mhurhangee/patent-ind-claim-en huggingface dataset:
An insulated heat transfer substrate comprising: a heat transfer layer formed of aluminum or an aluminum alloy; a conductive layer provided on one surface side of the heat transfer layer ; and a glass layer formed between the conductive layer and the heat transfer layer , wherein the conductive layer is formed of a sintered body of silver, a thickness of the glass layer is in a range of 5 μm or larger and 50 μm or smaller, and in a top view, a pattern of the conductive layer is smaller than a size of a pattern of the glass layer a heat transfer layer formed of aluminum or an aluminum alloy; a conductive layer provided on one surface side of the heat transfer layer ; and a glass layer formed between the conductive layer and the heat transfer layer , wherein the conductive layer is formed of a sintered body of silver, a thickness of the glass layer is in a range of 5 μm or larger and 50 μm or smaller, and in a top view, a pattern of the conductive layer is smaller than a size of a pattern of the glass layer
A self-propelled agricultural working machine comprising at the front of the machine a feeder configured to be moved up or down, and a header that is detachably coupled to the front of the feeder, wherein the header comprises a back wall and at least one support and transport wheel assembly , the assembly comprising an axle and two wheels attached at the two ends of the axle, the assembly being movable between a field position wherein the axle is essentially parallel to the longitudinal direction of the header and a transport position wherein the axle is transversal to said longitudinal direction, wherein the header comprises an actuating system configured to move the wheel assembly from the field position to the transport position and vice versa, characterised in that the actuating system comprises : - A first frame element and a first actuator mechanism coupled between the first frame element and the back wall of the header , wherein the first actuator mechanism is configured to actuate a forward movement of the first frame element from a position behind the back wall of the header to a forward position and vice versa, when the header is lifted up to a given height by the feeder , - A second frame element and a second actuator mechanism coupled between the first and the second frame element, wherein the axle of the wheel assembly is coupled to the second frame element , and wherein the second actuator mechanism is configured to actuate a swivel movement of the second frame element and thereby of the axle and the wheels , relative to the first frame element , when the first frame element is in the forward position, the swivel movement being configured to bring the wheel assembly to or from a position wherein the axle is transversal to the longitudinal direction of the header . - A first frame element and a first actuator mechanism coupled between the first frame element and the back wall of the header , wherein the first actuator mechanism is configured to actuate a forward movement of the first frame element from a position behind the back wall of the header to a forward position and vice versa, when the header is lifted up to a given height by the feeder , - A second frame element and a second actuator mechanism coupled between the first and the second frame element, wherein the axle of the wheel assembly is coupled to the second frame element , and wherein the second actuator mechanism is configured to actuate a swivel movement of the second frame element and thereby of the axle and the wheels , relative to the first frame element , when the first frame element is in the forward position, the swivel movement being configured to bring the wheel assembly to or from a position wherein the axle is transversal to the longitudinal direction of the header .
Secondary lithium battery having the following features: a. The battery comprises a housing enclosing an interior . b. The battery comprises a composite body arranged in the interior and consisting of at least one positive electrode and at least one negative electrode and at least one separator . c. The housing comprises a metal housing part having an inner side pointing into the interior and an outer side pointing away from the interior . d. The metal housing part consists of • a first layer consisting of aluminium or of an aluminium alloy that forms the inner side of the metal housing part , and • a second layer consisting of nickel or of a nickel alloy that forms the outer side of the metal housing part . a. The battery comprises a housing enclosing an interior . b. The battery comprises a composite body arranged in the interior and consisting of at least one positive electrode and at least one negative electrode and at least one separator . c. The housing comprises a metal housing part having an inner side pointing into the interior and an outer side pointing away from the interior . d. The metal housing part consists of • a first layer consisting of aluminium or of an aluminium alloy that forms the inner side of the metal housing part , and • a second layer consisting of nickel or of a nickel alloy that forms the outer side of the metal housing part . • a first layer consisting of aluminium or of an aluminium alloy that forms the inner side of the metal housing part , and • a second layer consisting of nickel or of a nickel alloy that forms the outer side of the metal housing part .
A card wire , comprising a rib portion and a plurality of teeth along the length of the rib portion , wherein the plurality of teeth are inclined at an angle with respect to the rib portion , wherein the teeth have a front portion and a back portion , wherein the front portion is the inner portion of the tooth leaning towards the rib portion and the back portion is the outer portion of the tooth, wherein the front portion and the back portion of the tooth join a the tip of the tooth ; wherein the teeth have a base segment , connecting the front portion of a tooth to the back portion of the preceding tooth; wherein the front portion comprises at least two undercut segments (120, 130; 320, 330; 420, 430); a first undercut segment and a second undercut segment ; wherein the second undercut segment is spaced further away from the tip of the tooth than the first undercut segment ; wherein each undercut segment (120, 130; 320, 330; 420, 430) has an undercut angle (α, β); wherein the undercut angle (α, β) is the minimum of the angles with the longitudinal direction of the card wire, of the tangents to each point of the part of the undercut segment going - when observed from the tip - inwards from the front portion ; characterized in that the second undercut segment has a larger undercut angle (β) than the first undercut segment (α).
A tire, comprising a vulcanized rubber composition which satisfies the relationship (I): ΔSv ≥ 5% when it is sampled inward in a tire radial direction from a tread interior surface exposed by removing a tread surface to a depth of 3 mm inward in the tire radial direction, wherein ΔSv represents a rate of change in an area occupied by depressions on the tread interior surface before and after immersion under the following conditions, the tire comprising a tread comprising the vulcanized rubber composition, wherein the vulcanized rubber composition is prepared from a tread rubber composition comprising at least one rubber component and water-soluble fine particles, the median particle size D50 of the water-soluble fine particles is 1 μm to 100 μm and the amount of the water-soluble fine particles per 100 parts of the rubber components is 5 parts by mass or more, the vulcanized rubber composition has a complex modulus at 70°C (70°C E*) satisfying the relationship (II): 70°C E* ≥ 2.5 MPa, and the tread having a groove pattern asymmetric in a tire width direction to contact a road: (Immersion conditions) The vulcanized rubber composition is entirely immersed for three hours in 1000 mL of water maintained at 25°C. the tire comprising a tread comprising the vulcanized rubber composition, wherein the vulcanized rubber composition is prepared from a tread rubber composition comprising at least one rubber component and water-soluble fine particles, the median particle size D50 of the water-soluble fine particles is 1 μm to 100 μm and the amount of the water-soluble fine particles per 100 parts of the rubber components is 5 parts by mass or more, the vulcanized rubber composition has a complex modulus at 70°C (70°C E*) satisfying the relationship (II): 70°C E* ≥ 2.5 MPa, and the tread having a groove pattern asymmetric in a tire width direction to contact a road: (Immersion conditions) The vulcanized rubber composition is entirely immersed for three hours in 1000 mL of water maintained at 25°C.
A sensor comprising: a skin piercing member having a skin piercing end positioned opposite from a base end , the skin piercing member defining a lumen that extends along a lumen axis from the skin piercing end toward the base end ; and a blood sample analysis zone located within the lumen of the skin piercing member ; characterized in that : an elongated sensing component is positioned within the lumen such that blood continues up a defined open passage space surrounding the elongated sensing component by a passive process of rapid capillary flow into the lumen of the skin piercing member , the blood continuing up the defined open passage space until encountering a capillary stop feature formed at the base end of the piercing member , the elongated sensing component including an elongated working electrode and an elongated reference electrode printed on an elongated spacer having a length that extends along the lumen axis, the elongated spacer being a ribbon having a profiled transverse cross-sectional shape, the transverse cross-sectional shape being profiled to assist in centering the elongated dielectric spacer within the lumen of the skin piercing member , the working electrode being printed onto the elongated spacer using aerosol jet printing, at least a section of each of the working and reference electrodes being positioned within the analysis zone . a skin piercing member having a skin piercing end positioned opposite from a base end , the skin piercing member defining a lumen that extends along a lumen axis from the skin piercing end toward the base end ; and a blood sample analysis zone located within the lumen of the skin piercing member ; characterized in that : an elongated sensing component is positioned within the lumen such that blood continues up a defined open passage space surrounding the elongated sensing component by a passive process of rapid capillary flow into the lumen of the skin piercing member , the blood continuing up the defined open passage space until encountering a capillary stop feature formed at the base end of the piercing member , the elongated sensing component including an elongated working electrode and an elongated reference electrode printed on an elongated spacer having a length that extends along the lumen axis, the elongated spacer being a ribbon having a profiled transverse cross-sectional shape, the transverse cross-sectional shape being profiled to assist in centering the elongated dielectric spacer within the lumen of the skin piercing member , the working electrode being printed onto the elongated spacer using aerosol jet printing, at least a section of each of the working and reference electrodes being positioned within the analysis zone .
A method of operating an ebullated bed process for the hydroconversion of a heavy hydrocarbon feedstock, wherein said method comprises: providing an ebullated bed reactor system, comprising an ebullated bed reactor vessel that defines a reactor volume within which is an ebullated bed reaction zone defined by a catalyst bed comprising first shaped hydroprocessing catalyst particles having a first geometry providing for a first ratio of the cross section perimeter-to-cross sectional area that is less than 5 mm -1 , and wherein said reactor volume further includes an upper zone above said ebullated bed reaction zone and a lower zone below said ebullated bed reaction zone; introducing said heavy hydrocarbon feedstock into said ebullated bed reaction zone, which is operated under hydroconversion reaction conditions; removing a portion of said first shaped hydroprocessing catalyst particles from said catalyst bed, wherein the rate of catalyst removal is in the range of from 0.5 to 5% of the total weight of the catalyst inventory per day of operation; adding to said catalyst bed an incremental amount of a second shaped hydroprocessing catalyst particles having a second geometry with a polylobal cross section and providing for a second ratio of the cross section perimeter-to-cross sectional area that is at least 5 mm -1 and less than 8 mm -1 , wherein the addition rate is in the range of from 0.5 to 5% of the total weight of the catalyst inventory per day of operation; and yielding from said reactor volume a heavy hydrocarbon conversion product having a reduced sediment content. providing an ebullated bed reactor system, comprising an ebullated bed reactor vessel that defines a reactor volume within which is an ebullated bed reaction zone defined by a catalyst bed comprising first shaped hydroprocessing catalyst particles having a first geometry providing for a first ratio of the cross section perimeter-to-cross sectional area that is less than 5 mm -1 , and wherein said reactor volume further includes an upper zone above said ebullated bed reaction zone and a lower zone below said ebullated bed reaction zone; introducing said heavy hydrocarbon feedstock into said ebullated bed reaction zone, which is operated under hydroconversion reaction conditions; removing a portion of said first shaped hydroprocessing catalyst particles from said catalyst bed, wherein the rate of catalyst removal is in the range of from 0.5 to 5% of the total weight of the catalyst inventory per day of operation; adding to said catalyst bed an incremental amount of a second shaped hydroprocessing catalyst particles having a second geometry with a polylobal cross section and providing for a second ratio of the cross section perimeter-to-cross sectional area that is at least 5 mm -1 and less than 8 mm -1 , wherein the addition rate is in the range of from 0.5 to 5% of the total weight of the catalyst inventory per day of operation; and yielding from said reactor volume a heavy hydrocarbon conversion product having a reduced sediment content.
Dispensing device, comprising: - a cap comprising an insertion orifice , - a stopper , the cap and the stopper being arranged so that the stopper is mounted in the cap by insertion-mounting in the cap from the side of the insertion orifice , the device comprising a deformable chamber an inner volume of which is arranged to contain a fluid, said chamber being provided with an inlet such that the device is arranged to convey a fluid along a fluid flow path from the inlet then through the chamber then to an outlet , the device comprising moreover at least one reservoir film , extending towards the outside of the cap so as to form a fluid reservoir in communication with the deformable chamber via the inlet the at least one reservoir film being held by the stopper , said device comprising a part called pressing part arranged to be movable so as to alter the inner volume of the chamber, characterized in that the at least one reservoir film is held by clamping by a force exerted by the stopper on the cap . - a cap comprising an insertion orifice , - a stopper , the cap and the stopper being arranged so that the stopper is mounted in the cap by insertion-mounting in the cap from the side of the insertion orifice , the device comprising a deformable chamber an inner volume of which is arranged to contain a fluid, said chamber being provided with an inlet such that the device is arranged to convey a fluid along a fluid flow path from the inlet then through the chamber then to an outlet , the device comprising moreover at least one reservoir film , extending towards the outside of the cap so as to form a fluid reservoir in communication with the deformable chamber via the inlet the at least one reservoir film being held by the stopper , said device comprising a part called pressing part arranged to be movable so as to alter the inner volume of the chamber, characterized in that the at least one reservoir film is held by clamping by a force exerted by the stopper on the cap .
A series-type charging device , comprising: an input-terminal , used to receive an input power ; an output-terminal , coupled to the input-terminal , and coupled to another series-type charging device to supply a next-level power ; a control unit , coupled between the input-terminal and the output-terminal , and provided for obtaining an output power from a shunt of the input power , and generating a charging power according to the output power to charge a battery ; and a detector unit , with an end coupled between the input-terminal and the output-terminal , and the other end coupled to the control unit to measure a supply power of the input power ; characterized in that the series-type charging device further comprising: when the output-terminal is coupled to another series-type charging device , the output power is reduced, and the input power is converted completely into the next-level power to charge the battery of another series-type charging device in a first priority, and when the supply power of the series-type charging device has not reached an upper limit value , the remaining input power will be distributed to the other series-type charging device immediately to charge the battery of the series-type charging device . an input-terminal , used to receive an input power ; an output-terminal , coupled to the input-terminal , and coupled to another series-type charging device to supply a next-level power ; a control unit , coupled between the input-terminal and the output-terminal , and provided for obtaining an output power from a shunt of the input power , and generating a charging power according to the output power to charge a battery ; and a detector unit , with an end coupled between the input-terminal and the output-terminal , and the other end coupled to the control unit to measure a supply power of the input power ; characterized in that the series-type charging device further comprising: when the output-terminal is coupled to another series-type charging device , the output power is reduced, and the input power is converted completely into the next-level power to charge the battery of another series-type charging device in a first priority, and when the supply power of the series-type charging device has not reached an upper limit value , the remaining input power will be distributed to the other series-type charging device immediately to charge the battery of the series-type charging device .
A battery polarity determination circuit comprising: a battery accommodating unit including a first contact (T1) and a second contact (T2) to be in contact with respective electrode terminals of a battery (BAT) accommodated in the battery accommodating unit ; a control device configured to be connected via a resistor (R) to a voltage lead-out point (P1) at which a voltage of the battery (BAT) is led out from the battery accommodating unit and to determine a polarity of the battery (BAT) accommodated in the battery accommodating unit ; a connection switching circuit capable of switching between a first connection state in which the first contact (T1) is connected to the voltage lead-out point (P1) and the second contact (T2) is grounded, and a second connection state in which the second contact (T2) is connected to the voltage lead-out point (P1) and the first contact (T1) is grounded; and a diode (D) having a cathode to be connected to a voltage read-in point (P2) at which the resistor (R) and the control device are connected to each other, and an anode to be grounded, wherein the control device is configured to determine the polarity of the battery (BAT) based on a voltage at the voltage read-in point (P2) according to the connection state of the connection switching circuit , and a forward voltage of the diode (D) is set so that the voltage at the voltage read-in point (P2) is not less than a lower limit value of an absolute maximum rating of the control device. a battery accommodating unit including a first contact (T1) and a second contact (T2) to be in contact with respective electrode terminals of a battery (BAT) accommodated in the battery accommodating unit ; a control device configured to be connected via a resistor (R) to a voltage lead-out point (P1) at which a voltage of the battery (BAT) is led out from the battery accommodating unit and to determine a polarity of the battery (BAT) accommodated in the battery accommodating unit ; a connection switching circuit capable of switching between a first connection state in which the first contact (T1) is connected to the voltage lead-out point (P1) and the second contact (T2) is grounded, and a second connection state in which the second contact (T2) is connected to the voltage lead-out point (P1) and the first contact (T1) is grounded; and a diode (D) having a cathode to be connected to a voltage read-in point (P2) at which the resistor (R) and the control device are connected to each other, and an anode to be grounded, wherein the control device is configured to determine the polarity of the battery (BAT) based on a voltage at the voltage read-in point (P2) according to the connection state of the connection switching circuit , and a forward voltage of the diode (D) is set so that the voltage at the voltage read-in point (P2) is not less than a lower limit value of an absolute maximum rating of the control device.
A LAN port lock device for selectively locking a LAN port connector having a flexible hook that is locked into a LAN port of an electronic device, when the LAN port connector is inserted in the LAN port , the LAN port lock device comprising: a device body where the LAN port connector is inserted with a terminal exposed outside; a locking unit coupled to the device body and selectively preventing or allowing for elastic deformation of a flexible hook of the LAN port connector coupled to the device body by interfering with or separating from the flexible hook in accordance with positions; and characterized by a release button provided in the device body to move into and out of the device body and elastically deforming the flexible hook being separated from the locking unit and inserted into the device body . a device body where the LAN port connector is inserted with a terminal exposed outside; a locking unit coupled to the device body and selectively preventing or allowing for elastic deformation of a flexible hook of the LAN port connector coupled to the device body by interfering with or separating from the flexible hook in accordance with positions; and characterized by a release button provided in the device body to move into and out of the device body and elastically deforming the flexible hook being separated from the locking unit and inserted into the device body .