mhurhangee/patent-ind-claim-en huggingface dataset:
A pressure sensitive adhesive sheet comprising, on a substrate or a release material, a resin layer including a resin part (X) containing as a main component a hydrocarbon resin having a carbon atom on a main chain of a structural unit, and a particle part (Y) consisting of silica particles, and at least a surface (α) of the resin layer being opposite to the side of the substrate or being opposite to the side of the release material provided having pressure sensitive adhesiveness, wherein the volume-average secondary particle diameter of the silica particles is 0.5 to 10 μm and the volume-average secondary particle diameter is determined through measurement of particle size distribution according to a Coulter counter method, wherein the resin layer is a multilayer structure having a layer (Xα), a layer (Y1), and a layer (Xβ) in this order in the thickness direction from the side of the surface (α), and in a measurement of an intensity ratio (Si/C) of a peak intensity (Si) derived from a silicon atom and a peak intensity (C) derived from a carbon atom with an energy dispersive X-ray analyzer in the thickness direction from the side of the surface (α) of the resin layer, the intensity ratio in the layer (Xα) is less than 0.10, the intensity ratio in the layer (Y1) is 0.10 or more and the intensity ratio in the layer (Xβ) is less than 0.10, and the surface (α) having one or more concave portions of irregular shapes having a maximum height difference of 0.5 μm or more, wherein the measurement of the intensity ratio (Si/C) is carried out according to the specification. wherein the volume-average secondary particle diameter of the silica particles is 0.5 to 10 μm and the volume-average secondary particle diameter is determined through measurement of particle size distribution according to a Coulter counter method, wherein the resin layer is a multilayer structure having a layer (Xα), a layer (Y1), and a layer (Xβ) in this order in the thickness direction from the side of the surface (α), and in a measurement of an intensity ratio (Si/C) of a peak intensity (Si) derived from a silicon atom and a peak intensity (C) derived from a carbon atom with an energy dispersive X-ray analyzer in the thickness direction from the side of the surface (α) of the resin layer, the intensity ratio in the layer (Xα) is less than 0.10, the intensity ratio in the layer (Y1) is 0.10 or more and the intensity ratio in the layer (Xβ) is less than 0.10, and the surface (α) having one or more concave portions of irregular shapes having a maximum height difference of 0.5 μm or more, wherein the measurement of the intensity ratio (Si/C) is carried out according to the specification.
A method for forming a leveled surface of at least one pasty mass in a mold , wherein the mold is particularly adapted to mold lipstick mines, the method comprising: filling the mold with the pasty mass ; at least partially cooling the pasty mass in the mold ; at least partially melting the surface of the cooled pasty mass in the mold to level the surface by heat introduction, wherein the heat introduction takes place via focused optical photo emission . filling the mold with the pasty mass ; at least partially cooling the pasty mass in the mold ; at least partially melting the surface of the cooled pasty mass in the mold to level the surface by heat introduction, wherein the heat introduction takes place via focused optical photo emission .
A system to calibrate an Engine Control Unit, ECU, of a vehicle , said system comprising: at least a dynamometer ; a plurality of actuators interfaced and operated with a local computer , wherein said plurality of actuators is selected from a group comprising a throttle actuator , a brake actuator , a gear actuator , a clutch actuator , a fuel injection module and a blower; characterized in that the system further comprises a remote computer connected to said local computer through a central server by a first networking means and a second networking means , wherein said remote computer is adapted to - upload instructions to said central server , - execute said instructions through said local computer to operate said dynamometer and said plurality of actuators , and - calibrate said ECU ; wherein said remote computer is adapted to selectively upload and execute instructions corresponding to said plurality of actuators based on a selection by a client on the local computer , wherein, based on a required calibration, only instructions or scripts of the actuator required by the client are provided for ECU calibration. at least a dynamometer ; a plurality of actuators interfaced and operated with a local computer , wherein said plurality of actuators is selected from a group comprising a throttle actuator , a brake actuator , a gear actuator , a clutch actuator , a fuel injection module and a blower; characterized in that the system further comprises a remote computer connected to said local computer through a central server by a first networking means and a second networking means , wherein said remote computer is adapted to - upload instructions to said central server , - execute said instructions through said local computer to operate said dynamometer and said plurality of actuators , and - calibrate said ECU ; - upload instructions to said central server , - execute said instructions through said local computer to operate said dynamometer and said plurality of actuators , and - calibrate said ECU ; wherein said remote computer is adapted to selectively upload and execute instructions corresponding to said plurality of actuators based on a selection by a client on the local computer , wherein, based on a required calibration, only instructions or scripts of the actuator required by the client are provided for ECU calibration.
An intake filter for a grey water recycling system comprising, a filter element ; an upstream conduit system for receiving influent grey water; a downstream conduit system; in the upstream conduit system, a waste drain ; in the downstream conduit system, an effluent drain with a cooperating effluent outlet valve for closing the effluent drain ; and, one or more of a) a pressurized water nozzle directed at the effluent outlet valve to close the effluent outlet valve and backwash the filter element and b) in the upstream conduit system, a a waste drain valve cooperating with the waste drain wherein the effluent outlet valve is mechanically linked to the waste drain valve , or both a) and b). a filter element ; an upstream conduit system for receiving influent grey water; a downstream conduit system; in the upstream conduit system, a waste drain ; in the downstream conduit system, an effluent drain with a cooperating effluent outlet valve for closing the effluent drain ; and, one or more of a) a pressurized water nozzle directed at the effluent outlet valve to close the effluent outlet valve and backwash the filter element and b) in the upstream conduit system, a a waste drain valve cooperating with the waste drain wherein the effluent outlet valve is mechanically linked to the waste drain valve , or both a) and b). in the upstream conduit system, a waste drain ; in the downstream conduit system, an effluent drain with a cooperating effluent outlet valve for closing the effluent drain ; and, one or more of a) a pressurized water nozzle directed at the effluent outlet valve to close the effluent outlet valve and backwash the filter element and b) in the upstream conduit system, a a waste drain valve cooperating with the waste drain wherein the effluent outlet valve is mechanically linked to the waste drain valve , or both a) and b).
A method for enhanced single sign-on for mobile applications, the method performed by a client device, comprising a first mobile application and a second mobile application, and comprising: requesting, by the first mobile application , an authorization server to return a connector code; receiving, by the first mobile application , the connector code and at least one token from a remote server connected to the authorization server; storing, by the first mobile application , the at least one token and the connector code in a shared security mechanism ; searching, by the second mobile application other than the first mobile application , in the shared security mechanism for the at least one token and the connector code; obtaining, by the second mobile application and from the authorization server , a second token for the second mobile application using a profile of a token exchange between the second mobile application and the authorization server that is based at least in part on the at least one token and the connector code. requesting, by the first mobile application , an authorization server to return a connector code; receiving, by the first mobile application , the connector code and at least one token from a remote server connected to the authorization server; storing, by the first mobile application , the at least one token and the connector code in a shared security mechanism ; searching, by the second mobile application other than the first mobile application , in the shared security mechanism for the at least one token and the connector code; obtaining, by the second mobile application and from the authorization server , a second token for the second mobile application using a profile of a token exchange between the second mobile application and the authorization server that is based at least in part on the at least one token and the connector code.
Connection device for pipelines , having a connection body with a receiving opening for a pipeline which is to be plugged by a line end in a plug-in direction (E), wherein a supporting sleeve is arranged coaxially within the receiving opening in such a way that, during plugging in, the line end can be pushed onto a cylindrical outer surface of the supporting sleeve by means of a mounting force, and a holding element for fixing the plugged-in line end against extraction is mounted within the receiving opening, wherein at least one circumferential seal is arranged within the connection body and outwardly seals a radial annular gap formed between the line end and the connection body , wherein the circumferential seal generates a haptic signal in the form of a sudden increase in the plug-in resistance when the line end strikes the circumferential seal, wherein the supporting sleeve has at least one sensor element , wherein the supporting sleeve forms a pipe stop which cannot be overcome in the plug-in direction (E) behind the sensor element , characterized in that the sensor element generates a second haptic signal in the form of a sudden increase in the plug-in resistance dependent on a plug-in depth of the line end in the plug-in direction (E) behind the circumferential seal within the connection body , the supporting sleeve has one or more radially elastic tabs which extend in the plug-in direction (E) and which project radially outwardly from the cylindrical outer surface of the supporting sleeve with a splaying height (H) with respect to the plug-in direction, and the sensor element is arranged on at least one free end on the outer circumference of at least one tab , wherein the sensor element is designed as a radially outwardly pointing projection . characterized in that the sensor element generates a second haptic signal in the form of a sudden increase in the plug-in resistance dependent on a plug-in depth of the line end in the plug-in direction (E) behind the circumferential seal within the connection body , the supporting sleeve has one or more radially elastic tabs which extend in the plug-in direction (E) and which project radially outwardly from the cylindrical outer surface of the supporting sleeve with a splaying height (H) with respect to the plug-in direction, and the sensor element is arranged on at least one free end on the outer circumference of at least one tab , wherein the sensor element is designed as a radially outwardly pointing projection .
A brake control device for vehicles with bar handle which is configured to perform a holding control to hold a brake fluid pressure that acts on a vehicle brake of a wheel of the vehicle, the brake control device comprising: a bank angle obtaining unit which is configured to obtain a bank angle (Θ) of the vehicle; a deceleration obtaining unit which is configured to obtain a deceleration of the wheel; characterized by a control unit which is configured to start the holding control when the deceleration of the wheel reaches a holding control threshold value (Th), the control unit which is configured to correct the holding control threshold value to a low deceleration side when the obtained bank angle increases. a bank angle obtaining unit which is configured to obtain a bank angle (Θ) of the vehicle; a deceleration obtaining unit which is configured to obtain a deceleration of the wheel; characterized by a control unit which is configured to start the holding control when the deceleration of the wheel reaches a holding control threshold value (Th), the control unit which is configured to correct the holding control threshold value to a low deceleration side when the obtained bank angle increases.
A dimmer comprising a switch unit , a DC power supply , and a pre-regulator for controlling a current from an AC voltage source to the DC power supply when the AC voltage source is connected in a series connection with a load between a first terminal and a second terminal of the dimmer , the pre-regulator comprising an adjustable resistor and a sensor , wherein the sensor and the adjustable resistor are connected in series between the switch unit and the DC power supply , wherein the switch unit is connected with a switch terminal of the pre-regulator and wherein the DC power supply is connected with a DC terminal of the pre-regulator , wherein the sensor is adapted for sensing a current between the switch terminal and the DC terminal and wherein the pre-regulator is adapted for controlling the resistance of the adjustable resistor based on the sensed current when the AC voltage source is connected to the dimmer, wherein the adjustable resistor comprises a first transistor having a first and a second main electrode and a control electrode, wherein the first main electrode of the first transistor is connected to a first terminal of the sensor and wherein the second main electrode of the first transistor is connected directly or indirectly to the switch terminal , wherein the pre-regulator moreover comprises a second transistor comprising a first and a second main electrode and a control electrode, wherein the first main electrode of the second transistor is connected to the control electrode of the first transistor , the control electrode of the second transistor is connected to the first main electrode of the first transistor , and the second main electrode of the second transistor is connected to a second terminal of the sensor , characterized in that the pre-regulator moreover comprises a third transistor having a first and a second main electrode and a control electrode, wherein the first main electrode of the third transistor is connected to the control electrode of the first transistor and wherein the second main electrode of the third transistor is connected to signal ground, and wherein: i) either the pre-regulator further comprises a microcontroller adapted for controlling the control electrode of the third transistor , or ii) wherein the control electrode of the third transistor is adapted for being controlled by a voltage of the switch terminal .
A cryptography device protected from fault attacks while performing a cryptographic operation f, comprising: a processor and instruction storage storing instruction executable by the processor to perform cryptography operations, the instructions including - instructions to generate a codeword cw in a code C from an input quantity x wherein the codeword comprises a systematic portion equal to the quantity x and a redundancy portion R_x derived from the quantity x; - instructions to determine f ( x ) from x ; - instructions to determine an index value uniquely corresponding to the combination of the systematic portion x and the redundancy portion R_x ; - instructions to compute a second redundancy portion as a function of the unique index value wherein the combination of f ( x ) and the second redundancy portion is a codeword in C corresponding to f ( x ); and - instructions to verify the absence of a fault in the computation of f by verifying the second redundancy portion against an expected value for the redundancy portion. - instructions to generate a codeword cw in a code C from an input quantity x wherein the codeword comprises a systematic portion equal to the quantity x and a redundancy portion R_x derived from the quantity x; - instructions to determine f ( x ) from x ; - instructions to determine an index value uniquely corresponding to the combination of the systematic portion x and the redundancy portion R_x ; - instructions to compute a second redundancy portion as a function of the unique index value wherein the combination of f ( x ) and the second redundancy portion is a codeword in C corresponding to f ( x ); and - instructions to verify the absence of a fault in the computation of f by verifying the second redundancy portion against an expected value for the redundancy portion.
A molded piston for an air spring for a vehicle, comprising: an outer shell , a non-cylindrical central column braced in its relation to said outer shell by outer radial webs , and an upper surface having a recessed lower end closure seating surface , wherein said non-cylindrical central column further includes a chordal surface and a locating sleeve and hole , characterized in that the locating sleeve and hole is positioned along the circular portion of the central column . an outer shell , a non-cylindrical central column braced in its relation to said outer shell by outer radial webs , and an upper surface having a recessed lower end closure seating surface , wherein said non-cylindrical central column further includes a chordal surface and a locating sleeve and hole , characterized in that the locating sleeve and hole is positioned along the circular portion of the central column .
Stator segment for a linear motor-based transport system realised to receive at least one transport rotor (T1), comprising - a means for generating a magnetic traveling field, - a position acquisition means realised for determining a position (M1) of a transport rotor (T1) located on the stator segment , - a transmitter unit realised for cyclic transmission of a control data record (CD) to a converter for a controlled current supply to the means for generating a magnetic traveling field in a first clock cycle (TA1), wherein the position acquisition means is realised to detect a plurality of positions (M1, M2 ... M n ) of a plurality of transport rotors (T1, T2 ... T n ) on the stator segment , wherein an evaluation unit is present, which evaluation unit is connected to the position acquisition means to determine the detected positions (M1, M2 ... M n ) and connected to the transmitter unit to transfer the positions (M1, M2 ... M n ) to the transmitter unit , characterised in that the transmitter unit is developed such that, in addition to transmitting the control data record (CD), it also transmits a position value (Mi) in a clock-synchronised manner, wherein the plurality of positions (M1 ... M n ) are available as a sequence (F) with a quantity (n) of elements and an element (F i ) with an index (i) corresponds to a position (M i ), and in this regard the transmitter unit is furthermore realised, upon every first clock cycle (TA1), to increment the index (i) commencing from a starting value and to transmit an element (F i ) after the control data record (CD), wherein the transmitter unit is furthermore realised to carry out the transmission of all elements (F i ) in one transmission interval (Ü). - a means for generating a magnetic traveling field, - a position acquisition means realised for determining a position (M1) of a transport rotor (T1) located on the stator segment , - a transmitter unit realised for cyclic transmission of a control data record (CD) to a converter for a controlled current supply to the means for generating a magnetic traveling field in a first clock cycle (TA1),
A computer implemented method for generating a radiotherapy dose distribution using a trained model, the method comprising: receiving anatomical data of a human subject, the anatomical data indicating a mapping of an anatomical area for radiotherapy treatment of the human subject; generating , using a generative model, radiotherapy dose data corresponding to the mapping, the generative model being trained in a generative adversarial network, wherein the generative model is further trained to process the anatomical data as an input and provide the radiotherapy dose data as an output; and identifying the radiotherapy dose distribution for the radiotherapy treatment of the human subject based on the radiotherapy dose data. receiving anatomical data of a human subject, the anatomical data indicating a mapping of an anatomical area for radiotherapy treatment of the human subject; generating , using a generative model, radiotherapy dose data corresponding to the mapping, the generative model being trained in a generative adversarial network, wherein the generative model is further trained to process the anatomical data as an input and provide the radiotherapy dose data as an output; and identifying the radiotherapy dose distribution for the radiotherapy treatment of the human subject based on the radiotherapy dose data.
A method of preparing a positive electrode active material, the method comprising: mixing a lithium raw material with a high nickel-containing transition metal hydroxide containing nickel in an amount of 60 mol% or more based on a total number of moles of the transition metal hydroxide and sintering the mixture to prepare a positive electrode active material, wherein the sintering comprises a sintering step of heat-treating at 700°C to 900°C for 8 hours to 12 hours; a cooling step of cooling to room temperature; and an aging step of having a holding time when a temperature reaches a specific point during the cooling step, wherein the transition metal hydroxide is represented by Formula 1: [Formula 1] Ni x Co y Mn z M 1 w (OH) 2 wherein, in Formula 1, 0.6≤x≤1, 0<y≤0.4, 0<z≤0.4, and 0≤w≤0.01, and M 1 is at least one selected from the group consisting of Al, Zr, Ti, Mg, Ta, Nb, Mo, Cr, Ba, Sr, and Ca. wherein the sintering comprises a sintering step of heat-treating at 700°C to 900°C for 8 hours to 12 hours; a cooling step of cooling to room temperature; and an aging step of having a holding time when a temperature reaches a specific point during the cooling step, wherein the transition metal hydroxide is represented by Formula 1: [Formula 1] Ni x Co y Mn z M 1 w (OH) 2 wherein, in Formula 1, 0.6≤x≤1, 0<y≤0.4, 0<z≤0.4, and 0≤w≤0.01, and M 1 is at least one selected from the group consisting of Al, Zr, Ti, Mg, Ta, Nb, Mo, Cr, Ba, Sr, and Ca. 0.6≤x≤1, 0<y≤0.4, 0<z≤0.4, and 0≤w≤0.01, and M 1 is at least one selected from the group consisting of Al, Zr, Ti, Mg, Ta, Nb, Mo, Cr, Ba, Sr, and Ca.