mhurhangee/patent-ind-claim-en huggingface dataset:
A folding case , that contains: - two short sides , - two long sides , - a base , - hinge base profiles on the sides of the base , with female hinge housings located on them, over female hinges , - male hinges located on the lower part of the short sides and long sides , corresponding to the female hinge housings , such that the female hinges and the male hinges connect the base to the long sides and to the short sides , - a load bearing column located on a short side , - a safety wall located on the hinge base profile , - a safety housing located on a long side and in which the safety wall slides, - a protrusion located at the bottom of the base , - a locking system located at the intersection of a short side and a long side , where the locking system comprises the load bearing column , lock pockets on the upper lateral part of the long side , a female lock housing located between the lock pockets , lock jacket beams located on the upper lateral part of the short side , a male horizontal lock located between the lock jacket beams , which slides into the female lock housing , characterized in that the folding case comprises a lock protection wall located on the sides of the long sides and covering them like a curtain, where the lock protection wall encases the lock system and protects it from collapsing under heavy loads. - two short sides , - two long sides , - a base , - hinge base profiles on the sides of the base , with female hinge housings located on them, over female hinges , - male hinges located on the lower part of the short sides and long sides , corresponding to the female hinge housings , such that the female hinges and the male hinges connect the base to the long sides and to the short sides , - a load bearing column located on a short side , - a safety wall located on the hinge base profile , - a safety housing located on a long side and in which the safety wall slides, - a protrusion located at the bottom of the base , - a locking system located at the intersection of a short side and a long side , where the locking system comprises the load bearing column , lock pockets on the upper lateral part of the long side , a female lock housing located between the lock pockets , lock jacket beams located on the upper lateral part of the short side , a male horizontal lock located between the lock jacket beams , which slides into the female lock housing , characterized in that the folding case comprises a lock protection wall located on the sides of the long sides and covering them like a curtain, where the lock protection wall encases the lock system and protects it from collapsing under heavy loads.
A method for controlling a power conversion device , which is a DC/DC converter comprising a class-E inverter, for converting power from a power supply by controlling an input to a resonance circuit comprising a resonance coil (Lr) and a resonance capacitor (Cr), with a switching element (S), wherein: - the method comprises simultaneously changing a switching frequency (f) and a time ratio (D) of the switching element (S) so that the switching element (S) satisfies a condition of zero-voltage switching when an output power of the power conversion device is changed, and - the switching frequency (f) is set so as to be located within an inductive region where an operating point for driving the resonance circuit is inductive, characterized in that the method further comprises simultaneously changing the switching frequency (f) and the time ratio (D) so that: - the switching frequency and the time ratio satisfy the following relation: f = 1 2 π 2 1 − D 2 π 2 − 1 + 2 cos φ s cos 2 πD + φ s − cos 2 πD + φ s cos 2 πD − π 1 − D sin 2 πD 2 π 2 1 − D L r C s , wherein the switching frequency (f) is f, the time ratio (D) is D, an inductance of the resonance coil (L r ) is Lr, a capacitance of a shunt capacitor (C s ) connected in parallel with the switching element (S) is C s , and a phase difference between a drive signal for the switching element (S) and a current flowing in the resonance circuit is φ s ; or - a product of the switching frequency and the time ratio satisfies the following relation: f ⋅ D = α Vo 2 RL β , wherein the switching frequency (f) is f, the time ratio (D) is D, an output voltage of the power conversion device is V 0 , a resistance value of a load connected to the power conversion device is RL, and α, and β are constants. - the method comprises simultaneously changing a switching frequency (f) and a time ratio (D) of the switching element (S) so that the switching element (S) satisfies a condition of zero-voltage switching when an output power of the power conversion device is changed, and - the switching frequency (f) is set so as to be located within an inductive region where an operating point for driving the resonance circuit is inductive, - the switching frequency and the time ratio satisfy the following relation: f = 1 2 π 2 1 − D 2 π 2 − 1 + 2 cos φ s cos 2 πD + φ s − cos 2 πD + φ s cos 2 πD − π 1 − D sin 2 πD 2 π 2 1 − D L r C s , wherein the switching frequency (f) is f, the time ratio (D) is D, an inductance of the resonance coil (L r ) is Lr, a capacitance of a shunt capacitor (C s ) connected in parallel with the switching element (S) is C s , and a phase difference between a drive signal for the switching element (S) and a current flowing in the resonance circuit is φ s ; or - a product of the switching frequency and the time ratio satisfies the following relation: f ⋅ D = α Vo 2 RL β , wherein the switching frequency (f) is f, the time ratio (D) is D, an output voltage of the power conversion device is V 0 , a resistance value of a load connected to the power conversion device is RL, and α, and β are constants.
A harness comprising a waist belt to which two side attachment arrangements are connected; two forward attachment arrangements ; and a respective riser extending between each forward attachment arrangement and one corresponding side attachment arrangement ; wherein each side attachment arrangement includes a securing component and a lying ring assembly , the securing component being connected to the waist belt , and the lying ring assembly being held by the securing component against the waist belt , characterised in that the lying ring assembly includes a retention component that, in use, passes through a loop or an eye in the riser to connect the riser to the lying ring assembly , which retention component is removable from the lying ring assembly to release the connection between the riser and the lying ring assembly.
An inspection assembly for imaging the internal surface of a pipe or conduit comprising: - an elongate housing ; - a plurality of sideview cameras within the housing , the sideview cameras being arranged in a circumferential array to capture an image of a region within a field of view external to the housing , the centre line of the field of view of each of the sideview cameras extending in a direction substantially perpendicular to a longitudinal axis of the housing ; and - a plurality of viewport elements , each viewport element being mounted in the housing and located such that light is transmitted through the viewport element and into a respective one of the sideview cameras, wherein each of the viewport elements has a concave internal surface , closer to the camera, and a convex external surface , further from the camera, and wherein the centre of the radius of curvature of the internal surface is closer to the viewport element than the centre of the radius of curvature of the external surface . - an elongate housing ; - a plurality of sideview cameras within the housing , the sideview cameras being arranged in a circumferential array to capture an image of a region within a field of view external to the housing , the centre line of the field of view of each of the sideview cameras extending in a direction substantially perpendicular to a longitudinal axis of the housing ; and - a plurality of viewport elements , each viewport element being mounted in the housing and located such that light is transmitted through the viewport element and into a respective one of the sideview cameras, wherein each of the viewport elements has a concave internal surface , closer to the camera, and a convex external surface , further from the camera, and wherein the centre of the radius of curvature of the internal surface is closer to the viewport element than the centre of the radius of curvature of the external surface .
A method of managing production in a hydrocarbon producing well, comprising the steps of: a. accessing a decline curve for the well, said decline curve predicting production from the well over a predetermined period of time at a plurality of different time points; b. selecting a plurality of lift types, each of said lift types being associated with two or more different lift configurations; c. selecting a time point from among said plurality of different time points; d. for each of said plurality of lift types and said associated two or more different lift configurations, calculating a performance lift model value at said selected time point; e. characterized by using said decline curve and any of said calculated performance model values at said selected time point to determine a set of feasible equipment configurations at said selected time point; f. for each of said determined set of feasible equipment configurations at said selected time point, determining an objective function value; g. performing steps (c) through (f) for each of said plurality of different time points , thereby producing a network of feasible objective function values; h. determining a minimum travel path through said network of feasible objective function values, thereby obtaining a lifecycle lift plan for the well; and, i. implementing at least a portion of said lifecycle lift plan for the well. a. accessing a decline curve for the well, said decline curve predicting production from the well over a predetermined period of time at a plurality of different time points; b. selecting a plurality of lift types, each of said lift types being associated with two or more different lift configurations; c. selecting a time point from among said plurality of different time points; d. for each of said plurality of lift types and said associated two or more different lift configurations, calculating a performance lift model value at said selected time point; e. characterized by using said decline curve and any of said calculated performance model values at said selected time point to determine a set of feasible equipment configurations at said selected time point; f. for each of said determined set of feasible equipment configurations at said selected time point, determining an objective function value; g. performing steps (c) through (f) for each of said plurality of different time points , thereby producing a network of feasible objective function values; h. determining a minimum travel path through said network of feasible objective function values, thereby obtaining a lifecycle lift plan for the well; and, i. implementing at least a portion of said lifecycle lift plan for the well.
A method of providing Electronic Program Guide, EPG, data to a digital television receiver, the method comprising: the digital television receiver transmitting device information including information about the device country, a receiver type and an original network ID, a transport stream ID, and a service ID, to a server; the server determining a group identifier, ID based on the transmitted device information, the original network ID, the transport stream ID and the service ID; the digital television receiver receiving the group ID from the server; transmitting a service request including the received group ID and first EPG data to the server at a predetermined interval; the server configuring second EPG data by combining and/or mixing EPG data received from each digital television receiver having a same group ID through a network and EPG data received from an external service provider; the digital television receiver receiving the second EPG data in response to the transmitted service request from the server, configuring an EPG based on the second EPG data, and displaying the EPG on a screen of the digital television receiver. the digital television receiver transmitting device information including information about the device country, a receiver type and an original network ID, a transport stream ID, and a service ID, to a server; the server determining a group identifier, ID based on the transmitted device information, the original network ID, the transport stream ID and the service ID; the digital television receiver receiving the group ID from the server; transmitting a service request including the received group ID and first EPG data to the server at a predetermined interval; the server configuring second EPG data by combining and/or mixing EPG data received from each digital television receiver having a same group ID through a network and EPG data received from an external service provider; the digital television receiver receiving the second EPG data in response to the transmitted service request from the server, configuring an EPG based on the second EPG data, and displaying the EPG on a screen of the digital television receiver.
A reciprocating compressor , comprising: a piston reciprocatably disposed in compression cylinder; a translatable assembly connected to the piston; an electromagnetic drive having a fixed stator and a core coupled to the translatable assembly , the drive configured to reciprocatably drive the translatable assembly ; and an accumulator coupled to the translatable assembly , wherein the accumulator is configured to store kinetic energy resident in the motion of a movement of the translatable assembly in a first direction, and wherein the accumulator is configured to impart kinetic energy resident in the motion of a movement of the translatable assembly in a second direction; and characterised in that the accumulator comprises: a connecting rod defining a first movable flange and a second movable flange , a fixed post having an aperture to slidably receive the connecting rod therein; a first resilient member disposed between the first movable flange and the fixed post ; and a second resilient member disposed between the second movable flange and the fixed post . a piston reciprocatably disposed in compression cylinder; a translatable assembly connected to the piston; an electromagnetic drive having a fixed stator and a core coupled to the translatable assembly , the drive configured to reciprocatably drive the translatable assembly ; and an accumulator coupled to the translatable assembly , wherein the accumulator is configured to store kinetic energy resident in the motion of a movement of the translatable assembly in a first direction, and wherein the accumulator is configured to impart kinetic energy resident in the motion of a movement of the translatable assembly in a second direction; and characterised in that the accumulator comprises: a connecting rod defining a first movable flange and a second movable flange , a fixed post having an aperture to slidably receive the connecting rod therein; a first resilient member disposed between the first movable flange and the fixed post ; and a second resilient member disposed between the second movable flange and the fixed post . a connecting rod defining a first movable flange and a second movable flange , a fixed post having an aperture to slidably receive the connecting rod therein; a first resilient member disposed between the first movable flange and the fixed post ; and a second resilient member disposed between the second movable flange and the fixed post .
A process for preparing a prepolymer comprising a urethane group and a curable silicon-functional group, which process comprises a) a compound A) with at least one five-membered cyclic monothiocarbonate group and a compound B) with at least one amino group, selected from primary or secondary amino groups or blocked primary or secondary amino groups, and optionally a compound C) with at least one functional group that reacts with a group -SH, are used as starting materials, wherein at least one of the compounds used as starting material comprises a silicon-functional group, and wherein compounds A), B) and optionally C) are processed by b) reacting compounds A) and B) and optionally C) under exclusion of water to obtain a prepolymer with silicon-functional groups that are curable. a) a compound A) with at least one five-membered cyclic monothiocarbonate group and a compound B) with at least one amino group, selected from primary or secondary amino groups or blocked primary or secondary amino groups, and optionally a compound C) with at least one functional group that reacts with a group -SH, are used as starting materials, wherein at least one of the compounds used as starting material comprises a silicon-functional group, and wherein compounds A), B) and optionally C) are processed by and optionally a compound C) with at least one functional group that reacts with a group -SH, are used as starting materials, wherein at least one of the compounds used as starting material comprises a silicon-functional group, and wherein compounds A), B) and optionally C) are processed by b) reacting compounds A) and B) and optionally C) under exclusion of water to obtain a prepolymer with silicon-functional groups that are curable.
Method for forming advertising material compositions (5, 5', 5") each comprising an envelope (1, 1', 1") and a plurality of inserts , wherein advertising materials used as envelopes (1, 1', 1") and as inserts are deposited on one another individually and one after another in the region of a collating section onto a conveying element moved in a transport direction , wherein a leading edge of an envelope (1, 1', 1") is deposited in the conveying direction with an offset from leading edges of the associated inserts , forming a projecting length of the envelope (1, 1', 1") relative to the inserts , wherein the inserts , forming an insert stack , are deposited on one another in such a way that the leading edges of the inserts at least approximately form a common folding edge , wherein the projecting length of the envelope (1, 1', 1") lying flat on the conveying element is folded over only around this folding edge and at least partly around the insert stack , forming an advertising material composition (5, 5', 5"), wherein the advertising material composition (5, 5', 5") is then folded at the folding edge and is finally transported away for further processing, and wherein an advertising material composition that is subsequently to be formed from a further envelope differing from the first envelope (1, 1") and associated inserts is formed in substantially the same way as the previous advertising material composition (5, 5"), characterized in that each of the advertising materials that is suitable to be used as an envelope (1, 1', 1") for an advertising material composition (5, 5', 5") to be formed is registered in a computer-aided machine control unit , an offset value corresponding to the required projecting length relative to the associated inserts is defined for each registered advertising material, and in that when changing from an advertising material composition to an advertising material composition to be formed subsequently with a further envelope differing from the first envelope (1, 1"), this offset value is used to form the necessary projecting length .
A method for executing by a microprocessor (PRC) a target operation (OPR) combining a first input data (SD) with a second input data (M), and providing an output data (RD), the method comprising steps of: generating at least two pairs of input words (SDMj, MMj), each pair of input words comprising a first input word (SDMj) and a second input word (MMj), the first input word of each pair of input words comprising a respective distinct part (SDbj) of the first input data and a binary one's complement ( SDbj ) of the part of the first input data, the second input word comprising a respective distinct part (Mbj) of the second input data and a binary one's complement ( Mbj ) of the part of the second input data, the first and second input words of each pair of input words having a same format defining the position of the input data part and the position of the binary one's complement of the input data part in the first and second input words of each pair of input words, each of the input words (SDMj, MMj) of each pair of input words comprises a data (rij) resulting from a random or pseudo-random number generator (RNG), and applying to each pair of input words a same derived operation (OPR1) providing an output word (RDMj) comprising a respective part (RDbj) of the output data and a binary one's complement ( RDbj ) of the part of the output data, the part of the output data resulting from the application of the target operation to the parts of the first and second input data present in the pair of input words. generating at least two pairs of input words (SDMj, MMj), each pair of input words comprising a first input word (SDMj) and a second input word (MMj), the first input word of each pair of input words comprising a respective distinct part (SDbj) of the first input data and a binary one's complement ( SDbj ) of the part of the first input data, the second input word comprising a respective distinct part (Mbj) of the second input data and a binary one's complement ( Mbj ) of the part of the second input data, the first and second input words of each pair of input words having a same format defining the position of the input data part and the position of the binary one's complement of the input data part in the first and second input words of each pair of input words, each of the input words (SDMj, MMj) of each pair of input words comprises a data (rij) resulting from a random or pseudo-random number generator (RNG), and applying to each pair of input words a same derived operation (OPR1) providing an output word (RDMj) comprising a respective part (RDbj) of the output data and a binary one's complement ( RDbj ) of the part of the output data, the part of the output data resulting from the application of the target operation to the parts of the first and second input data present in the pair of input words.
A water-based ink for ink-jet printing comprising a pigment (A), resin particles (B), a polypropylene glycol (X) with an average polymerization degree of not more than 45 and water, in which the resin particles (B) are produced by emulsion polymerization method.