mhurhangee/patent-ind-claim-en huggingface dataset:
A suction pad comprising: a body ; and a sponge member , wherein the body includes a negative pressure chamber , and a plurality of communication passages configured to communicate with the negative pressure chamber , and the sponge member includes a plurality of cavities configured to open toward a workpiece and communicate with the negative pressure chamber through the communication passages , a flow passage adjustment valve configured to adjust a flow passage area is disposed in each of the communication passages , and when vacuum pressure is generated in the negative pressure chamber and a cavity among the plurality of cavities is not closed by the workpiece, a flow passage area of a communication passage among the communication passages that corresponds to the cavity that is not closed by the workpiece is adjusted to be decreased, and the suction pad further comprises a pressure detection port configured to detect pressure in at least one cavity among the plurality of cavities , the pressure detection port is provided in plurality, characterized in that the body includes a plurality of detection passages configured to communicate with corresponding cavities of the sponge member , each of the detection passages vertically passes through the body , and an end of each of the detection passages forms each of the pressure detection ports , and each of the pressure detection ports is disposed near a center of each of four sides of an upper surface of the body . wherein the body includes a negative pressure chamber , and a plurality of communication passages configured to communicate with the negative pressure chamber , and the sponge member includes a plurality of cavities configured to open toward a workpiece and communicate with the negative pressure chamber through the communication passages , a flow passage adjustment valve configured to adjust a flow passage area is disposed in each of the communication passages , and when vacuum pressure is generated in the negative pressure chamber and a cavity among the plurality of cavities is not closed by the workpiece, a flow passage area of a communication passage among the communication passages that corresponds to the cavity that is not closed by the workpiece is adjusted to be decreased, and the suction pad further comprises a pressure detection port configured to detect pressure in at least one cavity among the plurality of cavities , the pressure detection port is provided in plurality, characterized in that the body includes a plurality of detection passages configured to communicate with corresponding cavities of the sponge member , each of the detection passages vertically passes through the body , and an end of each of the detection passages forms each of the pressure detection ports , and each of the pressure detection ports is disposed near a center of each of four sides of an upper surface of the body .
An apparatus comprising: first means for providing a first delay of an integer number of time units; and second means coupled to the first means and providing a second delay of a fraction of one time unit; the second means comprising a first path providing a shorter delay when the first path is selected, a second path providing a longer delay when the second path is selected, and plural circuit elements coupled to the second path and providing extra loading to obtain the longer delay for the second path; the first path comprising first and second logic gates , the second path comprising the second logic gate and a third logic gate , and the circuit elements being coupled to the third logic gate; wherein the first, second and third logic gates are of the same type of logic gate; and wherein the circuit elements comprise at least one dummy logic gate being the same type of logic gate as the first, second and third logic gates. first means for providing a first delay of an integer number of time units; and second means coupled to the first means and providing a second delay of a fraction of one time unit; the second means comprising a first path providing a shorter delay when the first path is selected, a second path providing a longer delay when the second path is selected, and plural circuit elements coupled to the second path and providing extra loading to obtain the longer delay for the second path; the first path comprising first and second logic gates , the second path comprising the second logic gate and a third logic gate , and the circuit elements being coupled to the third logic gate; wherein the first, second and third logic gates are of the same type of logic gate; and wherein the circuit elements comprise at least one dummy logic gate being the same type of logic gate as the first, second and third logic gates.
Support arm for a loading bunk of a vehicle , having a horizontal and a vertical section , each section comprising an inner and outer segment , which are telescopically connected to each other, so that the length of the vertical and horizontal sections is variable, characterized by each section further comprising an inner hydraulic actuator with at least one hydraulic pressure chamber , connected to the segments of the horizontal and vertical sections , so that movement of the hydraulic actuators changes the lengths of the vertical and horizontal sections respectively, the vertical section being fixedly connected to the horizontal section on one end of the inner or outer segment , with one end of the hydraulic actuators being fixed in the connected segments of the vertical and horizontal sections , a hydraulic line connecting the hydraulic pressure chamber of the horizontal and vertical hydraulic actuator , so that the hydraulic line remains in a fixed position in the connected segments, when the horizontal and/or the vertical hydraulic actuator is actuated. having a horizontal and a vertical section , each section comprising an inner and outer segment , which are telescopically connected to each other, so that the length of the vertical and horizontal sections is variable, characterized by each section further comprising an inner hydraulic actuator with at least one hydraulic pressure chamber , connected to the segments of the horizontal and vertical sections , so that movement of the hydraulic actuators changes the lengths of the vertical and horizontal sections respectively, the vertical section being fixedly connected to the horizontal section on one end of the inner or outer segment , with one end of the hydraulic actuators being fixed in the connected segments of the vertical and horizontal sections , a hydraulic line connecting the hydraulic pressure chamber of the horizontal and vertical hydraulic actuator , so that the hydraulic line remains in a fixed position in the connected segments, when the horizontal and/or the vertical hydraulic actuator is actuated.
A method for producing a dialdehyde, comprising reacting a linear olefinic compound having each of an ethylenic double bond and an aldehyde group on each end of the molecule with carbon monoxide and hydrogen in the presence of a rhodium catalyst comprised of a bisphosphite represented by General Formula (I) and a rhodium compound, wherein the reaction pressure of a mixed gas formed of carbon monoxide and hydrogen is decreased as the reaction proceeds, and wherein the content of water in the reaction solution at a time of initiation of the reaction is 0.1 mmol/kg to 500 mmol/kg, and the content of a carboxylic acid in the reaction solution is 0.1 mmol/kg to 50 mmol/kg in terms of carboxylic groups: wherein R represents a hydrogen atom, an alkyl group having 1 to 4 carbon atoms, or an alkoxy group having 1 to 4 carbon atoms, W represents an alkylene group having 1 to 20 carbon atoms, a cycloalkylene group having 5 to 18 carbon atoms, or an alkylene-arylene group having 7 to 11 carbon atoms.
Apparatus for converting a sheet into a continuous strip , wherein the sheet has a sheet body extending in a longitudinal direction (L) and having a first longitudinal edge and a second longitudinal edge extending on opposite sides of the sheet body , wherein the apparatus comprises a cutting device with one or more cutting members for cutting the sheet along one or more cutting lines (K) and a feeding device for feeding the sheet in a feeding direction (F) and in a feeding plane (P) across the one or more cutting lines (K), wherein the apparatus comprises one or more drives for providing a relative movement between the one or more cutting members and the sheet , wherein the apparatus is provided with one or more sensors for detecting the first longitudinal edge and the second longitudinal edge and a control unit that is operationally connected to the one or more drives , the feeding device and the one or more sensors for controlling the movement of the one or more cutting members relative to the sheet based on the detection of the first longitudinal edge and the second longitudinal edge by the one or more sensors to create a sequence of cuts in which the cuts are spaced apart in the feeding direction (F) over a strip width (W1) and alternately extend in a first cutting direction (C) transverse to the feeding direction (F) and parallel to the feeding plane (P) from one of the longitudinal edges towards and terminate at a transition width (W2, W3) short of the other of the longitudinal edges to form a plurality of interconnected sheet sections , wherein the control unit is arranged for variably controlling the strip width (W1), characterized in that , for each cut of the sequence of cuts , the control unit is arranged for controlling the movement of the one or more cutting members to start the cut at one of the longitudinal edges and terminating the cut at the transition width (W2, W3) short of the other of the longitudinal edges based on the detection of said other of the longitudinal edges by the one or more sensors .
A beer-like malt beverage containing δ-cadinene at a concentration of 3-10 ppb, and containing sesquiterpenes derived from Polaris-variety hops and derivatives thereof.
A method comprising: scanning, by an FMCW lidar system of an automobile , during an initial frame of two consecutive frames and for each pixel within a field-of-view , wherein the field-of-view is divided into pixels, an initial chirp pattern of two or more chirps; determining, by the lidar system , based on the scanning of the initial chirp pattern of the two or more chirps, a beat frequency associated with the initial frame; identifying, based on the beat frequency associated with the initial frame, object range and range rate information associated with the initial frame; scanning, by the lidar system , during a subsequent frame of the two consecutive frames and for each pixel within the field-of-view, a different chirp pattern of one or more chirps, a duration of the initial frame exceeding a duration of the subsequent frame; determining, by the lidar system , based on the scanning of the different chirp pattern of the one or more chirps, a beat frequency associated with the subsequent frame; identifying, based on the beat frequency associated with each of the initial frame and the subsequent frame, object range and range rate information associated with the subsequent frame; determining, based on the object range and range rate information associated with each of the initial and subsequent frames, distance and velocity for at least one object present in the field-of-view ; and outputting, by the lidar system , the distance and velocity of the at least one object present in the field-of-view . scanning, by an FMCW lidar system of an automobile , during an initial frame of two consecutive frames and for each pixel within a field-of-view , wherein the field-of-view is divided into pixels, an initial chirp pattern of two or more chirps; determining, by the lidar system , based on the scanning of the initial chirp pattern of the two or more chirps, a beat frequency associated with the initial frame; identifying, based on the beat frequency associated with the initial frame, object range and range rate information associated with the initial frame; scanning, by the lidar system , during a subsequent frame of the two consecutive frames and for each pixel within the field-of-view, a different chirp pattern of one or more chirps, a duration of the initial frame exceeding a duration of the subsequent frame; determining, by the lidar system , based on the scanning of the different chirp pattern of the one or more chirps, a beat frequency associated with the subsequent frame; identifying, based on the beat frequency associated with each of the initial frame and the subsequent frame, object range and range rate information associated with the subsequent frame; determining, based on the object range and range rate information associated with each of the initial and subsequent frames, distance and velocity for at least one object present in the field-of-view ; and outputting, by the lidar system , the distance and velocity of the at least one object present in the field-of-view .
A surgical device storage cart comprising: a top storage assembly having at least two storage containers ; a bottom storage assembly having at least one storage drawer ; a shelf intermediate the top storage assembly and the bottom storage assembly and affixed to the bottom storage assembly; a battery charging station positioned on the shelf; characterized by an electronic device docking station positioned on the top storage assembly, wherein the top storage assembly has a domed cover to prevent its use as a placement surface. a top storage assembly having at least two storage containers ; a bottom storage assembly having at least one storage drawer ; a shelf intermediate the top storage assembly and the bottom storage assembly and affixed to the bottom storage assembly; a battery charging station positioned on the shelf; characterized by an electronic device docking station positioned on the top storage assembly, wherein the top storage assembly has a domed cover to prevent its use as a placement surface.
A random access method, for a terminal, comprising: receiving (S101) a system message broadcasted by a target base station, and initiating random access to the target base station, wherein the system message includes a plurality of public land mobile network, PLMN, identities with an order relationship; in response to a failure of the random access, determining (S102) a first operator to which the target base station belongs based on a first PLMN identity in the plurality of PLMN identities; and in response to a second operator, to which the terminal belongs, being different from the first operator, stopping (S103) a random access retry to the target base station and initiating random access to another base station different from the target base station; wherein the plurality of PLMN identities with the order relationship comprises the first PLMN identity corresponding to the first operator, ranked at the first position, and a plurality of third PLMN identities corresponding to a plurality of third operators, ranked behind the first PLMN identity; wherein the third operators share the target base station with the first operator. receiving (S101) a system message broadcasted by a target base station, and initiating random access to the target base station, wherein the system message includes a plurality of public land mobile network, PLMN, identities with an order relationship; in response to a failure of the random access, determining (S102) a first operator to which the target base station belongs based on a first PLMN identity in the plurality of PLMN identities; and in response to a second operator, to which the terminal belongs, being different from the first operator, stopping (S103) a random access retry to the target base station and initiating random access to another base station different from the target base station; wherein the plurality of PLMN identities with the order relationship comprises the first PLMN identity corresponding to the first operator, ranked at the first position, and a plurality of third PLMN identities corresponding to a plurality of third operators, ranked behind the first PLMN identity; wherein the third operators share the target base station with the first operator.
A lens assembly for a vision system camera having variable focus comprising: a lens body having a variable lens assembly and a fixed optics assembly; and a controller that is located within the lens body, the controller being constructed and arranged to receive a target focal distance from the vision system camera, the controller generating, by translating the target focal distance, a target bobbin position of an actuator that controls curvature of the variable lens assembly and based upon an actual measured position of the actuator, correcting the measured position of the actuator to the target bobbin position; wherein the variable lens assembly comprises a membrane-based liquid lens assembly and further comprising a position sensor located to measure movement of the actuator, wherein the actuator is associated with movement of a membrane of the membrane-based liquid lens assembly, and wherein the actuator comprises a current-driven annular bobbin assembly with a magnetic coil that compresses the lens variable under different current settings and the controller is operatively connected with a current controller that provides current to the annular bobbin assembly ; wherein the annular bobbin assembly includes a magnet and the position sensor comprises at least one Hall sensor . a lens body having a variable lens assembly and a fixed optics assembly; and a controller that is located within the lens body, the controller being constructed and arranged to receive a target focal distance from the vision system camera, the controller generating, by translating the target focal distance, a target bobbin position of an actuator that controls curvature of the variable lens assembly and based upon an actual measured position of the actuator, correcting the measured position of the actuator to the target bobbin position; wherein the variable lens assembly comprises a membrane-based liquid lens assembly and further comprising a position sensor located to measure movement of the actuator, wherein the actuator is associated with movement of a membrane of the membrane-based liquid lens assembly, and wherein the actuator comprises a current-driven annular bobbin assembly with a magnetic coil that compresses the lens variable under different current settings and the controller is operatively connected with a current controller that provides current to the annular bobbin assembly ; wherein the annular bobbin assembly includes a magnet and the position sensor comprises at least one Hall sensor .
An oligomeric compound comprising or consisting of a modified oligonucleotide according to the following formula: Tes Ges mCes mCes Aes Tds Tds Tds Ads Ads Tds Gds Ads Gds mCds Tes Tes mCes Aes mCe (SEQ ID NO: 1423); wherein, A = an adenine nucleobase, mC = a 5-methylcytosine nucleobase, G = a guanine nucleobase, T = a thymine nucleobase, e = a 2'-O(CH 2 ) 2 -OCH 3 furanosyl modified sugar moiety, d = a 2'-deoxyfuranosyl sugar moiety, and s = a phosphorothioate internucleoside linkage. A = an adenine nucleobase, mC = a 5-methylcytosine nucleobase, G = a guanine nucleobase, T = a thymine nucleobase, e = a 2'-O(CH 2 ) 2 -OCH 3 furanosyl modified sugar moiety, d = a 2'-deoxyfuranosyl sugar moiety, and s = a phosphorothioate internucleoside linkage.
An apparatus comprising: a receiver configured to receive a content signal; a delay value receiver configured to receive a delay value from another apparatus on an asynchronous packet transport network , the delay value representative of a measured transport delay between the apparatus and the another apparatus on the asynchronous packet transport network; a system clock synchronized to another system clock of the another apparatus; a time stamp calculation unit configured to calculate a time stamp based on the delay value, the time stamp representing the system clock corrected according to the measured transport delay; and a transmitter configured to send the content signal including the time stamp to the another apparatus on the asynchronous packet transport network; and a media phase correction calculation unit configured to calculate a media phase correction as a sum of the delay value and processing delay times in the apparatus, and wherein the apparatus transmits, to a camera which is providing the content signal to the receiver, one of: the media phase correction; or a reference signal generated from the system clock, wherein the reference signal is corrected by the media phase correction. a receiver configured to receive a content signal; a delay value receiver configured to receive a delay value from another apparatus on an asynchronous packet transport network , the delay value representative of a measured transport delay between the apparatus and the another apparatus on the asynchronous packet transport network; a system clock synchronized to another system clock of the another apparatus; a time stamp calculation unit configured to calculate a time stamp based on the delay value, the time stamp representing the system clock corrected according to the measured transport delay; and a transmitter configured to send the content signal including the time stamp to the another apparatus on the asynchronous packet transport network; and a media phase correction calculation unit configured to calculate a media phase correction as a sum of the delay value and processing delay times in the apparatus, and wherein the apparatus transmits, to a camera which is providing the content signal to the receiver, one of: the media phase correction; or a reference signal generated from the system clock, wherein the reference signal is corrected by the media phase correction. the media phase correction; or a reference signal generated from the system clock, wherein the reference signal is corrected by the media phase correction.
A fluid tank comprising: a rigid container ; and a bag to receive a fluid, wherein the bag is arranged within the container and comprises a fluid opening to allow a fluid to flow therethrough, wherein a perimeter of the bag extends in a first direction and in a second direction; characterised in that the perimeter is supported within the container such that the perimeter of the bag is movable in at least one of the first direction and the second direction and the rigid container is to restrict a movement of the perimeter in a third direction perpendicular to the first direction and the second direction. a rigid container ; and a bag to receive a fluid, wherein the bag is arranged within the container and comprises a fluid opening to allow a fluid to flow therethrough, wherein a perimeter of the bag extends in a first direction and in a second direction; characterised in that the perimeter is supported within the container such that the perimeter of the bag is movable in at least one of the first direction and the second direction and the rigid container is to restrict a movement of the perimeter in a third direction perpendicular to the first direction and the second direction.
A battery-powered lighted tree base comprising: a battery holder ; a battery retained within the battery holder; and, a support structure adapted to mechanically support an artificial tree and electrically connect the artificial tree to the battery, wherein the support structure further comprises quarter sections adapted to clamp to the legs of a tree stand; characterized in that at least one of the quarter sections houses electrical controls adapted to control lights in an artificial tree . a battery holder ; a battery retained within the battery holder; and, a support structure adapted to mechanically support an artificial tree and electrically connect the artificial tree to the battery, wherein the support structure further comprises quarter sections adapted to clamp to the legs of a tree stand; characterized in that at least one of the quarter sections houses electrical controls adapted to control lights in an artificial tree .