mhurhangee/patent-ind-claim-en huggingface dataset:
A bonded structure comprising: a first member ; a second member comprising a support , the support including a facing surface (fs2) facing the first member and a side surface (ss2) inclined outward as viewed from the first member ; and an adhesive body positioned between the first member and the support , extending from the facing surface (fs2) to the side surface (ss2), having a fillet shape at an end of the adhesive body by the side surface (ss2), and fixing the first member to the second member , the fillet shape being a shape that diverges in a direction perpendicular to the facing surface (fs2) towards the end of the adhesive body on the side surface (ss2) side along a direction parallel to the facing surface (fs2), wherein the adhesive body extends from a flat surface (fs1) of the first member facing the facing surface (fs2) to a side surface (ss1) of the first member and has a fillet shape at an end of the adhesive body by the side surface (ss1) of the first member , and the side surface (ss1) of the first member is positioned inward from the side surface (ss2) of the support when viewed from a direction perpendicular to the flat surface (fs1) of the first member . a first member ; a second member comprising a support , the support including a facing surface (fs2) facing the first member and a side surface (ss2) inclined outward as viewed from the first member ; and an adhesive body positioned between the first member and the support , extending from the facing surface (fs2) to the side surface (ss2), having a fillet shape at an end of the adhesive body by the side surface (ss2), and fixing the first member to the second member , the fillet shape being a shape that diverges in a direction perpendicular to the facing surface (fs2) towards the end of the adhesive body on the side surface (ss2) side along a direction parallel to the facing surface (fs2), wherein the adhesive body extends from a flat surface (fs1) of the first member facing the facing surface (fs2) to a side surface (ss1) of the first member and has a fillet shape at an end of the adhesive body by the side surface (ss1) of the first member , and the side surface (ss1) of the first member is positioned inward from the side surface (ss2) of the support when viewed from a direction perpendicular to the flat surface (fs1) of the first member .
A wettable silicone hydrogel comprising the reaction product of: a) a silicone monomer mix; and b) a high molecular weight hydrophilic polymer that is hydrophilic relative to the silicone from which the silicone monomer mix is comprised, wherein said component (b) polymer is physically retained in the matrix of the silicone hydrogel by entanglement of the polymer chain of component (b) within the silicone hydrogel matrix, wherein said component (b) polymer has a weight average molecular weight of no less than 50,000 daltons, and wherein the silicone monomer mix comprises silicone containing monomers having a number average molecular weight less than 700 that can be polymerized, and/or silicone containing macromonomers having a number average molecular weight greater than 700 containing functional groups capable of further polymerization. a) a silicone monomer mix; and b) a high molecular weight hydrophilic polymer that is hydrophilic relative to the silicone from which the silicone monomer mix is comprised,
A method for powering a diesel engine with a fuel emulsion comprising the step of preparing the fuel emulsion by emulsifying a fuel and water in the presence of an emulsifier package which comprises - a mixture of anionic surfactants, comprising - at least one sulfate selected from C 6-22 alkyl sulfates and - at least one alkyl ether sulfate of the general formula R-O-(CH 2 CH 2 O) m SO 3 , in which R is a linear or branched alkyl and/or alkenyl radical having 6 to 22 carbon atoms and m is numbers from 1 to 10 and further comprises - a nonionic surfactant which is an alkoxylated alkanol of the formula (I), R e -O-(AO) m -R f (I) in which R e is straight-chain or branched alkyl or alkylene with from 1 to 32, preferably 4 to 32, more preferably from 10 to 22, carbon atoms, AO is an ethylene oxide radical, propylene oxide radical, butylene oxide radical, pentylene oxide radical, styrene oxide radical or mixtures of the abovementioned radicals, e.g. in random or block sequence (wherein a diblock sequence is preferred), m is numbers from 1 to 100, preferably 1 to 30, and R f is hydrogen or alkyl with from 1 to 4 carbon atoms, preferably hydrogen. - a mixture of anionic surfactants, comprising - at least one sulfate selected from C 6-22 alkyl sulfates and - at least one alkyl ether sulfate of the general formula R-O-(CH 2 CH 2 O) m SO 3 , in which R is a linear or branched alkyl and/or alkenyl radical having 6 to 22 carbon atoms and m is numbers from 1 to 10 and further comprises - a nonionic surfactant which is an alkoxylated alkanol of the formula (I), R e -O-(AO) m -R f (I) in which R e is straight-chain or branched alkyl or alkylene with from 1 to 32, preferably 4 to 32, more preferably from 10 to 22, carbon atoms, AO is an ethylene oxide radical, propylene oxide radical, butylene oxide radical, pentylene oxide radical, styrene oxide radical or mixtures of the abovementioned radicals, e.g. in random or block sequence (wherein a diblock sequence is preferred), m is numbers from 1 to 100, preferably 1 to 30, and R f is hydrogen or alkyl with from 1 to 4 carbon atoms, preferably hydrogen. R e is straight-chain or branched alkyl or alkylene with from 1 to 32, preferably 4 to 32, more preferably from 10 to 22, carbon atoms, AO is an ethylene oxide radical, propylene oxide radical, butylene oxide radical, pentylene oxide radical, styrene oxide radical or mixtures of the abovementioned radicals, e.g. in random or block sequence (wherein a diblock sequence is preferred), m is numbers from 1 to 100, preferably 1 to 30, and R f is hydrogen or alkyl with from 1 to 4 carbon atoms, preferably hydrogen.
Dynamic self-adaptation method of the ignition delay of a burner that may be installed and implemented on a gas boiler comprising at least one primary exchanger for the generation of hot water for a heating system equipped with at least one secondary exchanger (Rs1, Rs2, ..., Rsn), at least one control unit , at least one temperature sensor to detect the delivery temperature (Tm), at least one pump for the circulation of water of the said heating system , at least one assembly of one or more sensors configured to determine a the value (Qcm) of a circulation flow rate (Qc) in the primary exchanger of the said boiler , where said control unit is configured to re-ignite said boiler with a pre-set ignition delay (tRimp) optimized for the maximum expected value (Qref) of said circulation flow rate (Qc) when none of said at least one secondary exchanger (Rs1, Rs2, ..., Rsn) is choked, wherein said pre-set ignition delay (t.R.imp) is replaced by a dynamic ignition delay (t.R.dyn) calculated by said control unit as a function of the choking conditions of said at least one secondary exchanger (Rs1, Rs2, ..., Rsn), said choking conditions being determined by measuring and monitoring of the value (Qcm) of said circulation flow rate (Qc).
A baler with a bale chamber in which a baler piston can be moved in oscillation, and an antechamber with an inlet region into which the harvested material picked up by a pickup device enters and a discharge region which discharges into the bale chamber , wherein a packer can be changed over in the antechamber between a collecting stroke movement which compacts harvested material in the antechamber and a filling stroke movement which transfers the harvested material from the antechamber into the downstream bale chamber , as well as at least one retaining assembly configured so as to be pivotable into the antechamber , wherein the retaining assembly has at least one retaining means which can be pivoted into the antechamber , wherein the retaining means has at least one sensor device for determining the fill level of the antechamber , characterized in that the retaining means has a projection in the form of a rocker arm which is disposed on a shank of the retaining means so as to be capable of tilting, wherein the rocker arm has a first end which faces the antechamber and a second end which is opposite to the first end, wherein the rocker arm is connected to the shank between the ends so as to be capable of tilting and is connected to the sensor device at its second end and the sensor device has at least a spring which in particular opposes a tilting movement, a plunger and a sensor element , wherein the plunger is mounted at the second end and is disposed at a distance from the sensor element when the rocker arm is in a position which is not tilted.
A method for producing a fruit or vegetable product, wherein the method comprises: pre-drying a whole or sliced fruit or vegetable to about 40 to 55° Brix; puffing the whole or sliced fruit or vegetable under vacuum at a temperature above 21°C; freeze-drying the whole or sliced fruit or vegetable under vacuum to a moisture content of about 1% to about 15%; and subliming the whole or sliced fruit or vegetable under vacuum, to thereby produce the fruit or vegetable product. pre-drying a whole or sliced fruit or vegetable to about 40 to 55° Brix; puffing the whole or sliced fruit or vegetable under vacuum at a temperature above 21°C; freeze-drying the whole or sliced fruit or vegetable under vacuum to a moisture content of about 1% to about 15%; and subliming the whole or sliced fruit or vegetable under vacuum, to thereby produce the fruit or vegetable product.
A sealing machine for sealing a container, comprising an ejection device and a sliding profile , wherein the ejection device comprises an ejection rod and an ejection head , and the ejection head comprises a supporting element with a supporting axis and a sliding end , and a sliding element for sliding the supporting element along a sliding profile of the sealing machine, wherein the sliding element is arranged at the sliding end and a force acting essentially in the direction of the supporting axis can be transmitted via the sliding element to the supporting element , and the sliding element is designed as a rotatable rolling element, so that in the operating state the supporting element can be unrolled over the rotatable rolling element along the sliding profile , characterized in that the rotatable rolling element can be rotated about the supporting axis and about an axis which is perpendicular to the direction of movement and varies during the movement of the sliding element on the sliding profile and the sliding profile has a groove suitable for receiving and/or guiding the rotatable rolling element .
A flip-flow type screening or conveying apparatus (10; 900; 950) comprising: a plurality of first mat supports ; a plurality of second mat supports a sieve mat (200; 915; 965) comprising a plurality of sieve mat sections (204, 206, 208 - 238, 240), wherein each sieve mat section is supported between an adjacent pair of mat supports comprising a first mat support and a second mat support; and a drive apparatus (110/116) imparting a vibration to the apparatus whereby the second mat supports are translated relative to the first mat supports; characterized in that a downwardly-sloped first plane formed by at least a portion of the first mat supports is arranged and maintained while the second mat supports are translated relative to the first mat supports at a lowered offset relative to a downwardly-sloped second plane formed by a corresponding portion of the second mat supports, and wherein a downslope of the sieve mat sections approaching the first mat supports is increased relative to a downslope of the sieve mat sections approaching the second mat supports. a plurality of first mat supports ; a plurality of second mat supports a sieve mat (200; 915; 965) comprising a plurality of sieve mat sections (204, 206, 208 - 238, 240), wherein each sieve mat section is supported between an adjacent pair of mat supports comprising a first mat support and a second mat support; and a drive apparatus (110/116) imparting a vibration to the apparatus whereby the second mat supports are translated relative to the first mat supports; characterized in that a downwardly-sloped first plane formed by at least a portion of the first mat supports is arranged and maintained while the second mat supports are translated relative to the first mat supports at a lowered offset relative to a downwardly-sloped second plane formed by a corresponding portion of the second mat supports, and wherein a downslope of the sieve mat sections approaching the first mat supports is increased relative to a downslope of the sieve mat sections approaching the second mat supports.
An amplifier for a receiver circuit , the amplifier having an input node (V in ) and an output node (V out ), comprising a tunable tank circuit connected to the output node (V ou t); a feedback circuit path connected between the output node (V out ) and the input node (V in ); characterised by further comprising a tunable capacitor connected between an internal node of the feedback circuit path and a reference-voltage node.
Self-supporting understructure for a vehicle, comprising a plurality of light-metal hollow extruded profiles (2, 2.1) which are connected to one another on the longitudinal sides by a cold joining process in positive and frictional fit, in each case with an upper flange and a lower flange connected to the latter by webs (5, 6; 5.1, 6.1), wherein adjacent profiles (2, 2.1) comprise, at the longitudinal ends of the upper flange and the lower flange , connecting members - slot strips and web strips - configured so as to be complementary to one another, and are connected by the connecting members engaged with one another by the cold joining process, so as to form a base plate (7, 7.1), of which profiles (2, 2.1) at least a plurality have, between their upper flange and their lower flange , at least one usable chamber for accommodating at least one unit necessary for the operation of the vehicle, and on each longitudinal side comprising the end sides of the profiles (2, 2.1) a sillboard which extends over the length of the base plate (7, 7.1) formed by the profiles (2, 2.1) and is supported on the end surfaces of the profiles (2, 2.1).
Method for monitoring and/or analysing at least one process running on an automated device, wherein at least one intelligent subsystem which is involved in the process and is in the form of a controller is included in the device, wherein a control programme which can be executed on the controller forms a first data record, wherein the control program is program code for a numerical controller or a motion controller or a PLC or a robot controller, wherein at least one second data record comprises data for visualizing the process result, by means of which data the process result is visualized on a display means, wherein the second data record is based on a process simulation using a virtual device for carrying out the process or is based on measurements using a real device for carrying out the process, characterized in that a cross-link between the first and the second data record is visualized by means of the display means using at least the first and the second data record in such a manner that a visual representation of the cross-link between sections of the data records which are relevant to the process is produced, in that the program code is visualized at least in sections during the visualization, in that the visualization is carried out using at least three basic signals which are assigned to the coordinate axes and together represent the process result in the form of a contour of a multi-dimensional surface, and in that the visualization is also carried out using at least one additional signal which is used to visually indicate a section within the multi-dimensional contour or to visually indicate a section on the display means and is represented by at least one further data record.
A computer-implemented method of performing a knowledge proof using a set of transactions for recording in a blockchain maintained in a blockchain network , the method comprising: determining, by a challenger , a competition challenge, the competition challenge having a challenge solution derivable therefrom; at a challenger device, determining a signature challenge for the competition challenge; and submitting, to the blockchain network , the signature challenge in at least one challenge transaction for recording in the blockchain ; wherein the competition challenge is communicated to a plurality of competing challengees , without communicating the challenge solution directly, thereby causing the competing challengees compete to derive, from the competition challenge, independent instances of the challenge solution; wherein a first of the challengees to successfully derive an independent instance of the challenge solution uses data thereof as a secret challengee key to sign at least one message at a challengee device, and thereby generate at least one transaction signature, and submits the at least one transaction signature and the at least one message to the blockchain network in at least one proof transaction , thereby causing a node of the blockchain network to determine whether the at least one transaction signature satisfies the signature challenge . determining, by a challenger , a competition challenge, the competition challenge having a challenge solution derivable therefrom; at a challenger device, determining a signature challenge for the competition challenge; and submitting, to the blockchain network , the signature challenge in at least one challenge transaction for recording in the blockchain ; wherein the competition challenge is communicated to a plurality of competing challengees , without communicating the challenge solution directly, thereby causing the competing challengees compete to derive, from the competition challenge, independent instances of the challenge solution; wherein a first of the challengees to successfully derive an independent instance of the challenge solution uses data thereof as a secret challengee key to sign at least one message at a challengee device, and thereby generate at least one transaction signature, and submits the at least one transaction signature and the at least one message to the blockchain network in at least one proof transaction , thereby causing a node of the blockchain network to determine whether the at least one transaction signature satisfies the signature challenge .
A packaging system comprising a plurality of sub units , wherein each sub unit is shaped as a pyramid having a square lid and a body wherein the body has sidewalls that taper towards a narrow end from the square lid forming an opposing surface at an end opposite the narrow end, wherein the interior of the sub unit accommodates the content to be packaged, wherein the sub units are configured to be positioned so that the opposing surfaces form an outer surface of the packaging system, wherein the sub units assemble into a packaging system, so that the lids form the outermost surface of each side of the packaging system , wherein the packaging system comprises six sub units and constitutes a rectangular parallelepiped, characterized in that a substantial part of the outer surface of each sub unit mutually supports at least one other sub unit . wherein the sub units are configured to be positioned so that the opposing surfaces form an outer surface of the packaging system, wherein the sub units assemble into a packaging system, so that the lids form the outermost surface of each side of the packaging system , wherein the packaging system comprises six sub units and constitutes a rectangular parallelepiped, characterized in that a substantial part of the outer surface of each sub unit mutually supports at least one other sub unit .
A cap comprising: an inner housing comprising a first top wall , an essentially cylindrical first sidewall , and an open bottom formed by said first sidewall with an opening to an inner cavity within said inner housing for receiving a hub of a needleless connector , an outer housing comprising an essentially cylindrical second side wall configured to essentially surround said first sidewall ; and a support structure connecting said first sidewall to said second sidewall and forming an open space extending between said inner housing and said outer housing allowing air to pass between said outer housing and said inner housing via said open space , characterized in that an outer locking housing comprising a third top wall configured above said first top wall and comprising at least one opening extending through said third top wall allowing said air passing through said open space extending between said inner housing and said outer housing to pass through said outer locking housing , and an essentially cylindrical third side wall configured to essentially surround said second sidewall ; wherein said outer locking housing interfaces with said outer housing whereby a rotational movement of said outer locking housing is transferred to a rotational movement of said inner housing and said outer housing in the same rotational direction when said first top wall and said third top wall are urged toward each other and at least a first portion of an outer surface of said first top wall and at least a second portion of an inner surface of said third top wall engage. an inner housing comprising a first top wall , an essentially cylindrical first sidewall , and an open bottom formed by said first sidewall with an opening to an inner cavity within said inner housing for receiving a hub of a needleless connector , an outer housing comprising an essentially cylindrical second side wall configured to essentially surround said first sidewall ; and a support structure connecting said first sidewall to said second sidewall and forming an open space extending between said inner housing and said outer housing allowing air to pass between said outer housing and said inner housing via said open space , characterized in that an outer locking housing comprising a third top wall configured above said first top wall and comprising at least one opening extending through said third top wall allowing said air passing through said open space extending between said inner housing and said outer housing to pass through said outer locking housing , and an essentially cylindrical third side wall configured to essentially surround said second sidewall ; wherein said outer locking housing interfaces with said outer housing whereby a rotational movement of said outer locking housing is transferred to a rotational movement of said inner housing and said outer housing in the same rotational direction when said first top wall and said third top wall are urged toward each other and at least a first portion of an outer surface of said first top wall and at least a second portion of an inner surface of said third top wall engage.