mhurhangee/patent-ind-claim-en huggingface dataset:
A method of managing an extended record data structure in a content management system , said content management system being implemented on at least one computing system, said record data structure comprising a standard record data structure for storing records comprising standard data elements of predefined standard types, each standard data element being stored in the form of a standard data container, and a non-standard record data structure for storing records comprising non-standard data elements having different types from said predefined standard types, each non-standard data element being stored in the form of a non-standard data container, a standard data container being a static data container having the type of the corresponding data element, a non-standard data container being a polymorphic data container configured to self-implement itself, the method comprising : - assigning a record identifier to each record in said extended record data structure , a standard data element in the standard record data structure and a non-standard data element in the non-standard data structure sharing a common record identifier if said non-standard data element and said standard data element are related, the method comprising, for a record identifier assigned to a record created in the extended record data structure , creating an entry in an auxiliary data structure , said entry sharing said record identifier and comprising an auxiliary data container, said auxiliary data container comprising a set of attributes related to the data containers sharing the same record identifier in the extended record data structure , - synchronously managing the update of said standard and non-standard record data structures in the extended record data structure based on the data maintained in the auxiliary data structure . - assigning a record identifier to each record in said extended record data structure , a standard data element in the standard record data structure and a non-standard data element in the non-standard data structure sharing a common record identifier if said non-standard data element and said standard data element are related, the method comprising, for a record identifier assigned to a record created in the extended record data structure , creating an entry in an auxiliary data structure , said entry sharing said record identifier and comprising an auxiliary data container, said auxiliary data container comprising a set of attributes related to the data containers sharing the same record identifier in the extended record data structure , - synchronously managing the update of said standard and non-standard record data structures in the extended record data structure based on the data maintained in the auxiliary data structure .
Sanitary insert part having a jet aeration unit which has a mixing chamber , wherein the mixing chamber has at least one aeration opening , wherein, outside the mixing chamber , there is formed at least one aeration channel which feeds air into the mixing chamber from the outside via the at least one aeration opening , characterized in that the aeration channel has two mutually separate inflow openings , in that one of the inflow openings opens laterally, and in that the other of the inflow openings opens in a longitudinal direction of the insert part.
A medical manipulator comprising: an end effector configured to carry out a rolling operation; a drive shaft that transmits at least a rotary driving force to the end effector ; and a slip ring mechanism that is connected to the drive shaft ; wherein the slip ring mechanism includes: a rotating axial body that rotates together with the drive shaft ; a rotating terminal arranged coaxially with the rotating axial body ; a conductive member that rotates together with the rotating axial body and that contacts the rotating terminal and is electrically connected to the end effector ; a retaining member that rotates together with the rotating axial body and that holds the conductive member such that the conductive member is sandwiched between the retaining member and the rotating terminal ; and a contact terminal that contacts the rotating terminal in a condition enabling rotation and sliding relative to the rotating terminal . an end effector configured to carry out a rolling operation; a drive shaft that transmits at least a rotary driving force to the end effector ; and a slip ring mechanism that is connected to the drive shaft ; wherein the slip ring mechanism includes: a rotating axial body that rotates together with the drive shaft ; a rotating terminal arranged coaxially with the rotating axial body ; a conductive member that rotates together with the rotating axial body and that contacts the rotating terminal and is electrically connected to the end effector ; a retaining member that rotates together with the rotating axial body and that holds the conductive member such that the conductive member is sandwiched between the retaining member and the rotating terminal ; and a contact terminal that contacts the rotating terminal in a condition enabling rotation and sliding relative to the rotating terminal . a rotating axial body that rotates together with the drive shaft ; a rotating terminal arranged coaxially with the rotating axial body ; a conductive member that rotates together with the rotating axial body and that contacts the rotating terminal and is electrically connected to the end effector ; a retaining member that rotates together with the rotating axial body and that holds the conductive member such that the conductive member is sandwiched between the retaining member and the rotating terminal ; and a contact terminal that contacts the rotating terminal in a condition enabling rotation and sliding relative to the rotating terminal .
A method for cooling bulk material, in particular cement clinker, in a fine material cooler , comprising the following steps: - admitting bulk material to be cooled, which bulk material has a fine material proportion of 70% to 95%, in particular 75% to 85%, preferably 80%, and a coarse material proportion of 5% to 30%, in particular 25% to 15%, preferably 20%, into the fine material cooler through a material inlet , wherein the fine material has a grain size of for instance 10 -5 mm to 4 mm and the coarse material has a grain size of 4 mm to 100 mm, - conveying the coarse material by means of a first, mechanical or pneumatic conveying unit, and conveying the fine material by means of a second conveying unit in a conveying direction (F) through the fine material cooler to a material outlet . - admitting bulk material to be cooled, which bulk material has a fine material proportion of 70% to 95%, in particular 75% to 85%, preferably 80%, and a coarse material proportion of 5% to 30%, in particular 25% to 15%, preferably 20%, into the fine material cooler through a material inlet , wherein the fine material has a grain size of for instance 10 -5 mm to 4 mm and the coarse material has a grain size of 4 mm to 100 mm, - conveying the coarse material by means of a first, mechanical or pneumatic conveying unit, and conveying the fine material by means of a second conveying unit in a conveying direction (F) through the fine material cooler to a material outlet .
A planetary gearset, in particular for a servo system, of the type comprising, arranged in a casing , a planet carrier bearing a plurality of planet gears , a ring gear and a sun gear , and means for changing the input and output gear ratio, which are actionable from outside the casing , where the ring gear is mounted rotating in the casing and the control means are suitable for imposing a determined rotation speed on the ring gear in order to produce a first gear ratio and for securing the ring gear and the planet carrier in rotation to produce a second gear ratio, characterized in that the ring gear and the planet carrier are each provided with outer gear teeth and in that the control means comprise a pinion that is movable between a gear mesh position of only the outer gear teeth of the ring gear and a position securing the ring gear and the planet carrier in rotation by gear mesh of the outer gear teeth of the ring gear and the planet carrier.
A computer-implemented method for optimizing scans of pre-installed applications, the method comprising: identifying, on a client device, a plurality of applications that are subject to scan-based assessments; determining that the plurality of applications were pre-installed on the client device via a system image, comprising said plurality of applications, for the client device; generating a fingerprint that represents the system image; fulfilling the scan-based assessments for the plurality of applications by transmitting the fingerprint that represents the system image to an assessment server and receiving, in response, an assessment of the system image, identifying, on a client device, a plurality of applications that are subject to scan-based assessments; determining that the plurality of applications were pre-installed on the client device via a system image, comprising said plurality of applications, for the client device; generating a fingerprint that represents the system image; fulfilling the scan-based assessments for the plurality of applications by transmitting the fingerprint that represents the system image to an assessment server and receiving, in response, an assessment of the system image,
A lawn mower , comprising: a housing ; a push rod connected with the housing ; a traveling wheel for supporting the lawn mower ; a self-propelled motor for driving the traveling wheel to self-propel; and a control circuit board for controlling turning-on and turning-off of the self-propelled motor; wherein the traveling wheel comprises a pair of front traveling wheels and a pair of rear traveling wheels , characterized in that, the self-propelled motor comprises a first self-propelled motor configured to drive the front traveling wheels to self-propel and a second self-propelled motor configured to drive the rear traveling wheels to self-propel, the lawn mower further comprises a first control element and a second control element, the first control element is configured to control the control circuit board to turn-on or turn-off the first self-propelled motor , and the second control element is configured to control the control circuit board to turn-on or turn-off the second self-propelled motor . a housing ; a push rod connected with the housing ; a traveling wheel for supporting the lawn mower ; a self-propelled motor for driving the traveling wheel to self-propel; and a control circuit board for controlling turning-on and turning-off of the self-propelled motor; wherein the traveling wheel comprises a pair of front traveling wheels and a pair of rear traveling wheels , characterized in that, the self-propelled motor comprises a first self-propelled motor configured to drive the front traveling wheels to self-propel and a second self-propelled motor configured to drive the rear traveling wheels to self-propel, the lawn mower further comprises a first control element and a second control element, the first control element is configured to control the control circuit board to turn-on or turn-off the first self-propelled motor , and the second control element is configured to control the control circuit board to turn-on or turn-off the second self-propelled motor .
An air purifier comprising: a body ; a suction unit , arranged at a lower portion of the body, having a suction port to intake air; a discharge unit , arranged at an upper portion of the body, having a discharge port to output the intake air; a blowing unit arranged within the body, to blow air from the suction unit to the discharge unit; and a filter unit arranged within the body, to purify the blown air, wherein at least one of the suction port and the discharge port has a surface that is inclined from a central axis of the body , wherein the filter unit has a filter surface, through which air passes, the filter surface being inclined from the central axis, wherein the suction unit is provided with a suction grill (132-1) disposed at the suction port , wherein a surface defined by the suction grill (132-1) is inclined from the central axis, wherein the filter unit is disposed on the suction grill (132-1) such that the filter surface is inclined from the central axis, characterized in that : at least a portion of the body has a cylindrical shape; and a periphery of the filter surface has an ovoid shape in which a shorter axis (V) does not pass through the center of a longer axis (H) such that a center of gravity of filter unit is positioned at a lower portion of the filter unit . a body ; a suction unit , arranged at a lower portion of the body, having a suction port to intake air; a discharge unit , arranged at an upper portion of the body, having a discharge port to output the intake air; a blowing unit arranged within the body, to blow air from the suction unit to the discharge unit; and a filter unit arranged within the body, to purify the blown air, wherein at least one of the suction port and the discharge port has a surface that is inclined from a central axis of the body , wherein the filter unit has a filter surface, through which air passes, the filter surface being inclined from the central axis, wherein the suction unit is provided with a suction grill (132-1) disposed at the suction port , wherein a surface defined by the suction grill (132-1) is inclined from the central axis, wherein the filter unit is disposed on the suction grill (132-1) such that the filter surface is inclined from the central axis, characterized in that : at least a portion of the body has a cylindrical shape; and a periphery of the filter surface has an ovoid shape in which a shorter axis (V) does not pass through the center of a longer axis (H) such that a center of gravity of filter unit is positioned at a lower portion of the filter unit . at least a portion of the body has a cylindrical shape; and a periphery of the filter surface has an ovoid shape in which a shorter axis (V) does not pass through the center of a longer axis (H) such that a center of gravity of filter unit is positioned at a lower portion of the filter unit .
A mixer for processing one or more fluid media and optionally one or more solid media , the mixer consisting of a tank with one or more filling openings and a discharge opening at the bottom of the tank , and a mixer unit provided at the bottom of the tank with a rotor , an inlet and an outlet , wherein the mixer unit includes a valve arrangement with a valve body , an inlet and a first and a second outlet , the inlet communicates with the outlet of the mixer unit , the first outlet communicates with the discharge opening of the tank, and the second outlet communicates with an inlet in the tank , wherein the valve body is disposed coaxially about a rotary axis of the rotor, the valve body has a first extreme position where the valve body shuts off the first outlet , and a second extreme position where the valve body shuts off the second outlet , and the valve body is connected with a retaining means such that it may be retained at an arbitrary position between the two extreme positions, where the valve body partially shuts of the first outlet and the second outlet , respectively, and wherein the rotor of the mixer unit includes a number of annularly distributed impeller blades for establishing a medium flow through the mixer unit , characterised in that the mixer unit includes a perforated cylindric ring provided with passages in the form of holes and/or slots, wherein the perforated ring is connected with a displacing means such that it may be displaced between a first position where it entirely encloses the outlet of the rotor to a second position where it does not enclose the outlet of the rotor , and that the perforated ring may be retained at an arbitrary position between the two positions at which the perforated ring partially encloses the outlet of the rotor.
An apparatus for three-dimensional inspection of an object by X-rays, comprising an X-ray generator and a rectangular or square digital imaging device facing said X-ray generator . in which the X-ray generator and the imaging device are configured to be spaced from each other by a distance corresponding to a magnification by 1, the X-ray generator being positioned on an axis orthogonal to a plane of extension of the imaging device , passing through the center of the imaging device , and in which the X-ray generator is movable in a plane parallel to said plane of extension of the imaging device , and the imaging device is movable within its plane of extension, the apparatus further comprising a means for controlling the position and the movement of said X-ray generator and of said imaging device configured so as to move the X-ray generator by unitary movements in a first direction or a second direction respectively parallel to the sides of the imaging device , and, at each unitary movement, to hold the relative position of the imaging device in relation to said X-ray generator , said control means being configured such that each unitary movement of the X-ray generator and of the imaging device , in the first or in the second direction, corresponds to an integer number fraction of the corresponding side of the imaging device , that is to say 1/N times the dimension of the side corresponding to the first direction and 1/N times the dimension of the side corresponding to the second direction, N being a natural number greater than 1, so as to obtain, by taking successive shots after each unitary movement, a matrix set of sub-images overlapping in the plane of extension of the imaging device, the apparatus being characterized in that , each sub-image has a center attributed with coordinates in a plane of magnification equal to N, said coordinates being determined according to the position of the center of the imaging device on taking said sub-image, and in that the apparatus further comprises image processing means configured to perform a homothetic magnification of each sub-image, leaving unchanged the coordinates of the center of each sub-image, said image processing means being furthermore configured to determine a stretch factor enabling the coincidence of the sub-images representing all or some of a predefined element of interest of the image.
A device (100; 100a) for supplying a washing fluid to a wiper arm comprising a bearing piece , a wiper axis , a wiper rod , a wiper arm , a wiper blade, at least a supply hose for the washing fluid, a covering of the bearing piece (20 20a) and a covering element , wherein said bearing piece (20; 20a) is mounted in said wiper axis , on which said wiper rod of the wiper arm is swivellably fastened, wherein said wiper blade is fastened exchangeably on the wiper arm , and wherein said at least one supply hose for the washing fluid is coupled with a supply device on the vehicle side, and which is guided in or on the wiper arm , the supply hose is arranged in the region of the fastening of the bearing piece (20; 20a) on the wiper axis parallel to the wiper axis and spaced apart therefrom, and is covered by said covering of the bearing piece (20; 20a), characterized in that the supply hose is arranged in the region of a recess , wherein the recess is in the form of an aperture in the shape of a pitch circle, of said covering element in the form of a shutter for the bearing piece , wherein the supply hose moves on a swivelling movement of the wiper arm within the recess .
DNA construct for expressing ranibizumab in a bacterial host cell, wherein ranibizumab comprises (i) a light chain comprising the amino acid sequence of SEQ ID 3, and (ii) a heavy chain comprising the amino acid sequence of SEQ ID 4, wherein said DNA construct comprises a nucleotide sequence encoding ranibizumab, wherein said DNA construct further comprises at least one nucleotide sequence encoding a signal peptide which is operably linked in the direction of transcription to the nucleotide sequence encoding the light chain of ranibizumab and/or the heavy chain of ranibizumab, wherein said DNA construct further comprises nucleotide sequences encoding: - rhaBAD promoter, - RhaR transcription activator, - RhaS transcription activator, - an antibiotic resistance marker, - a promoter operably linked to the nucleotide sequence encoding the antibiotic resistance marker - rrnB T1 terminator - rrnB T2 terminator, and - a pMB1 origin of replication. - rhaBAD promoter, - RhaR transcription activator, - RhaS transcription activator, - an antibiotic resistance marker, - a promoter operably linked to the nucleotide sequence encoding the antibiotic resistance marker - rrnB T1 terminator - rrnB T2 terminator, and - a pMB1 origin of replication.
Method of processing subsequent fluidic sample portions which are provided by a sample source , wherein the method comprises: subsequently intermediately filling more than two sample reception volumes with at least a respective one of the sample portions ; and subsequently discharging the sample portions from the sample reception volumes , such that it is avoided that respectively two of the sample portions are brought into contact with each other when discharging, which did not leave the sample source in a directly neighboring manner, characterized in that discharging the sample portions from the sample reception volumes is performed in reversed order with respect to an order of filling the sample reception volumes with the sample portions . subsequently intermediately filling more than two sample reception volumes with at least a respective one of the sample portions ; and subsequently discharging the sample portions from the sample reception volumes , such that it is avoided that respectively two of the sample portions are brought into contact with each other when discharging, which did not leave the sample source in a directly neighboring manner, characterized in that discharging the sample portions from the sample reception volumes is performed in reversed order with respect to an order of filling the sample reception volumes with the sample portions .
A polymeric polyol composition comprising a reaction product of: (a) a polymeric amine composition comprising amine compounds having the formula: wherein: each R A is methyl; each R B independently is a C 4 linear alkanediyl or a C 5 linear alkanediyl or a C 6 linear alkanediyl; each X is a hydrogen atom; n is an integer in a range from 0 to 10; and the polymeric amine composition has a number-average molecular weight (Mn) from 250 to 1500; and (b) at least one glycidyl ether compound having the formula: wherein: R Z is hydrogen, phenyl, a C 1 -C 6 linear or branched alkyl-substituted phenyl, or a C 1 -C 18 linear or branched alkyl. (a) a polymeric amine composition comprising amine compounds having the formula: wherein: each R A is methyl; each R B independently is a C 4 linear alkanediyl or a C 5 linear alkanediyl or a C 6 linear alkanediyl; each X is a hydrogen atom; n is an integer in a range from 0 to 10; and the polymeric amine composition has a number-average molecular weight (Mn) from 250 to 1500; and each R A is methyl; each R B independently is a C 4 linear alkanediyl or a C 5 linear alkanediyl or a C 6 linear alkanediyl; each X is a hydrogen atom; n is an integer in a range from 0 to 10; and the polymeric amine composition has a number-average molecular weight (Mn) from 250 to 1500; and (b) at least one glycidyl ether compound having the formula: wherein: R Z is hydrogen, phenyl, a C 1 -C 6 linear or branched alkyl-substituted phenyl, or a C 1 -C 18 linear or branched alkyl.