteriorly to a laying surface (P1) of at least two sheet-like products (P) arranged adjacent and side by side relative to a side-by-side direction (A); - a separator element which rises perpendicularly from said base and is adapted to slip between facing lateral sides (P3) of said two sheet-like products (P) placed side by side; - a pusher element adapted to cooperate with the separator element ; and - a plate provided with at least one through opening configured to be inserted onto the separator element , wherein the plate is adapted to be interposed between the pusher element and the base and comprises a first flat surface facing the base characterized in that at least one lamella is projecting from the first flat surface , wherein the lamella is configured to slip between a lateral side (P3) of a sheet-like product (P) and the separator element . - a base positionable posteriorly to a laying surface (P1) of at least two sheet-like products (P) arranged adjacent and side by side relative to a side-by-side direction (A); - a separator element which rises perpendicularly from said base and is adapted to slip between facing lateral sides (P3) of said two sheet-like products (P) placed side by side; - a pusher element adapted to cooperate with the separator element ; and - a plate provided with at least one through opening configured to be inserted onto the separator element , wherein the plate is adapted to be interposed between the pusher element and the base and comprises a first flat surface facing the base characterized in that at least one lamella is projecting from the first flat surface , wherein the lamella is configured to slip between a lateral side (P3) of a sheet-like product (P) and the separator element .
A method of manufacturing a high-hardness steel sheet, the method of manufacturing a steel sheet, having a microstructure comprising 95 vol.% or more of a martensite phase and a Brinell hardness of 500 HB or more, comprising: finishing hot-rolling at 870°C to 930°C and cooling a steel slab consisting of carbon (C): 0.05 wt% to 0.3 wt%, silicon (Si): more than 0 wt% to 0.5 wt% or less, manganese (Mn): more than 0 wt% to 2.5 wt% or less, chrome (Cr): more than 0 wt% to 1.5 wt% or less , molybdenum (Mo): more than 0 wt% to 1.0 wt% or less , nickel (Ni): more than 0 wt% to 1.0 wt% or less, niobium (Nb): more than 0 wt% to 0.1 wt% or less , titanium (Ti): more than 0 wt% to 0.1 wt% or less , vanadium (V): more than 0 wt% to 0.1 wt% or less, boron (B): more than 0 wt% to 0.01 wt% or less , aluminum (Al): more than 0 wt% to 0.1 wt% or less , a balance of iron (Fe) and other unavoidable impurities, as a hot-rolled steel sheet, wherein a content of carbon (C) satisfies Relation , wherein a cooling rate during the cooling the hot-rolled steel sheet is 20°C/sec to 150°C/sec, wherein a cooling end temperature during the cooling the hot-rolled steel sheet is the Ms point, which is a martensite transformation start temperature, or below, C a content of carbon C ≥ 0.481 − 0.104 Mn − 0.035 Si − 0.088 Cr − 0.054 Ni − 0.035 Mo − 0.0003 C . R . where Mn, Si, Cr, Ni, and Mo are values representing the content of each element by wt%, C.R. is a value representing a cooling rate during the cooling a hot-rolled steel sheet, and the unit thereof is °C/sec. molybdenum (Mo): more than 0 wt% to 1.0 wt% or less , nickel (Ni): more than 0 wt% to 1.0 wt% or less, niobium (Nb): more than 0 wt% to 0.1 wt% or less , titanium (Ti): more than 0 wt% to 0.1 wt% or less , vanadium (V): more than 0 wt% to 0.1 wt% or less, boron (B): more than 0 wt% to 0.01 wt% or less , aluminum (Al): more than 0 wt% to 0.1 wt% or less , a balance of iron (Fe) and other unavoidable impurities, as a hot-rolled steel sheet, wherein a content of carbon (C) satisfies Relation , wherein a cooling rate during the cooling the hot-rolled steel sheet is 20°C/sec to 150°C/sec, wherein a cooling end temperature during the cooling the hot-rolled steel sheet is the Ms point, which is a martensite transformation start temperature, or below, C a content of carbon C ≥ 0.481 − 0.104 Mn − 0.035 Si − 0.088 Cr − 0.054 Ni − 0.035 Mo − 0.0003 C . R . where Mn, Si, Cr, Ni, and Mo are values representing the content of each element by wt%, C.R. is a value representing a cooling rate during the cooling a hot-rolled steel sheet, and the unit thereof is °C/sec.
A two-piece releasable hard capsule comprising: a first part having an open end, a closed end, insertion axis, and a first connection unit having a lock area comprising a plurality of first coupling elements; a second part having a second connection unit, wherein the second connection unit has an engagement area comprising a second coupling element, the engagement area being configured to engage with the lock area when the second part is fully inserted in the first part to form a connection releasable by a finger force of between 30 grams and 200 grams, wherein said finger force is measured using a force gauge and is the steady force that needs to be applied on one end along the longitudinal axis of a closed capsule to achieve separation when the other end is stationary secured in a holder, wherein the plurality of first coupling elements comprise protrusions substantially elongate in shape comprising an elongated axis running parallel to an insertion axis and comprising a restriction edge perpendicular to the insertion axis. a first part having an open end, a closed end, insertion axis, and a first connection unit having a lock area comprising a plurality of first coupling elements; a second part having a second connection unit, wherein the second connection unit has an engagement area comprising a second coupling element, the engagement area being configured to engage with the lock area when the second part is fully inserted in the first part to form a connection releasable by a finger force of between 30 grams and 200 grams, wherein said finger force is measured using a force gauge and is the steady force that needs to be applied on one end along the longitudinal axis of a closed capsule to achieve separation when the other end is stationary secured in a holder, wherein the plurality of first coupling elements comprise protrusions substantially elongate in shape comprising an elongated axis running parallel to an insertion axis and comprising a restriction edge perpendicular to the insertion axis.