mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for supporting a weight used during exercises comprising: a base configured for being movable movable and for being coupled to and extending horizontally from a vertically extending support frame , characterised by an extendable arm assembly comprising a front arm , a back arm , a holder and a cradle , the cradle being coupled to an upper end of each of the front arm and the back arm , the cradle being configured for supporting the weight , the extendable arm assembly further comprising a strut assembly coupled to and between the front arm and the back arm, wherein the front arm and back arm are coupled such that front arm and back arm pivot simultaneously, wherein the extendable arm assembly is configured for selectively pivoting the cradle between a first position when the weight is supported by the cradle and a second position when the weight is removed from the cradle , the strut assembly being configured to move the cradle from the first position to the second position when the weight is removed from the cradle . a base configured for being movable movable and for being coupled to and extending horizontally from a vertically extending support frame , characterised by an extendable arm assembly comprising a front arm , a back arm , a holder and a cradle , the cradle being coupled to an upper end of each of the front arm and the back arm , the cradle being configured for supporting the weight , the extendable arm assembly further comprising a strut assembly coupled to and between the front arm and the back arm, wherein the front arm and back arm are coupled such that front arm and back arm pivot simultaneously, wherein the extendable arm assembly is configured for selectively pivoting the cradle between a first position when the weight is supported by the cradle and a second position when the weight is removed from the cradle , the strut assembly being configured to move the cradle from the first position to the second position when the weight is removed from the cradle .
A method performed by an electronic device, the method comprising: acquiring a device control instruction input by a user; determining an identity of the user by recognizing at least one of a voice or a face of the user; generating a multi-modal information including a user profile and a user authority of the user from a database based on the determined user; determining at least one target device and an intent of the device control instruction based on the multi-modal information; determining an operation of the at least one target device based on the intent of the device control instruction and the multi-modal information; and controlling the at least one target device to perform the operation based on a processing model and the multi-modal information, characterized in that the processing model is acquired by: acquiring multiple training data; determining a target loss function, based on parameter information in the training data and parameter information predicted by a processing model; and training, through the target loss function, the processing model for changing the parameter information in the device control instruction based on the training data. acquiring a device control instruction input by a user; determining an identity of the user by recognizing at least one of a voice or a face of the user; generating a multi-modal information including a user profile and a user authority of the user from a database based on the determined user; determining at least one target device and an intent of the device control instruction based on the multi-modal information; determining an operation of the at least one target device based on the intent of the device control instruction and the multi-modal information; and controlling the at least one target device to perform the operation based on a processing model and the multi-modal information, characterized in that the processing model is acquired by: acquiring multiple training data; determining a target loss function, based on parameter information in the training data and parameter information predicted by a processing model; and training, through the target loss function, the processing model for changing the parameter information in the device control instruction based on the training data. acquiring multiple training data; determining a target loss function, based on parameter information in the training data and parameter information predicted by a processing model; and training, through the target loss function, the processing model for changing the parameter information in the device control instruction based on the training data.
Method for sorting wafers obtained by cutting a Czochralski-type monocrystalline silicon ingot, the method being carried out when the wafers are in an as-cut state or in a surface-shaped state and comprising the following steps: a) measuring (S1) the majority free charge carrier concentration (n 0 , p 0 ) in at least one area of each wafer; b) calculating (S2) the thermal donor concentration ([DT]) in said area of each wafer from the majority free charge carrier concentration (n 0 , p 0 ); c) calculating (S3) the thermal donors-limited lifetime (τ DT ) of the charge carriers in said area of each wafer, from the thermal donor concentration ([DT]); d) determining (S4) a bulk lifetime value (τ bulk ) of the charge carriers in each wafer, from the thermal donors-limited lifetime (τ DT ); e) comparing (S5) the bulk lifetime value (τ bulk ) or a normalised value of the bulk lifetime with a threshold value (τ lim ); and f) discarding (S6) the wafer when the bulk lifetime value (τ eff ) or the normalised value of the bulk lifetime is lower than a threshold value (τ lim ). a) measuring (S1) the majority free charge carrier concentration (n 0 , p 0 ) in at least one area of each wafer; b) calculating (S2) the thermal donor concentration ([DT]) in said area of each wafer from the majority free charge carrier concentration (n 0 , p 0 ); c) calculating (S3) the thermal donors-limited lifetime (τ DT ) of the charge carriers in said area of each wafer, from the thermal donor concentration ([DT]); d) determining (S4) a bulk lifetime value (τ bulk ) of the charge carriers in each wafer, from the thermal donors-limited lifetime (τ DT ); e) comparing (S5) the bulk lifetime value (τ bulk ) or a normalised value of the bulk lifetime with a threshold value (τ lim ); and f) discarding (S6) the wafer when the bulk lifetime value (τ eff ) or the normalised value of the bulk lifetime is lower than a threshold value (τ lim ).
Aircraft air intake internal wall comprising a resistive skin configured to allow acoustic waves to pass through and a cellular core configured to damp said acoustic waves, characterized in that the resistive skin is made up of a succession, in an orbital direction, of strips of acoustic material , each strip having a length in a longitudinal direction, a width in a transverse direction, a thickness and axial ends , each strip of material being folded in a substantially transverse plane at at least one of the axial ends of the strip, in an end portion of the length of the strip, the folded end portions of the strips forming a rear or front flange for fastening the resistive skin of the air intake internal wall to a frame of the air intake.
System comprising a charging device for an electric vehicle and an additional charging device , wherein the charging device is designed such that it can be connected with an additional charging device with a retaining opening and the connection can be locked, if the additional charging device is fully inserted into the first charging device , having a bolt for locking the mechanical connection between the first charging device and the additional charging device by moving an end of the bolt into the retaining opening , wherein a device is provided that, in the case of a damaged retaining opening of the additional charging device , is able to prevent a movement of the bolt in the direction of its locking position, if the additional charging device is fully inserted into the first charging device , characterized in that the charging device comprises a lever that can be moved starting from a starting position through a locking bar of the retaining opening into an end position, and which enables an indirect or direct locking of the mechanical connection between the charging device and the additional charging device only in the end position, wherein the charging device is embodied so that a battery of the electric vehicle is only charged after the locking.
Connection clamp for formwork construction having an inner clamp arm and an outer clamp arm , wherein the two clamp arms each have a clamp jaw and can be moved relative to one another in order to change a clamp width of the connection clamp , and wherein the inner clamp arm has a plug-in portion which is plugged into, and guided in, a guide portion of the outer clamp arm , wherein the inner clamp arm has a cavity at least in its plug-in portion , characterized in that the guide portion of the outer clamp arm engages around the plug-in portion of the inner clamp arm in a more than U-shaped manner, wherein the guide portion has a guide cutout in which a jaw limb of the inner clamp arm can be displaced, and wherein the inner clamp arm is retained, in a direction of longitudinal extent of its jaw limb , in the guide portion of the outer clamp arm in a form-fitting manner.
A composite material characterized in that it comprises: - 1-2% by weight of a thermosetting resin; - 45-90% by weight of a mix of natural, synthetic and mineral fibers; - 5-45% by weight of vermiculite; and - 4-9% by weight of halloysite. - 1-2% by weight of a thermosetting resin; - 45-90% by weight of a mix of natural, synthetic and mineral fibers; - 5-45% by weight of vermiculite; and - 4-9% by weight of halloysite.
A deformable display device comprising: a deformable display ; a sensor arranged to sense a bending line located in at least one of first and second areas of the deformable display , the bending line formed by bending the display ; and a controller , wherein in response to the bending line overlapping with the first area and the second area the controller is arranged: to determine whether the bending line is effective based on whether more than a predetermined portion of the bending line is included in the first area or the second area, if the predetermined portion of the bending line is included in the first area or the second area, to determine the bending line is effective and perform a function corresponding to an area including the predetermined portion of the bending line among the first area and the second area, if the predetermined portion of the bending line is not included in any of the first area and the second area, to determine the bending line is ineffective and not perform functions corresponding to the first area and the second area. a deformable display ; a sensor arranged to sense a bending line located in at least one of first and second areas of the deformable display , the bending line formed by bending the display ; and a controller , wherein in response to the bending line overlapping with the first area and the second area the controller is arranged: to determine whether the bending line is effective based on whether more than a predetermined portion of the bending line is included in the first area or the second area, if the predetermined portion of the bending line is included in the first area or the second area, to determine the bending line is effective and perform a function corresponding to an area including the predetermined portion of the bending line among the first area and the second area, if the predetermined portion of the bending line is not included in any of the first area and the second area, to determine the bending line is ineffective and not perform functions corresponding to the first area and the second area. to determine whether the bending line is effective based on whether more than a predetermined portion of the bending line is included in the first area or the second area, if the predetermined portion of the bending line is included in the first area or the second area, to determine the bending line is effective and perform a function corresponding to an area including the predetermined portion of the bending line among the first area and the second area, if the predetermined portion of the bending line is not included in any of the first area and the second area, to determine the bending line is ineffective and not perform functions corresponding to the first area and the second area.
A photocurable ink composition comprising: a resin which has an amine structure having an α-hydrogen atom and contains at least one selected from the group consisting of an alkylthio group, an alkylenethioalkylene group, and a mercapto group and at least one selected from the group consisting of a fluorinated hydrocarbon group, a polysiloxane group, and a hydrocarbon group having 14 or more carbon atoms; at least one of a monofunctional radically polymerizable monomer or a bifunctional radically polymerizable monomer; and a photopolymerization initiator. a resin which has an amine structure having an α-hydrogen atom and contains at least one selected from the group consisting of an alkylthio group, an alkylenethioalkylene group, and a mercapto group and at least one selected from the group consisting of a fluorinated hydrocarbon group, a polysiloxane group, and a hydrocarbon group having 14 or more carbon atoms; at least one of a monofunctional radically polymerizable monomer or a bifunctional radically polymerizable monomer; and a photopolymerization initiator.
An arrangement for suppressing interference of acoustic signals during ground sound location for locating faults in buried electrical lines by localizing repeating arc overs at fault sites by means of a connected impulse voltage device, the arrangement comprising a mobile receiver having an acoustic sensor and a magnetic field sensor for detecting simultaneously occurring magnetic pulses in the event of arc overs, a memory , an arithmetic logic unit and an evaluation unit , characterized in that the arrangement is set up to supply the detected acoustic pulses to the memory and offset the same with one or more previous acoustic pulses in the arithmetic logic unit by means of a computing algorithm, wherein the synchronization of the start times of the individual acoustic pulses takes place by means of the respectively associated detected magnetic pulse and the result from the arithmetic logic unit is supplied via the computing algorithm to the evaluation unit , and wherein the arithmetic logic unit is set up to use an averaging as algorithm for suppressing interference of the acoustic signals.
A method to produce a shaped curd mass comprising a sodium chloride content and a nisin content, the method comprising a. providing a nisin-intolerant bulk starter; b. mixing milk, a coagulant, the nisin-intolerant bulk starter, a flavour adjunct culture and a nisin-producing direct vat set culture in an amount of at least 10 4 cfu/ml of the milk, to provide a cheese milk composition; c. allowing the cheese milk composition to coagulate to provide curds; d. optionally, washing the curds; e. pressing the curds to produce a shaped curd mass; f. salting the shaped curd mass in brine to produce the shaped curd mass comprising the sodium chloride content and the nisin content; wherein the nisin-producing direct vat set culture still experiences a lag time after said mixing, and/or wherein the nisin-producing direct vat set culture is supplied as a lyophilized or a frozen culture; and wherein the expression "nisin" means "a nisin" or "a type I bacteriocin"; and wherein the flavour adjunct culture is a thermophilic flavour adjunct culture and is selected from the group consisting of Streptococcus thermophilus , Enterococcus faecium , Lactobacillus delbrueckii spp. bulgaricus , Lactobacillus delbrueckii spp. lactis , Lactobacillus helveticus , Lactobacillus acidophilus , Lactobacillus casei and Bifidobacterium spp. a. providing a nisin-intolerant bulk starter; b. mixing milk, a coagulant, the nisin-intolerant bulk starter, a flavour adjunct culture and a nisin-producing direct vat set culture in an amount of at least 10 4 cfu/ml of the milk, to provide a cheese milk composition; c. allowing the cheese milk composition to coagulate to provide curds; d. optionally, washing the curds; e. pressing the curds to produce a shaped curd mass; f. salting the shaped curd mass in brine to produce the shaped curd mass comprising the sodium chloride content and the nisin content; wherein the nisin-producing direct vat set culture still experiences a lag time after said mixing, and/or wherein the nisin-producing direct vat set culture is supplied as a lyophilized or a frozen culture; and wherein the expression "nisin" means "a nisin" or "a type I bacteriocin"; and wherein the flavour adjunct culture is a thermophilic flavour adjunct culture and is selected from the group consisting of Streptococcus thermophilus , Enterococcus faecium , Lactobacillus delbrueckii spp. bulgaricus , Lactobacillus delbrueckii spp. lactis , Lactobacillus helveticus , Lactobacillus acidophilus , Lactobacillus casei and Bifidobacterium spp.
A lactic acid bacterium for preparing silage, constituted by a Lactobacillus diolivorans having anti-yeast action, wherein the Lactobacillus diolivorans is the Lactobacillus diolivorans SBS-0006 strain (NITE BP-02208), Lactobacillus diolivorans SBS-0007 strain (NITE BP-02209), or Lactobacillus diolivorans SBS-0009 strain (NITE BP-02210).
Lifting and lowering pull-out device for a shelf installed in a body , in particular of a piece of furniture or household appliance, comprising - a body rail that can be fixed to the body , - a shelf rail that can be fixed to the shelf , - two middle rails arranged so as to be displaceable and pivotable with the body rail and the shelf rail and coupled to one another so as to be displaceable relative to one another in the direction of their longitudinal axis (L) - wherein the body rail is pivotably coupled to a first middle rail via a first pivot guide web and the shelf rail is pivotably coupled to a second middle rail via a second pivot guide web , characterized in that - a stabilizing unit with a guide slot stabilizing the lifting and lowering movement of the shelf rail and a guide element guided in the guide slot at least in a partial section of a lifting and lowering movement of the shelf rail is arranged on the shelf rail and the body rail . - a body rail that can be fixed to the body , - a shelf rail that can be fixed to the shelf , - two middle rails arranged so as to be displaceable and pivotable with the body rail and the shelf rail and coupled to one another so as to be displaceable relative to one another in the direction of their longitudinal axis (L) - wherein the body rail is pivotably coupled to a first middle rail via a first pivot guide web and the shelf rail is pivotably coupled to a second middle rail via a second pivot guide web , characterized in that - a stabilizing unit with a guide slot stabilizing the lifting and lowering movement of the shelf rail and a guide element guided in the guide slot at least in a partial section of a lifting and lowering movement of the shelf rail is arranged on the shelf rail and the body rail .
An actuation arrangement for a thrust reverser , comprising: a carrier and a track , the carrier configured to translate along the track disposed on a frame of the thrust reverser , wherein the carrier is configured to move a reverser door between a closed position and an open position in response to the carrier translating along the track ; characterised by a deployable fairing configured to be pivotally coupled to the frame , the deployable fairing operatively coupled to the carrier , wherein the deployable fairing is configured to move away from a central axis of the thrust reverser to provide clearance for the reverser door to rotate into a deployed position.
A rotatable blade comprising: a ceramic matrix composite airfoil , and a blade platform connected to the ceramic matrix composite airfoil, wherein the ceramic matrix composite airfoil comprises: a shaped core formed of a plurality of ceramic composite plies, a cooling fluid flow network formed of one or more ceramic foam components at least partially positioned around the shaped core; and an airfoil skin formed of a ceramic fiber lamina disposed about the shaped core and the cooling fluid flow network, and wherein at least one further ceramic foam component is positioned within the blade platform. a ceramic matrix composite airfoil , and a blade platform connected to the ceramic matrix composite airfoil, wherein the ceramic matrix composite airfoil comprises: a shaped core formed of a plurality of ceramic composite plies, a cooling fluid flow network formed of one or more ceramic foam components at least partially positioned around the shaped core; and an airfoil skin formed of a ceramic fiber lamina disposed about the shaped core and the cooling fluid flow network, and a shaped core formed of a plurality of ceramic composite plies, a cooling fluid flow network formed of one or more ceramic foam components at least partially positioned around the shaped core; and an airfoil skin formed of a ceramic fiber lamina disposed about the shaped core and the cooling fluid flow network, and wherein at least one further ceramic foam component is positioned within the blade platform.