mhurhangee/ep-ind-claims huggingface dataset:
An effect pigment, comprising: a platelet coated with an optical coating and the optical coating comprises: a first high refractive index layer; a second high refractive index layer formed on the first high refractive index layer; and a diffused third material, wherein: the first high refractive index layer is adjacent to and in contact with the second high refractive index layer; the diffused third material is diffused 100 % into one or both the first and the second high refractive index layers wherein the first and second high refractive index layers are formed from materials having a refractive index of about > 1.65; the diffused third material is SiO 2 or a metal oxide; and the diffused third material is different from the first and second high refractive index layers. a platelet coated with an optical coating and the optical coating comprises: a first high refractive index layer; a second high refractive index layer formed on the first high refractive index layer; and a diffused third material, wherein: the first high refractive index layer is adjacent to and in contact with the second high refractive index layer; the diffused third material is diffused 100 % into one or both the first and the second high refractive index layers wherein the first and second high refractive index layers are formed from materials having a refractive index of about > 1.65; the diffused third material is SiO 2 or a metal oxide; and the diffused third material is different from the first and second high refractive index layers. a first high refractive index layer; a second high refractive index layer formed on the first high refractive index layer; and a diffused third material, wherein: the first high refractive index layer is adjacent to and in contact with the second high refractive index layer; the diffused third material is diffused 100 % into one or both the first and the second high refractive index layers wherein the first and second high refractive index layers are formed from materials having a refractive index of about > 1.65; the diffused third material is SiO 2 or a metal oxide; and the diffused third material is different from the first and second high refractive index layers. the first high refractive index layer is adjacent to and in contact with the second high refractive index layer; the diffused third material is diffused 100 % into one or both the first and the second high refractive index layers wherein the first and second high refractive index layers are formed from materials having a refractive index of about > 1.65; the diffused third material is SiO 2 or a metal oxide; and the diffused third material is different from the first and second high refractive index layers.
A wireless communication management apparatus connectable to one or more display devices for providing a service of wireless communication to a user in front of the display device, the wireless communication management apparatus comprising: a wireless communication determination portion for determining whether the wireless communication is enabled or disabled; a memory for storing characteristic information according to a type of a wireless terminal and connection information, said type including any of a smartphone, a headphone, a digital camera, a portable game terminal, a handset, a remote controller, or a PC; the connection information being information corresponding to the type of wireless terminal determined by a wireless terminal determination portion; an output ordering portion operable to cause the display device to output the connection information when the wireless communication is enabled, the connection information indicating how to make a wireless connection for performing the wireless communication using the wireless terminal, characterized by the wireless communication management apparatus further comprising; a communication unit for acquiring an image of the user; and the wireless terminal determination portion for determining the type of the wireless terminal used by the user, based on the image and the characteristic information. a wireless communication determination portion for determining whether the wireless communication is enabled or disabled; a memory for storing characteristic information according to a type of a wireless terminal and connection information, said type including any of a smartphone, a headphone, a digital camera, a portable game terminal, a handset, a remote controller, or a PC; the connection information being information corresponding to the type of wireless terminal determined by a wireless terminal determination portion; an output ordering portion operable to cause the display device to output the connection information when the wireless communication is enabled, the connection information indicating how to make a wireless connection for performing the wireless communication using the wireless terminal, characterized by the wireless communication management apparatus further comprising; a communication unit for acquiring an image of the user; and the wireless terminal determination portion for determining the type of the wireless terminal used by the user, based on the image and the characteristic information.
Ventilator, at least comprising a gas supply device and a gas discharge device, for supplying a first fluid flow to an airway of a patient and for discharging a second fluid flow from the airway back into the ventilator or to an environment, a pressure sensor for measuring a pressure in the airway, and a control device for operating the ventilator; wherein the fluid flow (4, 6) is adjustable to a constant value at least during an inspiration process and an expiration process; characterized in that the control device is configured to carry out a method comprising at least the following steps: a) carrying out an inspiration process with a constant first fluid flow by means of the gas supply device, b) stopping the first fluid flow by means of the gas supply device at a first time point, and at the same time c) determining a first pressure difference between a first pressure present at the first time point of stopping and a second pressure occurring after a time interval by means of the pressure sensor; and d) carrying out an expiration process with a constant second fluid flow by means of the gas discharge device, e) stopping the second fluid flow by means of the gas discharge device at a second time point, and at the same time f) determining a second pressure difference between a third pressure present at the second time point of stopping and a fourth pressure occurring after a time interval by means of the pressure sensor; g) defining and providing a difference between the first pressure difference and the second pressure difference as a first index which is usable for determination of at least a tissue-related resistance of the patient. a) carrying out an inspiration process with a constant first fluid flow by means of the gas supply device, b) stopping the first fluid flow by means of the gas supply device at a first time point, and at the same time c) determining a first pressure difference between a first pressure present at the first time point of stopping and a second pressure occurring after a time interval by means of the pressure sensor; and d) carrying out an expiration process with a constant second fluid flow by means of the gas discharge device, e) stopping the second fluid flow by means of the gas discharge device at a second time point, and at the same time f) determining a second pressure difference between a third pressure present at the second time point of stopping and a fourth pressure occurring after a time interval by means of the pressure sensor; g) defining and providing a difference between the first pressure difference and the second pressure difference as a first index which is usable for determination of at least a tissue-related resistance of the patient.
Electronic component that can be operated by means of an AC voltage and which comprises: at least one input, at least one output and a pair of functionally identical electronic sub-components, which pair comprises logic and/or memory components, wherein the two electronic sub-components are interconnected in parallel with one another, in which the at least one input of the electronic component is connected to a respective input of the two functionally identical electronic sub-components, in which the at least one output of the electronic component is connected to a respective output of the two functionally identical electronic sub-components, and in which the electronic component is configured in such a way that at the at least one output only one output signal of a first sub-component of the pair of functionally identical electronic sub-components can be picked up during a first half-wave of an AC voltage, whereas only one output signal of the second sub-component of the pair of functionally identical electronic sub-components can be picked up during the second half-wave of the AC voltage. at least one input, at least one output and a pair of functionally identical electronic sub-components, which pair comprises logic and/or memory components, wherein the two electronic sub-components are interconnected in parallel with one another, in which the at least one input of the electronic component is connected to a respective input of the two functionally identical electronic sub-components, in which the at least one output of the electronic component is connected to a respective output of the two functionally identical electronic sub-components, and in which the electronic component is configured in such a way that at the at least one output only one output signal of a first sub-component of the pair of functionally identical electronic sub-components can be picked up during a first half-wave of an AC voltage, whereas only one output signal of the second sub-component of the pair of functionally identical electronic sub-components can be picked up during the second half-wave of the AC voltage.
Fastening element for fastening insulating boards to a substructure, comprising a shank (12; 32) provided in an end region (14; 34) with a retaining part (16; 36) for fastening the insulating board and in the end region (14; 34) of the shank (12; 32) having the retaining part (16; 36) with a rotary drive means (21; 41) for a setting tool, said rotary drive means being open towards the end face of the shank (12; 32), wherein the rotary drive means (21; 41) has a clear cross section with a plurality of tabs, said clear cross section being formed by an arrangement of adjacent engagement grooves (26; 46) and engagement tabs (27; 47) alternating in the circumferential direction and extending along the longitudinal axis (13; 33) of the shank (12; 32) and wherein the clear cross section of the rotary drive means (21; 41) has a cross-sectional reduction formed by a portion of the rotary drive means tapering in the opposite direction to that of the open end of the rotary drive means, characterised in that the tapering portion is formed by at least one engagement tab the height of which increases at least in some areas.
An uninterruptible power supply, comprising: a first input configured to receive an input AC voltage from a power source, the input AC voltage having an associated phase angle; a second input configured to receive an input voltage from an inverter coupled to a backup power source; an output configured to provide output power derived from power from at least one of the power source and the backup power source; the inverter including a DC bus line coupled to the backup power source; a relay configured to couple the first input with the output in a first position, and to couple the inverter with the output in a second position; a controller configured to detect a voltage swell condition of the input voltage, and responsive to detection of the voltage swell condition, provide a transfer command between 6.3 ms and 3.1 ms before zero crossing of the input AC voltage to control the relay to switch from the first position to the second position during a predefined range of phase angles of the input AC voltage to prevent an arc across the relay that causes a current to backfeed into the inverter, and to maintain a substantially constant voltage of the DC bus line during the voltage swell condition. a first input configured to receive an input AC voltage from a power source, the input AC voltage having an associated phase angle; a second input configured to receive an input voltage from an inverter coupled to a backup power source; an output configured to provide output power derived from power from at least one of the power source and the backup power source; the inverter including a DC bus line coupled to the backup power source; a relay configured to couple the first input with the output in a first position, and to couple the inverter with the output in a second position; a controller configured to detect a voltage swell condition of the input voltage, and responsive to detection of the voltage swell condition, provide a transfer command between 6.3 ms and 3.1 ms before zero crossing of the input AC voltage to control the relay to switch from the first position to the second position during a predefined range of phase angles of the input AC voltage to prevent an arc across the relay that causes a current to backfeed into the inverter, and to maintain a substantially constant voltage of the DC bus line during the voltage swell condition.
Kit for transforming a conventional motor vehicle comprising two driving wheels, alternating internal combustion motor, and On Board Diagnostic port (EOBD), into a hybrid electric vehicle, comprising: - two motorized wheels, provided with an electric motor and a braking system; - a control unit for said two motorized wheels; - a supply battery (Battery) of the electric motors of said motorized wheels; characterised in that it further comprises: - means for connection of said control unit to the On Board Diagnostic port (EOBD) of the conventional motor vehicle, the control unit being configured to: - read first data relevant to: vehicle speed, motor rotation speed, position of the acceleration pedal, - estimate the charging status of said supply battery on the basis of the first data, and - solve in inverse modality the equation of the longitudinal dynamics of the vehicle, whereby deriving second data; - control the functioning of said two motorized wheels on the basis of said second data. - two motorized wheels, provided with an electric motor and a braking system; - a control unit for said two motorized wheels; - a supply battery (Battery) of the electric motors of said motorized wheels; - means for connection of said control unit to the On Board Diagnostic port (EOBD) of the conventional motor vehicle, - read first data relevant to: vehicle speed, motor rotation speed, position of the acceleration pedal, - estimate the charging status of said supply battery on the basis of the first data, and - solve in inverse modality the equation of the longitudinal dynamics of the vehicle, whereby deriving second data; - control the functioning of said two motorized wheels on the basis of said second data.
An aerosol-generating device comprising: a housing defining a cavity to receive an aerosol-generating article and extending along a cavity axis; a heater array coupled to the housing and comprising a plurality of heating elements operable to heat an aerosol-generating article positioned within the cavity, and a controller comprising one or more processors and operably coupled to the heater array to select which of the plurality of heating elements to heat the aerosol-generating article positioned in the cavity, wherein the controller is configured to: identify at least one property of the aerosol-generating article; and heat the aerosol-generating article using the heater array based on the identified at least one property of the aerosol-generating article, wherein the at least one property of the aerosol-generating article comprises at least one of size, shape, type, content, age, and brand, the aerosol-generating device being characterized in that the controller is further configured to heat the aerosol-generating article using a selected zone of heating elements based on the identified at least one property of the aerosol-generating article. a housing defining a cavity to receive an aerosol-generating article and extending along a cavity axis; a heater array coupled to the housing and comprising a plurality of heating elements operable to heat an aerosol-generating article positioned within the cavity, and a controller comprising one or more processors and operably coupled to the heater array to select which of the plurality of heating elements to heat the aerosol-generating article positioned in the cavity, wherein the controller is configured to: identify at least one property of the aerosol-generating article; and heat the aerosol-generating article using the heater array based on the identified at least one property of the aerosol-generating article, wherein identify at least one property of the aerosol-generating article; and heat the aerosol-generating article using the heater array based on the identified at least one property of the aerosol-generating article, wherein the at least one property of the aerosol-generating article comprises at least one of size, shape, type, content, age, and brand, the aerosol-generating device being characterized in that the controller is further configured to heat the aerosol-generating article using a selected zone of heating elements based on the identified at least one property of the aerosol-generating article.
A phase change material heat sink comprising: a carbon graphite matrix having one or more removed portions; and an expanded graphite located within the one or more removed portions wherein the expanded graphite fills a selected percentage of the one or more removed portions; and and characterised in that the selected percentage is less than or equal to 10 percent, or wherein the selected percentage is equal to 10 percent. a carbon graphite matrix having one or more removed portions; and an expanded graphite located within the one or more removed portions wherein the expanded graphite fills a selected percentage of the one or more removed portions; and and characterised in that the selected percentage is less than or equal to 10 percent, or wherein the selected percentage is equal to 10 percent.
An isolated Streptococcus pyogenes Cas9 (SpCas9) protein with mutations Q695A and Q926A in SEQ ID NO:1, wherein the SpCas9 protein is at least 95% identical to the amino acid sequence of SEQ ID NO: 1; and optionally one or more of a nuclear localization sequence, cell penetrating peptide sequence, and/or affinity tag.
A method comprising: (a) transmitting data by a wireless device, wherein the wireless device is a wireless station, STA; (b) transmitting a Block Acknowledgement Request, BAR, by the wireless STA; and (c) receiving a Block Acknowledgement, BA, by the wireless STA, wherein the BA is transmitted from another wireless device; characterized in that the data includes a plurality of MAC Protocol Data Units, MPDUs, wherein each of the MPDUs has a Traffic Identification, TID, wherein multiple of the TIDs are associated with one of a plurality of access categories, and wherein a corresponding priority is assigned to each of the access categories, wherein the BAR requests an acknowledgement for multiple of the MPDUs, wherein the step of transmitting BAR by the wireless STA requests the acknowledgement for the MPDUs having the TIDs associated with the access category that has the same or higher priority than a primary access category. (a) transmitting data by a wireless device, wherein the wireless device is a wireless station, STA; (b) transmitting a Block Acknowledgement Request, BAR, by the wireless STA; and (c) receiving a Block Acknowledgement, BA, by the wireless STA, wherein the BA is transmitted from another wireless device;
A pre-coating agent composition for a grain-oriented electrical steel sheet comprising: acid containing boron, metal dihydrogen phosphates, a silica compound; and solvent, wherein the acid containing boron is at least one selected from the group consisting of borinic acid, boronic acid, boric acid and a combination thereof, and the pre-coating agent composition comprises 20 to 40 parts by weight of the silica compound, 5 to 15 parts by weight of the acid containing boron, and 300 to 500 parts by weight of the solvent, based on 100 parts by weight of the metal dihydrogen phosphates.
A scroll compressor comprising: a pair of a fixed scroll member and a revolving scroll member, the pair being engaged with each other to form a compression chamber; a driven crank mechanism for driving the revolving scroll member to revolutionary turn around the fixed scroll member; and a pin-and-ring type self rotation preventing mechanism that comprises a pin and ring part having a self rotation preventing pin provided in the revolving scroll member or in a thrust support member of the revolving scroll member, a self rotation preventing ring hole corresponding to the self rotation preventing pin, and a self rotation preventing ring provided in the self rotation ring hole and that is configured to prevent self rotation of the revolving scroll member by setting a maximum displacement R larger than a theoretical revolving radius (pth) of the revolving scroll member in a direction of self rotation of the revolving scroll member, the maximum displacement R being determined in accordance with contact between plural pairs of the self rotation preventing pin and the self rotation preventing ring hole, and by offsetting the self rotation preventing pin, in an opposite direction to the self rotation direction in accordance with the maximum displacement R, the scroll compressor characterized in that the self rotation preventing ring hole is provided with an orbit correction part that is formed into the shape of a ring hole formed by smoothly connecting the self rotation preventing ring hole having a small arc for reducing the maximum displacement R in a section in which the pin and ring part supports self rotation moment of the revolving scroll member by orderly contact of the self rotation preventing pin with an inner circumferential surface of the self rotation preventing ring hole, to the self rotation preventing ring hole having a large arc, which is an arc whose curvature radius is larger than that one of the small arc, for increasing the maximum displacement R in a section in which the pin and ring part does not support self rotation moment of the revolving scroll member by orderly contact of the self rotation preventing pin with the inner circumferential surface of the self rotation preventing ring hole.