mhurhangee/patent-ind-claim-en huggingface dataset:
A developer supply container comprising: an accommodating cylinder and a feeding component arranged in the accommodating cylinder , wherein an outer surface of the accommodating cylinder is provided with a driving receiving portion; a housing , located at one end of the accommodating cylinder , the housing is provided with a powder outlet , a gate is provided on the housing , and the gate can open or close the powder outlet ; the characterized in that : a first storage portion is provided at an end of the feeding component which is close to the housing , the housing is provided a developer storage portion which is in communication with the first storage portion , and the developer storage portion is in communication with the powder outlet , a stirring device is provided in the developer storage portion , the stirring device comprising a shaft rotating component and an elastic blade , a fixed end of the elastic blade is fixed on the shaft rotating component, a free end of the elastic blade abut to the circumferential wall of the developer storage portion , and the free end of the elastic blade can pass through the powder outlet and abut the gate located below the powder outlet . an accommodating cylinder and a feeding component arranged in the accommodating cylinder , wherein an outer surface of the accommodating cylinder is provided with a driving receiving portion; a housing , located at one end of the accommodating cylinder , the housing is provided with a powder outlet , a gate is provided on the housing , and the gate can open or close the powder outlet ; the characterized in that : a first storage portion is provided at an end of the feeding component which is close to the housing , the housing is provided a developer storage portion which is in communication with the first storage portion , and the developer storage portion is in communication with the powder outlet , a stirring device is provided in the developer storage portion , the stirring device comprising a shaft rotating component and an elastic blade , a fixed end of the elastic blade is fixed on the shaft rotating component, a free end of the elastic blade abut to the circumferential wall of the developer storage portion , and the free end of the elastic blade can pass through the powder outlet and abut the gate located below the powder outlet .
A position sensor system (1500a; 1500b; 1500c) for determining a position of a sensor device (1520a; 1520b; 1520c) movable along a predefined path relative to a magnetic source (1510a; 1510b; 1510c) or vice versa, the position sensor system comprising: - said magnetic source (1510a; 1510b; 1510c) comprising a first plurality (N1) of magnetic pole pairs arranged along a first track (T1) having a first periodicity or pole distance, and comprising a second plurality (N2) of magnetic pole pairs arranged along a second track having a second periodicity different from the first periodicity, wherein a centreline of the first track (T1) is spaced from a centreline of the second track (T2) by a predefined track distance (dt); - said sensor device (1520a; 1520b; 1520c) being configured for measuring a first set of at least two orthogonal magnetic field components (By1, Bz1; By1, Bx1, Bz1) at a first sensor location (P1), and for measuring a second set of at least two orthogonal magnetic field components (By2, Bz2; By2, Bx2, Bz2) at a second sensor location (P2), wherein the first sensor location (P1) is spaced from the second sensor location (P2) by a predefined sensor distance (ds) smaller than the predefined track distance (dt), in a direction transverse to the tracks (T1, T2); and wherein the sensor device (1520a; 1520b; 1520c) further comprises a processing unit configured for determining said position based on at least some of the measured signals (Byl, Bz1, By2, Bz2). - said magnetic source (1510a; 1510b; 1510c) comprising a first plurality (N1) of magnetic pole pairs arranged along a first track (T1) having a first periodicity or pole distance, and comprising a second plurality (N2) of magnetic pole pairs arranged along a second track having a second periodicity different from the first periodicity, wherein a centreline of the first track (T1) is spaced from a centreline of the second track (T2) by a predefined track distance (dt); - said sensor device (1520a; 1520b; 1520c) being configured for measuring a first set of at least two orthogonal magnetic field components (By1, Bz1; By1, Bx1, Bz1) at a first sensor location (P1), and for measuring a second set of at least two orthogonal magnetic field components (By2, Bz2; By2, Bx2, Bz2) at a second sensor location (P2), wherein the first sensor location (P1) is spaced from the second sensor location (P2) by a predefined sensor distance (ds) smaller than the predefined track distance (dt), in a direction transverse to the tracks (T1, T2);
Vehicle propulsion system comprising: a heat engine ; an auxiliary power unit for storing and/or supplying energy; a transmission unit for transmitting to the vehicle wheels the power supplied by the heat engine and/or by the auxiliary power unit ; and a planetary gear set which is interposed between the heat engine and the transmission unit and is connected to the auxiliary power unit ; a locking device which is associated with the planetary gear set and is shiftable between a first position and a second position, wherein in said first position the locking device locks a rotating element of the planetary gear set , so that the planetary gear set has one single degree of freedom and therefore the auxiliary power unit does not exchange power with the planetary gear set , while in said second position the locking device allows the rotation of said rotating element of the planetary gear set , so that the planetary gear set has two degrees of freedom and therefore the auxiliary power unit exchanges power with the planetary gear set ; and characterised by further comprising: a braking device which is interposed between the planetary gear set and the heat engine and is configured to modulate the motion resistance torque of the heat engine . a heat engine ; an auxiliary power unit for storing and/or supplying energy; a transmission unit for transmitting to the vehicle wheels the power supplied by the heat engine and/or by the auxiliary power unit ; and a planetary gear set which is interposed between the heat engine and the transmission unit and is connected to the auxiliary power unit ; a locking device which is associated with the planetary gear set and is shiftable between a first position and a second position, wherein in said first position the locking device locks a rotating element of the planetary gear set , so that the planetary gear set has one single degree of freedom and therefore the auxiliary power unit does not exchange power with the planetary gear set , while in said second position the locking device allows the rotation of said rotating element of the planetary gear set , so that the planetary gear set has two degrees of freedom and therefore the auxiliary power unit exchanges power with the planetary gear set ; and characterised by further comprising: a braking device which is interposed between the planetary gear set and the heat engine and is configured to modulate the motion resistance torque of the heat engine .
A heat exchanger plate for a plate heat exchanger for treatment of a liquid feed, the heat exchanger plate defining a first vertical edge , an opposite second vertical edge extending parallel to the first vertical edge and a central vertical axis (C) extending substantially centrally between and in parallel with the first vertical edge and the second vertical edge , each heat exchanger plate further defining an evaporation section for vaporizing the feed, a condensation section for condensing the vaporized feed, and a separation section for separating vaporized feed and non-vaporized feed, the separation section being located between the evaporation section and the condensation section along the direction of the central vertical axis (C) and forms alternating ridges and valleys , the separation section defines: a central part extending on both sides of the central vertical axis (C), a first part extending between the first vertical edge and the central part , the ridges and valleys in the first part extending horizontally and connect with respective ridges and valleys in the central part , a second part extending between the second vertical edge and the central part , the ridges and valleys in the second part extending horizontally and connect with respective ridges and valleys in the central part , the ridges in the first part being horizontally level with the valleys in the second part and vice versa, characterised in that the heat exchange plate further defines versa, a first edge part between the first vertical edge and the first part , and a second edge part between the second vertical edge and the second part , the ridges and valleys in the first edge part and second edge part extending at an oblique angle relative to the central vertical axis (C). a central part extending on both sides of the central vertical axis (C), a first part extending between the first vertical edge and the central part , the ridges and valleys in the first part extending horizontally and connect with respective ridges and valleys in the central part , a second part extending between the second vertical edge and the central part , the ridges and valleys in the second part extending horizontally and connect with respective ridges and valleys in the central part , the ridges in the first part being horizontally level with the valleys in the second part and vice versa, characterised in that the heat exchange plate further defines versa, a first edge part between the first vertical edge and the first part , and a second edge part between the second vertical edge and the second part , the ridges and valleys in the first edge part and second edge part extending at an oblique angle relative to the central vertical axis (C).
A method of producing a monolithic ceramic body from a porous matrix, comprising: providing a porous matrix having a pore volume; providing an infiltrating medium comprising water as a solvent and a reactive species being carbon dioxide gas; wherein the solvent is an inert medium that is not chemically reactive with the porous matrix; wherein the solvent is in a liquid phase when in the portion of the pore volume of the porous matrix; infiltrating 15% to 70% of the pore volume of the porous matrix with the infiltrating medium; wherein the infiltrating medium flows through the porous matrix; wherein the reactive species, when in a portion of the pore volume of the porous matrix, reacts with a portion of the porous matrix to form a product by a carbonation reaction, wherein the product fills at least a portion of the pore volume. providing a porous matrix having a pore volume; providing an infiltrating medium comprising water as a solvent and a reactive species being carbon dioxide gas; wherein the solvent is an inert medium that is not chemically reactive with the porous matrix; wherein the solvent is in a liquid phase when in the portion of the pore volume of the porous matrix; infiltrating 15% to 70% of the pore volume of the porous matrix with the infiltrating medium; wherein the infiltrating medium flows through the porous matrix; wherein the reactive species, when in a portion of the pore volume of the porous matrix, reacts with a portion of the porous matrix to form a product by a carbonation reaction, wherein the product fills at least a portion of the pore volume.
A composite pressure container for fluids with a boss , wherein the pressure container comprises an inner fluid-tight liner layer and a pressure supporting layer formed by winding fibre-reinforcement onto the liner layer, as well as at least one central aperture in one end provided with the boss for fitting a coupling or valve member , wherein the boss comprises an opening comprising mounting means for mounting said coupling or valve member in the opening, wherein the mounting means comprises internal threads arranged in an upper area , wherein the inner diameter of the opening in the upper area near a neck part is larger than the inner diameter of the opening in an inner area axially placed inside the upper area , wherein the inner area of the opening is adapted to receive at least one O-ring connected to an engaging surface of the coupling or valve member , wherein the internal threads in the upper area have an axial length (T) which is larger than the axial distance (L) from the internal threads to the centre of the at least one O-ring , and wherein the boss comprises an imbedded member fully imbedded towards the inside of the pressure container, and characterised in that the boss comprises a lip arranged between the imbedded member and the coupling or valve member in the inner area .
A road vehicle for the public transport of passengers comprising a plurality of doors of said vehicle through which the passengers may enter or exit said vehicle , each of said doors being provided with a camera , characterised in that said cameras have a variable depth of field between at least a first depth of field, to see a first area and capture the images of the passengers that enter/exit the vehicle , and a second depth of field to see a second area to detect the presence of people alongside the vehicle .
A surgical shield for insertion into and protection of an orifice of a patient; the surgical shield comprising: a guard portion formed of cut-resistant material and having a generally tubular shape having an inner surface and an outer surface defining a thickness therebetween; the guard portion defining a lumen extending along a longitudinal axis between a proximal opening at a proximal end and a distal opening at a distal end; and a batten having a reinforcing portion connected to a handle portion ; the reinforcing portion being connected to the guard portion and extending along the longitudinal axis of the guard portion; the handle portion being located at the proximal end of the guard portion and extending away from the proximal end of the guard portion; the guard portion being characterized by a bead having an enlarged thickness around the distal opening such that a distal end of the reinforcing portion and the bead at the distal end are forming a leading end to lead the insertion of the surgical shield . a guard portion formed of cut-resistant material and having a generally tubular shape having an inner surface and an outer surface defining a thickness therebetween; the guard portion defining a lumen extending along a longitudinal axis between a proximal opening at a proximal end and a distal opening at a distal end; and a batten having a reinforcing portion connected to a handle portion ; the reinforcing portion being connected to the guard portion and extending along the longitudinal axis of the guard portion; the handle portion being located at the proximal end of the guard portion and extending away from the proximal end of the guard portion; the guard portion being characterized by a bead having an enlarged thickness around the distal opening such that a distal end of the reinforcing portion and the bead at the distal end are forming a leading end to lead the insertion of the surgical shield .
A battery support for a motor vehicle comprising a tray for receiving at least one battery , a holding device for holding the battery or batteries on the tray, the holding device comprising a flange on a threaded rod and a clamping device for clamping the flange on the battery or batteries, characterized in that the clamping device comprises: - a sleeve slidably mounted on the threaded rod and comprising a collar bearing on the flange, - a nut mounted on the threaded rod and bearing on the collar of the sleeve, and in that the contact surfaces between the nut and the collar of the bushing comprise serrations. - a sleeve slidably mounted on the threaded rod and comprising a collar bearing on the flange, - a nut mounted on the threaded rod and bearing on the collar of the sleeve, and in that the contact surfaces between the nut and the collar of the bushing comprise serrations.
Device for the pressure filtration of liquid, said device comprising: a plurality of series of membrane filtration modules connected in series by interconnection elements so that their channels for the discharge of filtered liquid communicate and whose membranes are of spiral type, means for leading in liquid to be filtered, means for discharging filtered liquid, and means for discharging concentrate, characterized in that it comprises a common cylindrical chamber under pressure receiving a structure made of a polymer-resin-based structure provided with longitudinal housings parallel to one another, within which there are disposed said series of membrane filtration modules , said polymer-resin-based structure being composed of a mixture of neutral filler and polymer resin, said mixture of neutral filler being selected from sand, cork and plastic, and said polymer resin being selected from epoxy resin, polyester resin and vinylester resin. a plurality of series of membrane filtration modules connected in series by interconnection elements so that their channels for the discharge of filtered liquid communicate and whose membranes are of spiral type, means for leading in liquid to be filtered, means for discharging filtered liquid, and means for discharging concentrate,
A device for retaining the shape of a shoe comprising: a toe fabric bag adapted to fit into a front portion of the shoe for retaining a shape of the shoe; and a vamp fabric bag adapted to fit into a vamp portion of the shoe for retaining a shape of the shoe; wherein the toe fabric bag and the vamp fabric bag are two separate fabric bag constructions configured to be inserted separately. a toe fabric bag adapted to fit into a front portion of the shoe for retaining a shape of the shoe; and a vamp fabric bag adapted to fit into a vamp portion of the shoe for retaining a shape of the shoe; wherein the toe fabric bag and the vamp fabric bag are two separate fabric bag constructions configured to be inserted separately.
A data transmission method , comprising: determining (S110) first indication information, wherein the first indication information is used to indicate a coding method that needs to be used for a service channel of to-be-transmitted data; and sending (S120) control signaling to a terminal device, wherein the control signaling comprises the first indication information; characterised in that the determining first indication information comprises: using a feedback delay type as the first indication information, wherein a correspondence exists between the feedback delay type and the coding method. determining (S110) first indication information, wherein the first indication information is used to indicate a coding method that needs to be used for a service channel of to-be-transmitted data; and sending (S120) control signaling to a terminal device, wherein the control signaling comprises the first indication information; characterised in that the determining first indication information comprises: using a feedback delay type as the first indication information, wherein a correspondence exists between the feedback delay type and the coding method.
Machine for cutting slabs, comprising a workpiece support bench adapted to support at least one slab, and cutting means for automated cutting of the slab on the bench, wherein the cutting means comprises: two lateral support structures ; a first beam adapted to move along said lateral support structures , said first beam being adapted to slide on the lateral support structures via its ends and guiding means provided on the lateral support structures ; said first beam being provided with a machining unit comprising a first carriage adapted to be moved along the first beam , a first sleeve adapted to be moved towards or away from the workpiece support bench being provided on said first carriage , and a first machining head comprising a first cutting spindle being provided on said first sleeve ; characterized in that a second beam adapted to move along said lateral support structures independently of the first beam , said second beam being adapted to slide on the lateral support structures via its ends and guiding means provided on the lateral support structures ; said second beam being provided with a machining unit comprising a second carriage adapted to be moved along the second beam , a second sleeve adapted to be moved towards or away from the workpiece support bench being provided on said second carriage , and a second machining head comprising a second cutting spindle being provided on said second sleeve ; in that at least either one of the first head and the second head is provided with a gripping device for the slabs or parts thereof; and in that each beam is provided with its own movement means. two lateral support structures ; a first beam adapted to move along said lateral support structures , said first beam being adapted to slide on the lateral support structures via its ends and guiding means provided on the lateral support structures ; said first beam being provided with a machining unit comprising a first carriage adapted to be moved along the first beam , a first sleeve adapted to be moved towards or away from the workpiece support bench being provided on said first carriage , and a first machining head comprising a first cutting spindle being provided on said first sleeve ; characterized in that a second beam adapted to move along said lateral support structures independently of the first beam , said second beam being adapted to slide on the lateral support structures via its ends and guiding means provided on the lateral support structures ; said second beam being provided with a machining unit comprising a second carriage adapted to be moved along the second beam , a second sleeve adapted to be moved towards or away from the workpiece support bench being provided on said second carriage , and a second machining head comprising a second cutting spindle being provided on said second sleeve ; in that at least either one of the first head and the second head is provided with a gripping device for the slabs or parts thereof; and in that each beam is provided with its own movement means.