mhurhangee/patent-ind-claim-en huggingface dataset:
A fuel-saving control device , comprising: a surplus driving force calculation unit for calculating a surplus driving force, the surplus driving force being defined by a difference between a driving force of a driving wheel and a traveling resistance on a vehicle; a fuel-saving control unit configured to execute a fuel-saving control for lowering and correcting an instructed fuel injection amount depending on an accelerator position when the surplus driving force becomes equal to or greater than a first threshold value, and configured to stop the fuel-saving control when the surplus driving force becomes smaller than the first threshold value; a vehicle position detection unit for detecting a vehicle position; a map information storage unit for storing map information; a road information identification unit for identifying a gradient and a curvature radius of an expected travelling road on which the vehicle is expected to travel based on the vehicle position and the map information; and a flat straight road determination unit for determining whether the expected travelling road is a flat straight road, based on the gradient and the curvature radius of the expected travelling road, characterized in that , after the fuel-saving control has been stopped, the fuel-saving control unit is configured to execute the fuel-saving control when the expected travelling road is the flat straight road. a surplus driving force calculation unit for calculating a surplus driving force, the surplus driving force being defined by a difference between a driving force of a driving wheel and a traveling resistance on a vehicle; a fuel-saving control unit configured to execute a fuel-saving control for lowering and correcting an instructed fuel injection amount depending on an accelerator position when the surplus driving force becomes equal to or greater than a first threshold value, and configured to stop the fuel-saving control when the surplus driving force becomes smaller than the first threshold value; a vehicle position detection unit for detecting a vehicle position; a map information storage unit for storing map information; a road information identification unit for identifying a gradient and a curvature radius of an expected travelling road on which the vehicle is expected to travel based on the vehicle position and the map information; and a flat straight road determination unit for determining whether the expected travelling road is a flat straight road, based on the gradient and the curvature radius of the expected travelling road, characterized in that , after the fuel-saving control has been stopped, the fuel-saving control unit is configured to execute the fuel-saving control when the expected travelling road is the flat straight road.
Packaging container made in one piece having a container body, wherein a handle is formed on the container body, wherein • the container body is cup-shaped or shell-shaped and can be rotationally symmetrical and • the container body has a filling and removal opening , which can occupy a complete side of the container body, and • the opening of the container body is provided with an edge flange or a rim at least in sections, wherein the edge flange or rim projects outwards and • the handle is formed in the vicinity of the container opening and • the handle is hinged to the container body via a material thinning, which is designed as a film hinge , or the handle is hinged to the edge flange or rim via a material thinning, which is designed as a film hinge , and • at least one detachable connection is provided between handle and edge flange or rim, which when the handle is required can be broken loose and the handle lifted up, characterized in that the packaging container is manufactured using the deep-drawing process, wherein the connection only covers a partial section of the handle . • the container body is cup-shaped or shell-shaped and can be rotationally symmetrical and • the container body has a filling and removal opening , which can occupy a complete side of the container body, and • the opening of the container body is provided with an edge flange or a rim at least in sections, wherein the edge flange or rim projects outwards and • the handle is formed in the vicinity of the container opening and • the handle is hinged to the container body via a material thinning, which is designed as a film hinge , or the handle is hinged to the edge flange or rim via a material thinning, which is designed as a film hinge , and • at least one detachable connection is provided between handle and edge flange or rim, which when the handle is required can be broken loose and the handle lifted up, the packaging container is manufactured using the deep-drawing process, wherein the connection only covers a partial section of the handle .
An imaging apparatus for a robot picking system comprising: a plurality of imaging sections (101A and 101B) that images an imaging region; a parallax information generator that generates parallax information based on a plurality of images imaged by the plurality of imaging sections (101A and 101B); and an exposure amount controller (203 and 204) that determines an exposure amount for use in the plurality of imaging sections (101A and 101B) in a subsequent imaging operation to increase a number of valid parallax values contained in a parallax value group of an image portion showing a target in the imaging region, wherein the exposure amount controller (203 and 204) executes parallax information obtaining control that obtains the parallax information corresponding to a plurality of exposure amounts generated based on the images imaged by the imaging sections with the plurality of exposure amounts, and characterized in that the exposure amount controller (203 and 204) executes exposure amount identifying control that identifies the exposure amount corresponding to the parallax information having a maximum number of valid parallax values in the obtained parallax information to determine the exposure amount for use in the imaging sections in the subsequent imaging operation based on the identified exposure amount. a plurality of imaging sections (101A and 101B) that images an imaging region; a parallax information generator that generates parallax information based on a plurality of images imaged by the plurality of imaging sections (101A and 101B); and an exposure amount controller (203 and 204) that determines an exposure amount for use in the plurality of imaging sections (101A and 101B) in a subsequent imaging operation to increase a number of valid parallax values contained in a parallax value group of an image portion showing a target in the imaging region, wherein the exposure amount controller (203 and 204) executes parallax information obtaining control that obtains the parallax information corresponding to a plurality of exposure amounts generated based on the images imaged by the imaging sections with the plurality of exposure amounts, and characterized in that the exposure amount controller (203 and 204) executes exposure amount identifying control that identifies the exposure amount corresponding to the parallax information having a maximum number of valid parallax values in the obtained parallax information to determine the exposure amount for use in the imaging sections in the subsequent imaging operation based on the identified exposure amount.
Housing for a transmission, wherein the housing comprises a housing upper part and a housing lower part , wherein the housing upper part has a frame-like support section, on which wall sections are formed, wherein the frame-like support section is formed in one piece, that is to say as one part, with the wall sections, in particular as a cast part, in particular as a cast steel part, wherein the frame-like support section of the housing upper part has a first and a second transverse rib , in particular wherein the transverse ribs extend mainly in the horizontal direction, that is to say in particular are extended further in the horizontal direction than in any direction transverse thereto, wherein the frame-like support section has two first ribs , wherein the two first ribs are spaced apart from one another and are each connected to the first transverse rib , in particular at two spaced-apart points, in particular wherein the first ribs extend mainly in the vertical direction, that is to say in particular are extended further in the vertical direction than in any direction transverse thereto, wherein two second ribs are spaced apart from one another and are each connected to the second transverse rib , in particular at two spaced-apart points, in particular wherein the second ribs extend mainly in the vertical direction, that is to say in particular are extended further in the vertical direction than in any direction transverse thereto, characterized in that each first rib and each second rib has a lifting eye at the end region thereof that is remote from the respective transverse rib , wherein one of the first ribs is connected at its end region to a first beam , in particular a supporting beam, which is connected at its other end to the end region of one of the second ribs , wherein the other first rib is connected at its end region to a second beam , in particular a supporting beam, which in turn is connected at its other end to the end region of the other second rib , in particular wherein the two beams are arranged parallel to and spaced apart from one another, wherein the frame-like support section has a thicker wall thickness than the other sections of the housing upper part which adjoin the frame-like support section.
A developer supply container comprising: a non-rotatable portion provided with a developer discharging chamber provided with a discharge opening configured to permit discharging of developer; a developer accommodating chamber configured to accommodate the developer, said developer accommodating chamber being rotatable relative to said non-rotatable portion ; a feeding portion for feeding the developer in said developer accommodating chamber with rotation thereof; and a gear portion configured and positioned to receive a rotational force for rotating said feeding portion ; characterized by a pump portion configured and positioned to act upon at least said developer discharging chamber to discharge the developer, said pump portion having a volume that changes with reciprocation; and a drive converting portion configured and positioned to convert the rotational force received by said gear portion to a force for operating said pump portion . a non-rotatable portion provided with a developer discharging chamber provided with a discharge opening configured to permit discharging of developer; a developer accommodating chamber configured to accommodate the developer, said developer accommodating chamber being rotatable relative to said non-rotatable portion ; a feeding portion for feeding the developer in said developer accommodating chamber with rotation thereof; and a gear portion configured and positioned to receive a rotational force for rotating said feeding portion ; characterized by a pump portion configured and positioned to act upon at least said developer discharging chamber to discharge the developer, said pump portion having a volume that changes with reciprocation; and a drive converting portion configured and positioned to convert the rotational force received by said gear portion to a force for operating said pump portion .
A combined meter assembly forming part of a modular system , the combined meter assembly comprising: a register or an index associated with a meter , the register or index being configured to collect data associated with the meter and make this data available to other devices; and a communication circuit decoupled from the register or the index by being separated from the remaining circuitry of the register or index, said communication circuit being configured to communicate with the register or the index via an optical communication link between the register or the index and the communication circuit. a register or an index associated with a meter , the register or index being configured to collect data associated with the meter and make this data available to other devices; and a communication circuit decoupled from the register or the index by being separated from the remaining circuitry of the register or index, said communication circuit being configured to communicate with the register or the index via an optical communication link between the register or the index and the communication circuit.
A test body for a system for determining a torque applied between two members rotating about a geometric axis of rotation (R), said test body having an internal bushing secured in rotation with means for mounting said test body on one member, and an external bushing extending around the internal bushing while having means for mounting said test body on the other member, said bushings being connected by a deformable structure which is arranged so as to transmit the torque between the members while enabling an angular displacement between said bushings according to the torque applied between said members, said test body being characterised in that it is equipped with two rings each carrying a magnetic track which is able to emit a signal representative of the rotational movement of said ring, the rings being fastened respectively on one bushing and the magnetic tracks being magnetised concentrically so that they have a common axis of revolution (P) so as to respectively form an internal magnetic track and an external magnetic track of an encoder.
A work vehicle comprising: an engine main body ; a cooling fan arranged in front of the engine main body , and configured to feed air to the engine main body ; an exhaust gas purification device arranged on one of the left and right sides of the engine main body , and configured to purify exhaust gas exhausted from the engine main body ; an engine hood that covers the engine main body , the cooling fan , and the exhaust gas purification device ; and an operation seat arranged behind the engine hood , wherein an outside air intake port is formed in at least one of left and right side surfaces of the engine hood , at a position further forward than the cooling fan , on at least one of the left and right side surfaces of the engine hood , a first opening capable of exhausting air inside the engine hood in a direction away from the operation seat in side view is formed in a position facing the exhaust gas purification device in the lateral direction, and a second opening having a shape elongated in a vehicle width direction is formed in a position above the rear of the engine hood and in front of the operation seat , the second opening being capable of exhausting the air inside the engine hood in a direction away from the operation seat in side view, characterized in that a closing part is provided in a middle position of the second opening relative to the vehicle width direction, and direction of the air passing through the second opening is divided into left and right by the closing part . an engine main body ; a cooling fan arranged in front of the engine main body , and configured to feed air to the engine main body ; an exhaust gas purification device arranged on one of the left and right sides of the engine main body , and configured to purify exhaust gas exhausted from the engine main body ; an engine hood that covers the engine main body , the cooling fan , and the exhaust gas purification device ; and an operation seat arranged behind the engine hood , wherein an outside air intake port is formed in at least one of left and right side surfaces of the engine hood , at a position further forward than the cooling fan , on at least one of the left and right side surfaces of the engine hood , a first opening capable of exhausting air inside the engine hood in a direction away from the operation seat in side view is formed in a position facing the exhaust gas purification device in the lateral direction, and a second opening having a shape elongated in a vehicle width direction is formed in a position above the rear of the engine hood and in front of the operation seat , the second opening being capable of exhausting the air inside the engine hood in a direction away from the operation seat in side view, characterized in that a closing part is provided in a middle position of the second opening relative to the vehicle width direction, and direction of the air passing through the second opening is divided into left and right by the closing part .
Pyrroloquinoline quinone, derivative and/or salt thereof according to formula (I): wherein R1, R2 and R3 are the same or different and each independently represents lower alkyl, lower alkenyl, lower alkynyl, aralkyl, alkaryl, phenyl, hydrogen, sodium and potassium, for use in the treatment or prevention of Sjogren's syndrome.
A data packet processing method, comprising: receiving (S410), by a storage apparatus, information indicating a correspondence between a first identifier and data flow characteristic information from an application server; receiving (S310), by a policy and charging enforcement function, a first message from a policy and charging rules function, wherein the first message comprises the first identifier and policy information corresponding to the first identifier; sending (S320, S420), by the policy and charging enforcement function, a second message to the storage apparatus, wherein the second message comprises the first identifier, the second message is used to request the storage apparatus for data flow characteristic information corresponding to the first identifier; determining (S430), by the storage apparatus according to the first identifier and the correspondence, the data flow characteristic information corresponding to the first identifier; and sending (S440, S330), by the storage apparatus, the data flow characteristic information corresponding to the first identifier to the policy and charging enforcement function. receiving (S410), by a storage apparatus, information indicating a correspondence between a first identifier and data flow characteristic information from an application server; receiving (S310), by a policy and charging enforcement function, a first message from a policy and charging rules function, wherein the first message comprises the first identifier and policy information corresponding to the first identifier; sending (S320, S420), by the policy and charging enforcement function, a second message to the storage apparatus, wherein the second message comprises the first identifier, the second message is used to request the storage apparatus for data flow characteristic information corresponding to the first identifier; determining (S430), by the storage apparatus according to the first identifier and the correspondence, the data flow characteristic information corresponding to the first identifier; and sending (S440, S330), by the storage apparatus, the data flow characteristic information corresponding to the first identifier to the policy and charging enforcement function.
Electrochemical cell having the following features: a. It comprises a ring-shaped composite electrode body. b. It comprises a ring-shaped, liquid-tight housing formed as a hollow cylinder. c. The housing comprises a ring-shaped internal space. d. The housing is arranged around a central aperture or recess. e. The housing has a height in the range from 5 mm to 40 mm and an external diameter in the range from 6 mm to 20 mm. f. The ring-shaped composite electrode body is arranged in the ring-shaped internal space. g. The housing comprises two annular housing bases spaced apart from each other and parallel to each other and a ring-shaped inner housing shell connecting the housing bases and a ring-shaped outer housing shell connecting the housing bases, each of the housing shells and each of the housing bases each having an inner side pointing into the internal space and an outer side pointing in an opposite direction. h. The housing comprises two cup-shaped half parts each comprising an annular disc, a hollow cylindrical inner ring and a hollow cylindrical outer ring, one of the half parts being pushed into the other, so that the annular discs form the mutually parallel housing bases and the inner rings form the inner housing shell and the outer rings form the outer housing shell. a. It comprises a ring-shaped composite electrode body. b. It comprises a ring-shaped, liquid-tight housing formed as a hollow cylinder. c. The housing comprises a ring-shaped internal space. d. The housing is arranged around a central aperture or recess. e. The housing has a height in the range from 5 mm to 40 mm and an external diameter in the range from 6 mm to 20 mm. f. The ring-shaped composite electrode body is arranged in the ring-shaped internal space. g. The housing comprises two annular housing bases spaced apart from each other and parallel to each other and a ring-shaped inner housing shell connecting the housing bases and a ring-shaped outer housing shell connecting the housing bases, each of the housing shells and each of the housing bases each having an inner side pointing into the internal space and an outer side pointing in an opposite direction. h. The housing comprises two cup-shaped half parts each comprising an annular disc, a hollow cylindrical inner ring and a hollow cylindrical outer ring, one of the half parts being pushed into the other, so that the annular discs form the mutually parallel housing bases and the inner rings form the inner housing shell and the outer rings form the outer housing shell.
A facet joint prosthesis (10; 140), comprising: - an inferior prosthetic portion (12; 144) comprising a first anchor member and a first articulating member (20; 150); - a superior prosthetic portion (14; 146) comprising a second anchor member and a second articulating member (22; 152); - wherein the first and second anchor members comprise screws, - wherein the first articulating member (20; 150) comprises a support portion fixably connected to the first anchor member , wherein the first articulating member (20; 150) comprises first articulating surface (28; 142), and the second articulating member (22; 152); comprises second articulating surface (30; 142), the first and second articulating surfaces (28, 30; 142) configured and dimensioned to contact or engage one another, and - characterized by : - a flexible element (36; 148) positioned between the first articulating surface (28; 142) and the second articulating surface (30; 142), wherein the flexible element (36; 148) is configured to provide constrained articulation. - an inferior prosthetic portion (12; 144) comprising a first anchor member and a first articulating member (20; 150); - a superior prosthetic portion (14; 146) comprising a second anchor member and a second articulating member (22; 152); - wherein the first and second anchor members comprise screws, - wherein the first articulating member (20; 150) comprises a support portion fixably connected to the first anchor member , wherein the first articulating member (20; 150) comprises first articulating surface (28; 142), and the second articulating member (22; 152); comprises second articulating surface (30; 142), the first and second articulating surfaces (28, 30; 142) configured and dimensioned to contact or engage one another, and - characterized by : - a flexible element (36; 148) positioned between the first articulating surface (28; 142) and the second articulating surface (30; 142), wherein the flexible element (36; 148) is configured to provide constrained articulation. - a flexible element (36; 148) positioned between the first articulating surface (28; 142) and the second articulating surface (30; 142), wherein the flexible element (36; 148) is configured to provide constrained articulation.