mhurhangee/patent-ind-claim-en huggingface dataset:
A work machine , comprising: a work device having a boom , an arm , and a bucket ; a plurality of hydraulic actuators that drive the work device ; an operation device that outputs an operation signal in response to an operator's operation and that instructs the plurality of hydraulic actuators to be actuated; and a controller that limits a velocity at which the work device approaches a predetermined design surface to be equal to or lower than a predetermined limiting velocity in such a manner that the work device is located onto or above the design surface when the operation device is operated, wherein the controller sets the limiting velocity, when determining that a work phase of the work device is compaction work, to be higher than the limiting velocity when determining that the work phase of the work device is other than the compaction work, characterized in that : determines whether the work phase of the work device is the compaction work on a basis of a posture of the bucket with respect to the design surface in a case in which the operation device instructs the work device to approach the design surface a work device having a boom , an arm , and a bucket ; a plurality of hydraulic actuators that drive the work device ; an operation device that outputs an operation signal in response to an operator's operation and that instructs the plurality of hydraulic actuators to be actuated; and a controller that limits a velocity at which the work device approaches a predetermined design surface to be equal to or lower than a predetermined limiting velocity in such a manner that the work device is located onto or above the design surface when the operation device is operated, wherein the controller sets the limiting velocity, when determining that a work phase of the work device is compaction work, to be higher than the limiting velocity when determining that the work phase of the work device is other than the compaction work, characterized in that : determines whether the work phase of the work device is the compaction work on a basis of a posture of the bucket with respect to the design surface in a case in which the operation device instructs the work device to approach the design surface
Connector assembly for electrically connecting an inverter busbar to an electrical connector of an electric motor of a drive unit, comprising: a carrier having a hole , an intermediate busbar (16, 16', 16") comprising a first terminal (17, 17', 17") with a hole (18, 18', 18"), a first fastening element (21, 21', 21") extending through the hole (18, 18', 18") of the first terminal (17, 17', 17"), and a third fastening element , wherein the intermediate busbar (16, 16', 16") is mounted to the carrier and the intermediate busbar (16, 16', 16") is connectable to the inverter busbar (24, 24', 24") by the first fastening element (21, 21', 21"), wherein the carrier is connectable to the housing of the drive unit by the third fastening element extending through the hole of the carrier , characterized in that the carrier comprises a positioning pin defining a longitudinal axis (L1), said positioning pin being adapted to be accommodated in a receptacle of a housing of the drive unit such that the carrier is axially slidable in the direction of the longitudinal axis (L1); that the first fastening element (21, 21', 21") is arranged within the hole (18, 18', 18") of the first terminal (17, 17', 17") with a radial clearance relative to the longitudinal axis (L1) of the positioning pin and that the third fastening element is arranged within the hole of the carrier with a clearance in a direction parallel to the longitudinal axis (L1) of the positioning pin . a carrier having a hole , an intermediate busbar (16, 16', 16") comprising a first terminal (17, 17', 17") with a hole (18, 18', 18"), a first fastening element (21, 21', 21") extending through the hole (18, 18', 18") of the first terminal (17, 17', 17"), and a third fastening element , wherein the intermediate busbar (16, 16', 16") is mounted to the carrier and the intermediate busbar (16, 16', 16") is connectable to the inverter busbar (24, 24', 24") by the first fastening element (21, 21', 21"), wherein the carrier is connectable to the housing of the drive unit by the third fastening element extending through the hole of the carrier , characterized in that the carrier comprises a positioning pin defining a longitudinal axis (L1), said positioning pin being adapted to be accommodated in a receptacle of a housing of the drive unit such that the carrier is axially slidable in the direction of the longitudinal axis (L1); that the first fastening element (21, 21', 21") is arranged within the hole (18, 18', 18") of the first terminal (17, 17', 17") with a radial clearance relative to the longitudinal axis (L1) of the positioning pin and that the third fastening element is arranged within the hole of the carrier with a clearance in a direction parallel to the longitudinal axis (L1) of the positioning pin .
A multi-directional input device comprising: an operation knob configured to be operable in multiple operation directions; a plurality of direction setting switches configured to be turned on by being pressed when the operation knob is operated; and a sensation generation unit configured to generate different operation sensation from operation sensation generated by the direction setting switches , wherein sensation is generated by the sensation generation unit after at least one of the plurality of direction setting switches has been turned on in a predetermined operation direction out of the multiple operation directions (10a-10h) ; an inclination plate configured to be pressed when the operation knob is operated, wherein the inclination plate has a first cam formed by a truncated conical-shaped inclination surface or a truncated pyramid-shaped inclination surface, and wherein first pressing members configured to press the direction setting switches are disposed at a plurality of positions corresponding to the multiple operation directions (10a-10h) in the first cam , characterized in that the inclination plate further has a second cam formed by a plurality of cam grooves (54a-54h) that extend in the multiple operation directions (10a-10h) from a central point so as to be inclined along down slopes, and wherein a second pressing member configured to be guided along one of the cam grooves (54a-54h) provided in the second cam along a corresponding one of the down slopes so as to press the sensation generation unit is disposed on a sensation generation unit side of the second cam . an operation knob configured to be operable in multiple operation directions; a plurality of direction setting switches configured to be turned on by being pressed when the operation knob is operated; and a sensation generation unit configured to generate different operation sensation from operation sensation generated by the direction setting switches , wherein sensation is generated by the sensation generation unit after at least one of the plurality of direction setting switches has been turned on in a predetermined operation direction out of the multiple operation directions (10a-10h) ; an inclination plate configured to be pressed when the operation knob is operated, wherein the inclination plate has a first cam formed by a truncated conical-shaped inclination surface or a truncated pyramid-shaped inclination surface, and wherein first pressing members configured to press the direction setting switches are disposed at a plurality of positions corresponding to the multiple operation directions (10a-10h) in the first cam , characterized in that the inclination plate further has a second cam formed by a plurality of cam grooves (54a-54h) that extend in the multiple operation directions (10a-10h) from a central point so as to be inclined along down slopes, and wherein a second pressing member configured to be guided along one of the cam grooves (54a-54h) provided in the second cam along a corresponding one of the down slopes so as to press the sensation generation unit is disposed on a sensation generation unit side of the second cam .
A solar rejection system comprising: an enclosure with an aperture ; and a movable sunshade movable to selectively block solar radiation from entering the aperture; wherein the sunshade is rotatable relative to the enclosure about at least two axes ; wherein the at least two axes include an elevation axis for changing an elevation angle of the sunshade relative to the enclosure and an azimuth axis ; wherein the sunshade has a greatest extent that is larger than a distance between the elevation axis and the enclosure; wherein the sunshade is coupled to a bearing , to enable rotation of the sunshade along with the bearing about the azimuth axis ; wherein the sunshade is hingedly coupled to the bearing for rotating the sunshade about the elevation axis ; and wherein the sunshade has a length extending away from where the sunshade is hingedly coupled to the bearing, which length is greater than a greatest extent of the aperture. an enclosure with an aperture ; and a movable sunshade movable to selectively block solar radiation from entering the aperture; wherein the sunshade is rotatable relative to the enclosure about at least two axes ; wherein the at least two axes include an elevation axis for changing an elevation angle of the sunshade relative to the enclosure and an azimuth axis ; wherein the sunshade has a greatest extent that is larger than a distance between the elevation axis and the enclosure; wherein the sunshade is coupled to a bearing , to enable rotation of the sunshade along with the bearing about the azimuth axis ; wherein the sunshade is hingedly coupled to the bearing for rotating the sunshade about the elevation axis ; and wherein the sunshade has a length extending away from where the sunshade is hingedly coupled to the bearing, which length is greater than a greatest extent of the aperture.
A compound of the formula I where: Ar 1 is phenyl and is substituted with 0-3 substituent selected from cyano, halo, alkyl, haloalkyl and haloalkoxy; Ar 2 is phenyl, pyridinyl or pyrimidinyl, and is substituted with 1 OR substituent and with 0-2 halo or alkyl substituents; R is hydrogen or a prodrug moiety selected from the group consisting of alkyl esters, amino acid esters, alkoxy esters, phosphonic acids, phosphonic alkyl esters, alkoxyphosphononate acid, alkoxyphosphonate alkyl esters, alkyl carabamates, amino acid carbamates, alkyl phosporamidates, aryl phosphoramidates, and sulfamates; X is a bond or C 1 -C 3 alkylene; n is 1 or 2; ring A is piperidine, piperazine and is substituted with 0-1 halo substituents; or a pharmaceutically acceptable salt thereof. Ar 1 is phenyl and is substituted with 0-3 substituent selected from cyano, halo, alkyl, haloalkyl and haloalkoxy; Ar 2 is phenyl, pyridinyl or pyrimidinyl, and is substituted with 1 OR substituent and with 0-2 halo or alkyl substituents; R is hydrogen or a prodrug moiety selected from the group consisting of alkyl esters, amino acid esters, alkoxy esters, phosphonic acids, phosphonic alkyl esters, alkoxyphosphononate acid, alkoxyphosphonate alkyl esters, alkyl carabamates, amino acid carbamates, alkyl phosporamidates, aryl phosphoramidates, and sulfamates; X is a bond or C 1 -C 3 alkylene; n is 1 or 2; ring A is piperidine, piperazine and is substituted with 0-1 halo substituents;
Dishwasher, in particular a domestic dishwasher, having a washing container which provides a washing chamber and is used to receive washware to be cleaned, the washing container comprising a loading opening for loading with washware, which loading opening can be closed in a fluid-tight manner by means of a pivotably mounted washing chamber door , and having a dosing unit provided by the washing chamber door for storing a pourable cleaning agent for a plurality of cleaning cycles, the dosing unit , for introducing cleaning agent into the washing chamber in portions, having a tube which provides a discharge channel which opens into a discharge opening on the washing chamber side, characterised in that the discharge channel is divided on the discharge opening side into two ducts which are fluidically separated from one another, one of the two ducts being equipped with an IR light barrier which provides a light beam passing through the channel provided by the duct .
Watch comprising: - at least a support member comprising at least an internal housing seat having at least a rear opening ; - at least a horology mechanism housed inside said housing seat and having a rear portion arranged facing towards said rear opening ; - at least a bottom element associated in a removable manner with said support member for closing said rear opening , and comprising at least a portion made of a yielding material comprising at least an elastically deformable material, facing inside said housing seat and associated with at least part of said rear portion of the mechanism , and at least a portion made of a substantially rigid material associated in a removable manner with said support member ; characterized in that said substantially rigid material comprises at least a substantially rigid polymeric material and in that said bottom element is a single piece comprising said substantially rigid polymeric material and said elastically deformable polymeric material. - at least a support member comprising at least an internal housing seat having at least a rear opening ; - at least a horology mechanism housed inside said housing seat and having a rear portion arranged facing towards said rear opening ; - at least a bottom element associated in a removable manner with said support member for closing said rear opening , and comprising at least a portion made of a yielding material comprising at least an elastically deformable material, facing inside said housing seat and associated with at least part of said rear portion of the mechanism , and at least a portion made of a substantially rigid material associated in a removable manner with said support member ;
A method of warming cryogenically-ground micronized particles after grinding, comprising the step of: feeding the micronized particles to a warming apparatus ; characterized by the steps of: determining an operating efficiency of the warming apparatus ; determining whether the operating efficiency of the warming apparatus is below a predefined threshold; and upon determination that the operating efficiency of the warming apparatus is below a predefined threshold, recirculating the micronized particles through the warming apparatus . feeding the micronized particles to a warming apparatus ; characterized by the steps of: determining an operating efficiency of the warming apparatus ; determining whether the operating efficiency of the warming apparatus is below a predefined threshold; and upon determination that the operating efficiency of the warming apparatus is below a predefined threshold, recirculating the micronized particles through the warming apparatus . determining an operating efficiency of the warming apparatus ; determining whether the operating efficiency of the warming apparatus is below a predefined threshold; and upon determination that the operating efficiency of the warming apparatus is below a predefined threshold, recirculating the micronized particles through the warming apparatus .
Rod lock for locking a door leaf on a door frame , having at least one locking means and an actuating means for actuating the locking means , the two being coupled to one another via at least one rod , and having an emergency unlocking means for unlocking the door leaf in emergency situations, characterized in that the emergency unlocking means is designed such that, via the emergency unlocking means , the rod can be uncoupled from the actuating means and the locking means can be actuated for the purpose of unlocking the door leaf .
A method of performing a keyed cryptographic operation by a white-box implementation mapping an externally encoded input message to an output message, wherein all the intermediate values are encoded, the method comprising: - receiving an encoding selection parameter p that specifies one of a plurality of different external input encodings (E 1 ,E 2 ); - receiving the encoded input message, wherein the encoding on the input message corresponds to the encoding selection parameter p; - decoding the encoded input message using an inverse (E 0 -1 ) of a default external input encoding (Eo); - computing a first portion (S ∘ ⊕ k ) of the keyed cryptographic operation on the decoded input message to produce a first portion output; and - compensating the first portion output based upon the encoding selection parameter p, - the first portion output being encoded by a function based on a randomly chosen bijective linear function A p and wherein compensating the first portion output includes applying the inverse of the function based on A p , and - wherein E p is the encoding on the input message, wherein E 0 is the encoding corresponding to the default decoding, wherein the functions A 1 and A p are randomly chosen bijective linear functions, wherein S is a substitution box, wherein E 1 is randomly selected encoding, and wherein the following conditions are met: - E 0 = E 1 ∘ ⊕ k ∘ S − 1 ∘ A 1 − 1 ∘ S ∘ ⊕ k - and - E p = E 0 ∘ ⊕ k ∘ S − 1 ∘ A p − 1 ∘ S ∘ ⊕ k wherein ⊕ k denotes a key addition. - receiving an encoding selection parameter p that specifies one of a plurality of different external input encodings (E 1 ,E 2 ); - receiving the encoded input message, wherein the encoding on the input message corresponds to the encoding selection parameter p; - decoding the encoded input message using an inverse (E 0 -1 ) of a default external input encoding (Eo); - computing a first portion (S ∘ ⊕ k ) of the keyed cryptographic operation on the decoded input message to produce a first portion output; and - compensating the first portion output based upon the encoding selection parameter p, - the first portion output being encoded by a function based on a randomly chosen bijective linear function A p and wherein compensating the first portion output includes applying the inverse of the function based on A p , and - wherein E p is the encoding on the input message, wherein E 0 is the encoding corresponding to the default decoding, wherein the functions A 1 and A p are randomly chosen bijective linear functions, wherein S is a substitution box, wherein E 1 is randomly selected encoding, and wherein the following conditions are met: - E 0 = E 1 ∘ ⊕ k ∘ S − 1 ∘ A 1 − 1 ∘ S ∘ ⊕ k - and - E p = E 0 ∘ ⊕ k ∘ S − 1 ∘ A p − 1 ∘ S ∘ ⊕ k wherein ⊕ k denotes a key addition. - E 0 = E 1 ∘ ⊕ k ∘ S − 1 ∘ A 1 − 1 ∘ S ∘ ⊕ k - and - E p = E 0 ∘ ⊕ k ∘ S − 1 ∘ A p − 1 ∘ S ∘ ⊕ k wherein ⊕ k denotes a key addition.
Bracket device for attaching at least sensor unit on a windshield of a vehicle, wherein the bracket device comprises: two receiving and centering sections for receiving and centering the sensor unit , wherein the two receiving and centering sections are provided at opposite sides of the bracket device and adjacent a front end of the bracket device , and at least a first spring portion provided at a rear end of the bracket device , wherein the first spring portion is designed to apply a first preload force on the sensor unit to push the sensor unit into and against the receiving and centering sections , wherein the bracket device comprises two second spring portions , wherein each second spring portion comprises a recess to receive a protrusion of the sensor unit , wherein the recess comprises an upper bracket contact portion , characterized in that the bracket device further comprises a third spring portion comprising a lower bracket contact portion and wherein the protrusion comprises an upper sensor unit contact portion and a lower sensor unit contact portion . two receiving and centering sections for receiving and centering the sensor unit , wherein the two receiving and centering sections are provided at opposite sides of the bracket device and adjacent a front end of the bracket device , and at least a first spring portion provided at a rear end of the bracket device , wherein the first spring portion is designed to apply a first preload force on the sensor unit to push the sensor unit into and against the receiving and centering sections , wherein the bracket device comprises two second spring portions , wherein each second spring portion comprises a recess to receive a protrusion of the sensor unit , wherein the recess comprises an upper bracket contact portion , characterized in that the bracket device further comprises a third spring portion comprising a lower bracket contact portion and wherein the protrusion comprises an upper sensor unit contact portion and a lower sensor unit contact portion .
An information processing device comprising: a first acquirer configured to acquire measured data of a sensor (S1); a second acquirer configured to acquire characteristic data of the sensor (S1) measured by a maintenance apparatus from the maintenance apparatus , the characteristic data having been acquired by maintaining the sensor (S1), and the characteristic data indicating a deterioration state of the sensor (S1); a first generator configured to generate teacher data in which the acquired characteristic data is associated as label information with the acquired measured data; a learner configured to learn the generated teacher data to generate a determination model for determining the label information to be associated with the acquired measured data; a determiner configured to determine the label information to be associated with the acquired measured data using the generated determination model; a storage storing the label information and maintenance to be performed on the sensor (S1) which are associated with each other; a selector configured to select maintenance associated with the determined label information from the stored maintenance; and a notifier configured to perform notification of the selected maintenance. a first acquirer configured to acquire measured data of a sensor (S1); a second acquirer configured to acquire characteristic data of the sensor (S1) measured by a maintenance apparatus from the maintenance apparatus , the characteristic data having been acquired by maintaining the sensor (S1), and the characteristic data indicating a deterioration state of the sensor (S1); a first generator configured to generate teacher data in which the acquired characteristic data is associated as label information with the acquired measured data; a learner configured to learn the generated teacher data to generate a determination model for determining the label information to be associated with the acquired measured data; a determiner configured to determine the label information to be associated with the acquired measured data using the generated determination model; a storage storing the label information and maintenance to be performed on the sensor (S1) which are associated with each other; a selector configured to select maintenance associated with the determined label information from the stored maintenance; and a notifier configured to perform notification of the selected maintenance.