mhurhangee/patent-ind-claim-en huggingface dataset:
A cutting arrangement for an ice cream machine, the cutting arrangement comprising: a cutting tool ; and an electrical actuator connected to and supporting the cutting tool , the electrical actuator being arranged to generate a reciprocating movement of the cutting tool in order for the cutting tool to cut ice cream into ice cream products , characterized in that the cutting arrangement further comprises a rotatable element arranged between the cutting tool and the electrical actuator , and wherein the cutting arrangement further comprises a tilt actuator operatively connected to the rotatable element for tilting the cutting tool . a cutting tool ; and an electrical actuator connected to and supporting the cutting tool , the electrical actuator being arranged to generate a reciprocating movement of the cutting tool in order for the cutting tool to cut ice cream into ice cream products , characterized in that the cutting arrangement further comprises a rotatable element arranged between the cutting tool and the electrical actuator , and wherein the cutting arrangement further comprises a tilt actuator operatively connected to the rotatable element for tilting the cutting tool .
An image data entropy-encoding method based on context-based adaptive binary arithmetic coding, CABAC, the method comprising: setting current context model information for entropy-encoding a syntax element of a first block of the image data and a syntax element of a second block of the image data based on previous context model information that is used to entropy-encode the syntax element of a previously encoded block that is adjacent to the first block; and entropy-encoding the syntax element of the first block and the syntax element of the second block based on the current context model information, characterized in that the previous context model information indicates a most probable symbol, corresponding to a context index, and an occurrence probability of the most probable symbol applied to context-based adaptive binary arithmetic coding, CABAC, of the previously encoded block, and the current context model information is obtained by updating the information that indicates the most probable symbol and the occurrence probability of the most probable symbol in the previous context model information based on a result of the context-based adaptive binary arithmetic coding of the previously encoded block. setting current context model information for entropy-encoding a syntax element of a first block of the image data and a syntax element of a second block of the image data based on previous context model information that is used to entropy-encode the syntax element of a previously encoded block that is adjacent to the first block; and entropy-encoding the syntax element of the first block and the syntax element of the second block based on the current context model information, characterized in that the previous context model information indicates a most probable symbol, corresponding to a context index, and an occurrence probability of the most probable symbol applied to context-based adaptive binary arithmetic coding, CABAC, of the previously encoded block, and the current context model information is obtained by updating the information that indicates the most probable symbol and the occurrence probability of the most probable symbol in the previous context model information based on a result of the context-based adaptive binary arithmetic coding of the previously encoded block.
A tubular running device comprising a gripping apparatus at a lower end, the gripping apparatus comprising an outer cage concentrically disposed about an inner mandrel and movable relative to the inner mandrel for engaging and disengaging a plurality of rolling supports with a tubular, and an actuator assembly for moving the outer cage, the actuator assembly comprising: a housing assembly coupled to the outer cage , wherein the housing assembly is movable relative to the inner mandrel ; characterised by an upper fluid chamber disposed between the housing assembly and the inner mandrel , and a lower fluid chamber disposed between the housing assembly and the inner mandrel , wherein fluid pumped through an upper pressure port into the upper chamber moves the housing assembly in a first direction thereby causing the gripping apparatus to disengage the tubular, and wherein fluid pumped through a lower pressure port into the lower fluid chamber moves the housing assembly in a second direction thereby causing the gripping apparatus to engage the tubular; and a floating piston disposed within the lower fluid chamber , and a gas chamber defined between the housing assembly and the inner mandrel and below the floating piston , wherein fluid pumped through the lower pressure port into the lower fluid chamber moves the floating piston in the first direction and compresses a gas present in the gas chamber . a housing assembly coupled to the outer cage , wherein the housing assembly is movable relative to the inner mandrel ; characterised by an upper fluid chamber disposed between the housing assembly and the inner mandrel , and a lower fluid chamber disposed between the housing assembly and the inner mandrel , wherein fluid pumped through an upper pressure port into the upper chamber moves the housing assembly in a first direction thereby causing the gripping apparatus to disengage the tubular, and wherein fluid pumped through a lower pressure port into the lower fluid chamber moves the housing assembly in a second direction thereby causing the gripping apparatus to engage the tubular; and a floating piston disposed within the lower fluid chamber , and a gas chamber defined between the housing assembly and the inner mandrel and below the floating piston , wherein fluid pumped through the lower pressure port into the lower fluid chamber moves the floating piston in the first direction and compresses a gas present in the gas chamber .
A process for enhancing dewaterability of sludge comprising the steps: a) generating or obtaining sludge, such as, during conventional wastewater treatment; b) treating the sludge with a cellulase and hemicellulase enzyme mixture and a protease enzyme, wherein the protease is selected from a protease having at least 90% sequence identity, at least 95% sequence identity, at least 96% sequence identity, at least 97% sequence identity, at least 98% sequence identity, or at least 99% sequence identity to a protease as shown in SEQ ID NO:1; c) conditioning the sludge with coagulating and/or flocculating additives; d) dewatering the enzyme treated sludge with conventional equipment. a) generating or obtaining sludge, such as, during conventional wastewater treatment; b) treating the sludge with a cellulase and hemicellulase enzyme mixture and a protease enzyme, wherein the protease is selected from a protease having at least 90% sequence identity, at least 95% sequence identity, at least 96% sequence identity, at least 97% sequence identity, at least 98% sequence identity, or at least 99% sequence identity to a protease as shown in SEQ ID NO:1; c) conditioning the sludge with coagulating and/or flocculating additives; d) dewatering the enzyme treated sludge with conventional equipment.
Device for the mounting of an outboard motor at the stem of a boat , in particular an inflatable boat, comprising drive means designed to move said outboard motor from a vertical position, in sailing trim, to an inclined position, in storage trim, with reduction in its vertical overall dimensions, characterised in that said drive means are mounted integral inside a boxed assembly whereto the outboard motor is restrained, said boxed assembly being mounted rotatably around the axis (X) of a solid shaft fixed to said stem , in such a way that the entire assembly constituted by the boxed assembly , by the outboard motor and by the drive means can rotate around said axis (X).
A control system configured to control an electric motor , the system comprising a current controller which produces a set of voltage demands for the motor , a current sensing means arranged to produce a current sensing output indicative of electric current in the motor and to output a current signal (iDQ) in a frame of reference of the rotor D and Q axis components, and current signal processing means arranged to process the current sensing output signal to produce a modified current signal (iDQCleaned) in which at least one harmonic component present in the current sensing output signal due to inaccuracies in the current measurement is removed or substantially reduced, and in which the modified current signal is combined with a demanded motor current (iDQdemand) to provide the input to the current controller characterized in that the current sensing means comprises a first filter and a second filter , and the system is arranged to remove or substantially reduce the harmonic by first passing the current output signal (iDQ) through the first filter to remove the DC component of the signal and to pass the harmonic and any other frequencies, then transform the filtered signal into an intermediate signal in a frame of reference in which the harmonic component is a DC component, and then pass the intermediate signal through the second filter to leave only the DC component, the system further being arranged to apply a reverse transform to shift the remaining DC component back to its original harmonic frequency to produce the modified current signal (iDQCleaned).
Rockfall barrier for installation between an uphill side (BS) and a downhill side (TS) of a hill slope (B) - with at least two guide devices for a net , which comprises an upper edge and a lower edge , and - with an upper load-bearing rope , which guides the upper edge at the guide devices , - wherein at least one middle rope is provided, which extends from an upper end point fixed at the upper load-bearing rope to a lower end point fixable to the hill slope (B), characterized in - that the at least one middle rope is provided with a braking element fixable to the hill slope (B) and arranged adjacent to the lower edge of the net . - with at least two guide devices for a net , which comprises an upper edge and a lower edge , and - with an upper load-bearing rope , which guides the upper edge at the guide devices , - wherein at least one middle rope is provided, which extends from an upper end point fixed at the upper load-bearing rope to a lower end point fixable to the hill slope (B), characterized in - that the at least one middle rope is provided with a braking element fixable to the hill slope (B) and arranged adjacent to the lower edge of the net .
Passenger cabin interior component layout comprising: - an overhead luggage bin comprising a movable shell , and - a separating device for separating two zones of the passenger cabin, the separating device comprising: -- a curtain element which is dimensioned and shaped so as to at least partially cover an area extending below the overhead luggage bin with its moveable shell being in its closed position in a direction substantially perpendicular to a longitudinal axis of the overhead luggage bin , the curtain element having a first edge facing the movable shell of the overhead luggage bin , -- a holder supporting a first end of the first edge of the curtain element , and -- a fixing device fixing a second end of the first edge of the curtain element to the movable shell of the overhead luggage bin ; characterized in that : -- the curtain element is made of a flexible material, and, in the region of its first edge facing the movable shell of the overhead luggage bin , is provided with an elastic strap which is adapted to be tensioned when the movable shell is moved from its open loading position into its closed position. - an overhead luggage bin comprising a movable shell , and - a separating device for separating two zones of the passenger cabin, the separating device comprising: -- a curtain element which is dimensioned and shaped so as to at least partially cover an area extending below the overhead luggage bin with its moveable shell being in its closed position in a direction substantially perpendicular to a longitudinal axis of the overhead luggage bin , the curtain element having a first edge facing the movable shell of the overhead luggage bin , -- a holder supporting a first end of the first edge of the curtain element , and -- a fixing device fixing a second end of the first edge of the curtain element to the movable shell of the overhead luggage bin ; characterized in that : -- the curtain element is made of a flexible material, and, in the region of its first edge facing the movable shell of the overhead luggage bin , is provided with an elastic strap which is adapted to be tensioned when the movable shell is moved from its open loading position into its closed position. -- a curtain element which is dimensioned and shaped so as to at least partially cover an area extending below the overhead luggage bin with its moveable shell being in its closed position in a direction substantially perpendicular to a longitudinal axis of the overhead luggage bin , the curtain element having a first edge facing the movable shell of the overhead luggage bin , -- a holder supporting a first end of the first edge of the curtain element , and -- a fixing device fixing a second end of the first edge of the curtain element to the movable shell of the overhead luggage bin ; characterized in that : -- the curtain element is made of a flexible material, and, in the region of its first edge facing the movable shell of the overhead luggage bin , is provided with an elastic strap which is adapted to be tensioned when the movable shell is moved from its open loading position into its closed position.
A system for dissolving at least one detergent tablet or detergent granulate in water and thereby creating a detergent liquid, said system comprising a chamber for dissolving said tablets or granulate, wherein said chamber comprises - an opening for receiving said detergent tablet and said water, - a detergent liquid outlet, wherein said system further comprises - a colander positioned inside the chamber for carrying said tablets or granulate, where said colander ensures a flow around the tablets or granulate and that all sides of the tablet or granulate will be constantly exposed to the liquid in the chamber and liquid flow in the chamber, when said chamber is filled with liquid, - a measurement device for measuring the conductivity of the detergent liquid, - means for assisting the dissolving process based on the measured conductivity of said detergent liquid, said means comprising a water inlet positioned at the bottom of the chamber for connecting the chamber to a water supply and an outlet positioned at the upper part of the chamber, wherein the outlet at the upper part is used when tapping detergent liquid ensuring a flow from the water inlet passing most of the colander positioned in said chamber. - an opening for receiving said detergent tablet and said water, - a detergent liquid outlet, - a colander positioned inside the chamber for carrying said tablets or granulate, where said colander ensures a flow around the tablets or granulate and that all sides of the tablet or granulate will be constantly exposed to the liquid in the chamber and liquid flow in the chamber, when said chamber is filled with liquid, - a measurement device for measuring the conductivity of the detergent liquid, - means for assisting the dissolving process based on the measured conductivity of said detergent liquid, said means comprising a water inlet positioned at the bottom of the chamber for connecting the chamber to a water supply and an outlet positioned at the upper part of the chamber, wherein the outlet at the upper part is used when tapping detergent liquid ensuring a flow from the water inlet passing most of the colander positioned in said chamber.
A chain lock comprising a lock body , which has a first closure part , a second closure part and a combination locking mechanism that is aligned along a lock axis (S), and comprising a bolt that has a bolt mandrel , which can be introduced into the lock body , and that can be selectively locked to the lock body by means of the combination locking mechanism , wherein the lock body has a chain connection part which is permanently connected to the bolt via a chain, wherein the chain connection part and the bolt are aligned coaxially to one another in a locked state of the bolt , wherein the combination locking mechanism comprises a plurality of rotatable code setting rings which are arranged between the first closure part and the second closure part of the lock body , wherein the lock body comprises a housing sleeve that has an access window via which the code setting rings are accessible for a manual rotation, wherein the lock body has, at a first end associated with the chain connection part , at least one first fastening pin which engages through the housing sleeve into an annular groove of the chain connection part such that the chain connection part is rotatably supported at the housing sleeve , wherein the lock body has, at a second end associated with the bolt , at least one second fastening pin which engages through the housing sleeve into the second closure part of the lock body and which fixes the second closure part to the housing sleeve . wherein the lock body has a chain connection part which is permanently connected to the bolt via a chain, wherein the chain connection part and the bolt are aligned coaxially to one another in a locked state of the bolt , wherein the combination locking mechanism comprises a plurality of rotatable code setting rings which are arranged between the first closure part and the second closure part of the lock body , wherein the lock body comprises a housing sleeve that has an access window via which the code setting rings are accessible for a manual rotation, wherein the lock body has, at a first end associated with the chain connection part , at least one first fastening pin which engages through the housing sleeve into an annular groove of the chain connection part such that the chain connection part is rotatably supported at the housing sleeve , wherein the lock body has, at a second end associated with the bolt , at least one second fastening pin which engages through the housing sleeve into the second closure part of the lock body and which fixes the second closure part to the housing sleeve .
A holder for a bracket , wherein the holder is configured to comprise a bracket , and wherein the holder is mountable on the inside of a bra cup , characterised in that said holder is built up of at least three layers, positioned on top of each other, wherein a first and second layer are a polyamide textile and form the outer layers of the holder, and a third layer is a foam material, wherein the width of the first layer as well as the width of the second layer are greater than twice the width of the third layer and wherein the third layer is completely enclosed by the first and second layer, hereby creating a cavity between, on the one hand, the third layer , and, on the other hand, the first 4-and second layer, wherein the cavity is suitable for receiving a bracket: , and wherein - the first layer is a coiled velvet layer with a weight between 130 and 160 g/m 2 and - the second layer is a nylon layer with a weight between 70 and 90 g/m 2 . - the first layer is a coiled velvet layer with a weight between 130 and 160 g/m 2 and - the second layer is a nylon layer with a weight between 70 and 90 g/m 2 .
A razor cartridge comprising: - a housing extending along a longitudinal axis (x), wherein the housing comprises a leading longitudinal side , a trailing longitudinal side , and a cutting member mounting portion provided in between the leading longitudinal side and the trailing longitudinal side; and - three or more substantially parallel cutting members disposed in the cutting member mounting portion in a shaving direction of the razor cartridge; wherein at least one of the cutting members comprises a blade support , wherein the blade support comprises a blade mounting portion disposed on an inner surface of the respective blade support that, in use, faces away from a shaving plane (SH), and a blade attached to the blade mounting portion, wherein the cutting members are disposed to define a plurality of inter-blade spans between cutting edges of the blades; and wherein a span defined between the rearmost portion of the substantially parallel cutting member that is closest to the trailing longitudinal side and the rearmost portion of the trailing longitudinal side of the housing is less than 2.35mm, wherein the leading inter-blade span is in the range 1.6 mm to 2.20 mm and wherein the trailing inter-blade span is in the range 1.4 mm to 1.8 mm. - a housing extending along a longitudinal axis (x), wherein the housing comprises a leading longitudinal side , a trailing longitudinal side , and a cutting member mounting portion provided in between the leading longitudinal side and the trailing longitudinal side; and - three or more substantially parallel cutting members disposed in the cutting member mounting portion in a shaving direction of the razor cartridge; wherein at least one of the cutting members comprises a blade support , wherein the blade support comprises a blade mounting portion disposed on an inner surface of the respective blade support that, in use, faces away from a shaving plane (SH), and a blade attached to the blade mounting portion, wherein the cutting members are disposed to define a plurality of inter-blade spans between cutting edges of the blades; and wherein a span defined between the rearmost portion of the substantially parallel cutting member that is closest to the trailing longitudinal side and the rearmost portion of the trailing longitudinal side of the housing is less than 2.35mm, wherein the leading inter-blade span is in the range 1.6 mm to 2.20 mm and wherein the trailing inter-blade span is in the range 1.4 mm to 1.8 mm.