mhurhangee/patent-ind-claim-en huggingface dataset:
A glass ceramic, comprising: at least one lithium silicate crystal phase as a primary crystal phase; and at least one of petalite, β-quartz, β-spodumene, cristobalite, and lithium phosphate as a secondary crystal phase, wherein the glass ceramic is characterized by the following color coordinates: L*: 20.0 to 40.0; a*: -1.0 to 1.0; and b*: -5.0 to 2.0. at least one lithium silicate crystal phase as a primary crystal phase; and at least one of petalite, β-quartz, β-spodumene, cristobalite, and lithium phosphate as a secondary crystal phase, wherein the glass ceramic is characterized by the following color coordinates: L*: 20.0 to 40.0; a*: -1.0 to 1.0; and b*: -5.0 to 2.0. L*: 20.0 to 40.0; a*: -1.0 to 1.0; and b*: -5.0 to 2.0.
Handheld device for dispensing a pharmaceutical substance, with a housing , in which a receptacle with the pharmaceutical substance (S) and a counter is provided for, wherein the receptacle by pressure activation (P) by a user after going through a pre-determined displacement path, dispenses the pharmaceutical substance and the counter experiences, depending on the going through the displacement path, an effect for turning of a counter wheel of the counter, wherein the counter further has a drive part for turning the counter wheel and a restoring spring , and the counter wheel is arranged turnable on a holding part , wherein further the holding part is independent from the housing and the driving part is arranged immediately on the holding part , wherein further upon force actuation (P) first there is an effect on the counter wheel of the counter and thereafter the dispensing of the pharmaceutical substance (S), characterized in that the restoring spring is lever-like and does pivot upon actuation around a pivot axis (b), wherein in a cross section in which the largest distance (c) between the engagement part and the pivot axis (b) is given, the restoring spring has, seen from the counter , a concave course (K) and that the restoring spring with reference to a cross-section in direction of a longitudinal axis is provided for beneath the counter, between the counter and the bottom of the housing, with a spring area supporting on the bottom of the housing for a seesaw-like design of the restoring spring , so that upon actuation of the hand-held device the engagement part on the side of the spring arm end is raised essentially counter to the movement direction of the receptacle and the counter mechanism , coming nearer to the drive part.
Composition obtained by mixing at least components A) to C), wherein A) is polycarbonate, B) is unsized talc and C) is at least one anhydride-modified alpha-olefin polymer having an acid number of at least 30 mg KOH/g and a mean molecular weight M w of 4000 to 40 000 g/mol, where the mean molecular weight M w is determined by means of gel permeation chromatography in ortho-dichlorobenzene at 150°C with polystyrene calibration and the acid number is determined by means of potentiometric titration with alcoholic potassium hydroxide solution according to DIN ISO 17025:2005, wherein the amounts of B) and C) prior to mixing are matched to one another such that, for every 10 parts by weight of component B), 0.10 to 1.4 parts by weight of component C) are used, and wherein the composition is free of polyesters and graft polymers. A) is polycarbonate, B) is unsized talc and C) is at least one anhydride-modified alpha-olefin polymer having an acid number of at least 30 mg KOH/g and a mean molecular weight M w of 4000 to 40 000 g/mol, where the mean molecular weight M w is determined by means of gel permeation chromatography in ortho-dichlorobenzene at 150°C with polystyrene calibration and the acid number is determined by means of potentiometric titration with alcoholic potassium hydroxide solution according to DIN ISO 17025:2005,
Vehicle retention system for road barriers, which consists of guide barriers which are fitted detachably to one another, wherein each guide barrier has a base body with ground skids and at least one ground guide arrangement and on at least said guide arrangement can be shifted to a limited degree transversely to the road, wherein the guide arrangement comprises a guide plate which has a central section and at the end side respectively an anchor section , wherein the central section has an elongated hole running in longitudinal direction (LR1) of the guide plate , characterised in that each anchor section has an elongated hole directed transversely to the longitudinal direction (LR1) of the guide plate and the guide plate can be secured to the ground by means of anchoring means guided through the elongated holes in the anchor sections and the base body can be mounted with a first skid on the guide plate , wherein the first skid possesses a horizontal plate in which in the central area two elongated holes arranged in longitudinal direction (LR2) of the first skid are provided at a distance (a) from one another, and the skid is coupled with the guide plate via connecting means with the incorporation of at least one sliding plate , wherein for coupling the first skid to the guide plate respectively a connecting means is guided through the elongated hole in the central section of the guide plate and through the elongated holes in the horizontal plate of the first skid .
A method for non-destructively obtaining the genotype of a microspore, said method comprising: (a) isolating a microspore tetrad comprising four tetrad microspores, (b) separating the microspore tetrad to obtain four tetrad microspores, (c) genotyping three of the four tetrad microspores; and (d) inferring the genotype of the fourth tetrad microspore from the genotypes obtained in step (c). (a) isolating a microspore tetrad comprising four tetrad microspores, (b) separating the microspore tetrad to obtain four tetrad microspores, (c) genotyping three of the four tetrad microspores; and (d) inferring the genotype of the fourth tetrad microspore from the genotypes obtained in step (c).
A test and measurement system, comprising: an accessory connected to a device under test , including: means for receiving an input signal from the device under test , means for receiving the input signal and applying a compensation signal based on a compensation value internal to the accessory and outputting a compensated input signal, and means for outputting a processed input signal of the device under test ; a controller connected to the accessory, including: means for receiving the compensated input signal and the processed input signal from the accessory , and means for comparing the compensated input signal and the processed input signal and in response to the comparison providing a compensation value to the means for applying a compensation signal; and a test and measurement instrument connected to the controller . an accessory connected to a device under test , including: means for receiving an input signal from the device under test , means for receiving the input signal and applying a compensation signal based on a compensation value internal to the accessory and outputting a compensated input signal, and means for outputting a processed input signal of the device under test ; means for receiving an input signal from the device under test , means for receiving the input signal and applying a compensation signal based on a compensation value internal to the accessory and outputting a compensated input signal, and means for outputting a processed input signal of the device under test ; a controller connected to the accessory, including: means for receiving the compensated input signal and the processed input signal from the accessory , and means for comparing the compensated input signal and the processed input signal and in response to the comparison providing a compensation value to the means for applying a compensation signal; and means for receiving the compensated input signal and the processed input signal from the accessory , and means for comparing the compensated input signal and the processed input signal and in response to the comparison providing a compensation value to the means for applying a compensation signal; and a test and measurement instrument connected to the controller .
A data sharing method, performed by a first client , comprising: encrypting a piece of plaintext data according to a key, to obtain encrypted data; uploading the encrypted data to a block of an information sharing system , the information sharing system being a blockchain system; uploading a first part of the key to an access authorization server corresponding to the information sharing system ; receiving, from the access authorization server , an authorization code corresponding to the encrypted data; and transmitting the authorization code and a second part of the key to a second client of a user in a case that the user is authorized to access the encrypted data, the second part of the key comprising a remaining part of the key except the first part, so that in a case of transmitting an access request for the encrypted data to the access authorization server, the second client adds the authorization code and the second part of the key to the access request, and thus the access authorization server generates the key according to the first part and the second part of the key in a case of determining that the authorization code is valid, decrypts, according to the generated key, the encrypted data obtained from the block of the information sharing system to obtain the plaintext data, and returns the plaintext data to the second client . encrypting a piece of plaintext data according to a key, to obtain encrypted data; uploading the encrypted data to a block of an information sharing system , the information sharing system being a blockchain system; uploading a first part of the key to an access authorization server corresponding to the information sharing system ; receiving, from the access authorization server , an authorization code corresponding to the encrypted data; and transmitting the authorization code and a second part of the key to a second client of a user in a case that the user is authorized to access the encrypted data, the second part of the key comprising a remaining part of the key except the first part, so that in a case of transmitting an access request for the encrypted data to the access authorization server, the second client adds the authorization code and the second part of the key to the access request, and thus the access authorization server generates the key according to the first part and the second part of the key in a case of determining that the authorization code is valid, decrypts, according to the generated key, the encrypted data obtained from the block of the information sharing system to obtain the plaintext data, and returns the plaintext data to the second client .
A reception apparatus comprising: an output portion ; a reception portion configured to receive AV content and trigger information from a broadcasting apparatus , the trigger information being embedded or multiplexed into the AV content; a command execution portion configured to execute a first application program in response to trigger information comprising a third command for controlling the operation of said first application program executed in interlocked relation to output of said AV content by the output portion , according to which information related to the AV content is displayed by the first application program in superposed fashion on an image of the AV content; a command transmission portion configured to transmit, in response to trigger information comprising a fourth command, to an external terminal apparatus a second command for activating the operation of a second application program to be executed by said terminal apparatus in interlocked relation to output of said AV content by said reception apparatus when said reception apparatus is connected to said terminal apparatus; and a command reception portion configured to receive, in response to the transmission of the second command, a first command from said terminal apparatus executing said second application program, said first command being configured for controlling the operation of said first application program. an output portion ; a reception portion configured to receive AV content and trigger information from a broadcasting apparatus , the trigger information being embedded or multiplexed into the AV content; a command execution portion configured to execute a first application program in response to trigger information comprising a third command for controlling the operation of said first application program executed in interlocked relation to output of said AV content by the output portion , according to which information related to the AV content is displayed by the first application program in superposed fashion on an image of the AV content; a command transmission portion configured to transmit, in response to trigger information comprising a fourth command, to an external terminal apparatus a second command for activating the operation of a second application program to be executed by said terminal apparatus in interlocked relation to output of said AV content by said reception apparatus when said reception apparatus is connected to said terminal apparatus; and a command reception portion configured to receive, in response to the transmission of the second command, a first command from said terminal apparatus executing said second application program, said first command being configured for controlling the operation of said first application program.
The hydrogen fumarate salt of a compound of formula Y: wherein, R 1 - R 10 are independently hydrogen or deuterium, wherein R 6 -R 10 are each deuterium, and wherein designation of a position as deuterium has a minimum deuterium incorporation of greater than 50% at that position.
A method for monitoring amounts of submerged solid consumable comprising salt in a hydrocarbon/salt mixture, said method comprising: identifying an echo from an end of a Guided Wave Radar, GWR, probe located at a position n×L, wherein n is the average refractive index of the hydrocarbon/salt mixture and L is the true probe length; measuring with the GWR probe a measurement of a reflection at a fixed position in a particle bed such that said reflection represents aggregate dielectric properties in a vessel , wherein said measurement involves determining when the refractive index measured is approaching the refractive index of the hydrocarbon , wherein said measurement includes the refractive index of the mixture that includes the hydrocarbon and the solid consumable, and calculating an amount of solid consumable in said mixture based on the average refractive index. identifying an echo from an end of a Guided Wave Radar, GWR, probe located at a position n×L, wherein n is the average refractive index of the hydrocarbon/salt mixture and L is the true probe length; measuring with the GWR probe a measurement of a reflection at a fixed position in a particle bed such that said reflection represents aggregate dielectric properties in a vessel , wherein said measurement involves determining when the refractive index measured is approaching the refractive index of the hydrocarbon , wherein said measurement includes the refractive index of the mixture that includes the hydrocarbon and the solid consumable, and calculating an amount of solid consumable in said mixture based on the average refractive index.
A method for sending control data in a hybrid broadband/broadcast network system, said network system comprising a broadcast network dedicated to transmission of broadcast services through at least a broadcast cell and a wireless network dedicated to transmission of at least a service through a plurality of cells, a cover area of the broadcast cell covering, at least partially, a cover area of a first cell and a cover area of a second cell among the plurality of cells, said method comprising: when control data related to a service of the first cell is identical to control data related to a service of a second cell, sending (S14) the control data through the broadcast cell instead of the first cell and the second cell, wherein user data and user specific control data is sent through the first cell and the second cell.
A supply control apparatus , comprising: an operation panel configured to receive a selection, by a user, of a supply object to be supplied to a supply destination container; an image projection means configured to project, in a vicinity of the supply destination container, display information to allow the user to recognize an identifier of the selected supply object and information to prompt the user to decide on the selected supply object in a state in which a supply of the selected supply object to the supply destination container is locked; an image determination means configured to recognize a motion of the user, based on an image in which an action by the user on the display information is captured, and to detect a decision operation for confirming the selected supply object on the display information when the recognized motion corresponds to the decision operation; and a supply control unit configured to unlock a supply for the supply destination container of the selected supply object when the decision operation is detected. an operation panel configured to receive a selection, by a user, of a supply object to be supplied to a supply destination container; an image projection means configured to project, in a vicinity of the supply destination container, display information to allow the user to recognize an identifier of the selected supply object and information to prompt the user to decide on the selected supply object in a state in which a supply of the selected supply object to the supply destination container is locked; an image determination means configured to recognize a motion of the user, based on an image in which an action by the user on the display information is captured, and to detect a decision operation for confirming the selected supply object on the display information when the recognized motion corresponds to the decision operation; and a supply control unit configured to unlock a supply for the supply destination container of the selected supply object when the decision operation is detected.
Robot joint, having - a robot link , - a drive wheel rotatably mounted on the robot member and an output wheel rotatably mounted on the robot member , - a transmission device coupling the drive wheel to the driven wheel for transmitting a drive torque, and - a motor (M1) driving the drive wheel , the motor shaft of which is connected to the drive wheel via a drive connection for introducing the drive torque, characterized by a safety clutch which is designed to disconnect the drive connection between the motor shaft and the drive wheel if a predetermined limit torque is exceeded and if the drive falls below the specified limit torque the drive connection between to restore the motor shaft and the drive wheel , and a sensor device which is designed to detect the angular position of the driven wheel . - a robot link , - a drive wheel rotatably mounted on the robot member and an output wheel rotatably mounted on the robot member , - a transmission device coupling the drive wheel to the driven wheel for transmitting a drive torque, and - a motor (M1) driving the drive wheel , the motor shaft of which is connected to the drive wheel via a drive connection for introducing the drive torque,
An article of footwear comprising: an upper ; and a sole structure coupled to the upper and including a first electrically controllable damping pad positioned in a plantar region of the sole structure, wherein the first damping pad includes a first chamber , a first foam element located within the first chamber, a first electrorheological fluid located within the first chamber and at least partially permeating the first foam element, and a set of first electrodes , each electrode of the set of first electrodes comprising a peripheral boundary to define a first compressibility reduction zone of the first chamber between respective electrodes and spaced inwardly of a peripheral boundary of the first chamber, the set of first electrodes positioned to create, in response to a voltage across the first electrodes, an electrical field in the first electrorheological fluid in the first compressibility reduction zone, wherein at least a portion of the first foam element permeated by the first electrorheological fluid is located within the first compressibility reduction zone. an upper ; and a sole structure coupled to the upper and including a first electrically controllable damping pad positioned in a plantar region of the sole structure, wherein the first damping pad includes a first chamber , a first foam element located within the first chamber, a first electrorheological fluid located within the first chamber and at least partially permeating the first foam element, and a set of first electrodes , each electrode of the set of first electrodes comprising a peripheral boundary to define a first compressibility reduction zone of the first chamber between respective electrodes and spaced inwardly of a peripheral boundary of the first chamber, the set of first electrodes positioned to create, in response to a voltage across the first electrodes, an electrical field in the first electrorheological fluid in the first compressibility reduction zone, wherein at least a portion of the first foam element permeated by the first electrorheological fluid is located within the first compressibility reduction zone. a first chamber , a first foam element located within the first chamber, a first electrorheological fluid located within the first chamber and at least partially permeating the first foam element, and a set of first electrodes , each electrode of the set of first electrodes comprising a peripheral boundary to define a first compressibility reduction zone of the first chamber between respective electrodes and spaced inwardly of a peripheral boundary of the first chamber, the set of first electrodes positioned to create, in response to a voltage across the first electrodes, an electrical field in the first electrorheological fluid in the first compressibility reduction zone, wherein at least a portion of the first foam element permeated by the first electrorheological fluid is located within the first compressibility reduction zone.
A solid suspension for use in bone regeneration and/or the repair of bone defects, comprising a source of strontium cations and a source of zinc cations, wherein the source of zinc cations comprises zinc oxide; and wherein the solid suspension is suitable for injection.
A thermal control skin capable of regulating equivalent emissivity by means of voltage, comprising: from bottom to top, a substrate , an inner layer , an outer layer and a protective layer , with spacers being provided between the inner layer and the outer layer , wherein the spacers cause a vacuum gap having a pitch on the micro-nano level to be formed between the inner layer and the outer layer ; a metal-insulator-semiconductor structure is comprised in the inner layer and/or the outer layer , and a direct-current adjustable voltage is applied between semiconductor and metal in the structure; characterized in that the protective layer is an optical solar reflector and has high infrared emissivity or has both high infrared emissivity and low solar spectrum absorptivity. a metal-insulator-semiconductor structure is comprised in the inner layer and/or the outer layer , and a direct-current adjustable voltage is applied between semiconductor and metal in the structure; characterized in that the protective layer is an optical solar reflector and has high infrared emissivity or has both high infrared emissivity and low solar spectrum absorptivity.