mhurhangee/patent-ind-claim-en huggingface dataset:
A machine tool comprising: a base ; a tool spindle on which a tool (T) is mountable; a tool intermediate device configured to exchange the tool (T) between the tool spindle and the tool intermediate device ; and a tool storage configured to exchange the tool (T) between the tool intermediate device and the tool storage , the tool storage comprising: a first tool magazine comprising a plurality of first grippers configured to grip the tool (T), the first tool magazine being rotatable about a first rotation axis of the first tool magazine ; and a tool magazine support mechanism configured to support a first tool magazine stack in which at least the first tool magazine is stacked along the first rotation axis , wherein the tool intermediate device comprises a second tool magazine rotatable about a second rotation axis of the second tool magazine and comprising a plurality of second grippers configured to grip the tool (T), and the tool storage is located outside the base , characterized in that the base has an approximate box shape, in which the second tool magazine is located. a base ; a tool spindle on which a tool (T) is mountable; a tool intermediate device configured to exchange the tool (T) between the tool spindle and the tool intermediate device ; and a tool storage configured to exchange the tool (T) between the tool intermediate device and the tool storage , the tool storage comprising: a first tool magazine comprising a plurality of first grippers configured to grip the tool (T), the first tool magazine being rotatable about a first rotation axis of the first tool magazine ; and a tool magazine support mechanism configured to support a first tool magazine stack in which at least the first tool magazine is stacked along the first rotation axis , a first tool magazine comprising a plurality of first grippers configured to grip the tool (T), the first tool magazine being rotatable about a first rotation axis of the first tool magazine ; and a tool magazine support mechanism configured to support a first tool magazine stack in which at least the first tool magazine is stacked along the first rotation axis , wherein the tool intermediate device comprises a second tool magazine rotatable about a second rotation axis of the second tool magazine and comprising a plurality of second grippers configured to grip the tool (T), and the tool storage is located outside the base , characterized in that the base has an approximate box shape, in which the second tool magazine is located.
A sliding door comprising: a door panel ; a floor guide or floor guide assembly ; an pin guide assembly connected with a bottom of the door panel ; and a guide shoe connected with the pin guide assembly , wherein the guide shoe includes a concave mating surface , wherein the floor guide includes a rail or floor guide track having a convex mating surface shaped to correspond with the mating surface of the guide shoe , wherein the mating surfaces of the guide shoe and floor guide are in sliding contact with one another, and wherein the pin guide assembly includes an extendable shaft connected with the guide shoe and further comprises a mechanism having a wire spring that applies force to the guide shoe to press the mating surface of the guide shoe against the mating surface of the floor guide , characterized in that the guide shoe comprises two beveled surfaces at each end of the guide shoe , the beveled surfaces being arranged along a direction of travel of the guide shoe along the rail or floor guide track with an angle with respect to the surface of the rail or floor guide track such as to lift debris away from the rail or floor guide track . a door panel ; a floor guide or floor guide assembly ; an pin guide assembly connected with a bottom of the door panel ; and a guide shoe connected with the pin guide assembly , wherein the guide shoe includes a concave mating surface , wherein the floor guide includes a rail or floor guide track having a convex mating surface shaped to correspond with the mating surface of the guide shoe , wherein the mating surfaces of the guide shoe and floor guide are in sliding contact with one another, and wherein the pin guide assembly includes an extendable shaft connected with the guide shoe and further comprises a mechanism having a wire spring that applies force to the guide shoe to press the mating surface of the guide shoe against the mating surface of the floor guide , characterized in that the guide shoe comprises two beveled surfaces at each end of the guide shoe , the beveled surfaces being arranged along a direction of travel of the guide shoe along the rail or floor guide track with an angle with respect to the surface of the rail or floor guide track such as to lift debris away from the rail or floor guide track .
An acoustic transmitter or receiver, comprising: a graphene membrane , a first electrode electrically connected to a circuit, characterized in that the circuit comprises an amplifier and a resistor , wherein the positive input of the amplifier is electrically connected to ground or virtual ground, wherein the resistor is electrically connected to the negative input of the amplifier and the output of the amplifier , and wherein the acoustic transmitter or receiver is capable of transmitting or receiving sound waves across an entire frequency range, wherein the frequency range is about 20 kHz to 10 MHz. a graphene membrane , a first electrode electrically connected to a circuit, characterized in that the circuit comprises an amplifier and a resistor , wherein the positive input of the amplifier is electrically connected to ground or virtual ground, wherein the resistor is electrically connected to the negative input of the amplifier and the output of the amplifier , and wherein the acoustic transmitter or receiver is capable of transmitting or receiving sound waves across an entire frequency range, wherein the frequency range is about 20 kHz to 10 MHz.
An impeller couplable to a rotatable drive by way of a rotatable drive attachment region coupled to a generally circularly shaped hub , said generally circularly shaped hub including a downwardly directed progressively tapered volume having coupled thereto a proximal end region of one or more arced blades , said proximal end region arranged on said downwardly directed progressively tapered volume in a spiraling pattern where each of said one or more arced blades has an arc with an increasing radius to said arc towards a peripheral edge region of said hub so as to form a periodic pattern wherein the number of periods corresponds to the number of blades ; said proximal end region of said one or more increasing radius arced blades extending from said peripheral edge region of said hub along said downwardly directed progressively tapered volume to a predetermined point inward of said peripheral edge region ; said one or more arced blades further being flared as extending from said progressively tapered volume such that a distal end region of each of said one or more increasing radius arced blades , in combination, defines a larger circumference than that of said hub , thereby imparting a generally frusto-conical shape to the impeller . said proximal end region of said one or more increasing radius arced blades extending from said peripheral edge region of said hub along said downwardly directed progressively tapered volume to a predetermined point inward of said peripheral edge region ; said one or more arced blades further being flared as extending from said progressively tapered volume such that a distal end region of each of said one or more increasing radius arced blades , in combination, defines a larger circumference than that of said hub , thereby imparting a generally frusto-conical shape to the impeller .
A load bed having at least three different positions including a backward dumping position, a backward tilted position and a transport position, the load bed being provided with a lifting arrangement which can bring the load bed from the transport position to the dumping position or to the tilted position, wherein the transition from the transport position to the tilted position is obtained exclusively through a pure rotation of the load bed characterized in that the load bed is further provided at the back end with two doors , and these two doors can pivot about both a horizontal hinge and a vertical hinge by means of an L- shaped subframe connected to the horizontal hinge to rotate horizontally relative to the load bed on one hand and on the other hand bearing the vertical hinge where the doors can rotate about between an open and closed situation, and they can be put into three different positions a. horizontally opened, when the doors have been pivoted about the horizontal hinge in the tilted position of the load bed for loading and unloading. b. vertically opened, when the doors have been pivoted about the vertical hinge adapted to dump bulk in the dumping position of the load bed, and c. closed in the transport position of the load bed; whereby, when the load bed is in the dumping position, the back end doors are pivoting about the vertical hinge over an angle of 270°. a. horizontally opened, when the doors have been pivoted about the horizontal hinge in the tilted position of the load bed for loading and unloading. b. vertically opened, when the doors have been pivoted about the vertical hinge adapted to dump bulk in the dumping position of the load bed, and c. closed in the transport position of the load bed;
A mechanical seal for mounting to a housing containing a rotating shaft , said mechanical seal comprising: a gland ; at least one pair of seal members disposed at least partially within the gland , said seal members including a rotary seal ring having a rotary seal face and a stationary seal ring having a stationary seal face engaging the rotary seal face ; and a shuttle member positioned adjacent to the rotary seal ring and axially movable between a first position and a second position in response to changing pressure conditions within the mechanical seal, wherein the shuttle member is axially spaced from a non-seal face of the rotary seal ring when disposed in the first position and when subjected to a first pressure condition, and is positioned adjacent to the non-seal face of the seal ring when disposed in the second position when subjected to a second pressure condition different from said first pressure condition, wherein the shuttle member includes a housing having one or more grooves formed therein for seating a sealing element . a gland ; at least one pair of seal members disposed at least partially within the gland , said seal members including a rotary seal ring having a rotary seal face and a stationary seal ring having a stationary seal face engaging the rotary seal face ; and a shuttle member positioned adjacent to the rotary seal ring and axially movable between a first position and a second position in response to changing pressure conditions within the mechanical seal, wherein the shuttle member is axially spaced from a non-seal face of the rotary seal ring when disposed in the first position and when subjected to a first pressure condition, and is positioned adjacent to the non-seal face of the seal ring when disposed in the second position when subjected to a second pressure condition different from said first pressure condition, wherein the shuttle member includes a housing having one or more grooves formed therein for seating a sealing element .
A method to control a laundry washing machine comprising: - an outer casing , - a washing tub placed inside said outer casing , - a rotatable drum housed in axially rotatable manner inside the washing tub and structured for housing the laundry to be washed, - a water softening device provided with ion exchanger agents designed to reduce the hardness degree of fresh water to be supplied to said washing tub , - a brine tank which is designed to contain brine for regenerating said ion exchanger agents contained in said water softening device , said method controls said washing machine according to a washing program comprising: - one or more washing phases, - one or more rinse phases, - one or more spin phases, - a regeneration cycle, in which a prefixed amount of the brine is supplied to said water softening device , - a waste-brine cleaning cycle for washing-out the waste brine solution contained in said water softening device and/or in said brine tank , said method being characterized by performing alternately said regeneration cycle and said waste-brine cleaning cycle during respective first and second phases of said washing program, which are different one to the other, wherein said first phase is a washing phase and said second phase is a rinse phase following said washing phase. - an outer casing , - a washing tub placed inside said outer casing , - a rotatable drum housed in axially rotatable manner inside the washing tub and structured for housing the laundry to be washed, - a water softening device provided with ion exchanger agents designed to reduce the hardness degree of fresh water to be supplied to said washing tub , - a brine tank which is designed to contain brine for regenerating said ion exchanger agents contained in said water softening device , - one or more washing phases, - one or more rinse phases, - one or more spin phases, - a regeneration cycle, in which a prefixed amount of the brine is supplied to said water softening device , - a waste-brine cleaning cycle for washing-out the waste brine solution contained in said water softening device and/or in said brine tank , said method being characterized by performing alternately said regeneration cycle and said waste-brine cleaning cycle during respective first and second phases of said washing program, which are different one to the other, wherein said first phase is a washing phase and said second phase is a rinse phase following said washing phase.
A silicon carbide member for a plasma processing apparatus, which consists of a sintered body of an α-structure silicon carbide containing metal impurities in an amount of more than 20 ppm and 70 ppm or less and an Al impurities in an amount of 50 ppm or less, wherein the free SiO 2 contained in an α-SiC raw material used to produce the sintered body is 0.3 % or less, and an oxide-based sintering aid, wherein the oxide-based sintering aid comprises Al 2 O 3 and Y 2 O 3 , wherein a total amount of the Al 2 O 3 and the Y 2 O 3 is the range of 3 to 15 weight parts, and an amount of the Y 2 O 3 is one to two times an amount of the Al 2 O 3 , wherein Al 12 Y 4 O 9 exists in a grain boundary of the α-structure silicon carbide crystal grain.
A macro objective (M) comprising an aperture diaphragm (APE) which is arranged stationary, and comprising, in the order indicated and viewed from an object plane (OBJ), the following elements: a first positive optical assembly (A); a second optical assembly (B); a third almost afocal optical assembly (B'); a fourth positive optical assembly (A'), wherein the total installation length (TL) of the macro objective (M) remains unmodified when shifting the second optical assembly (B) and the third almost afocal assembly (B'), characterized in that the second optical assembly is almost afocal, the macro objective (M) comprises mechanical means for the joint shifting of the second and third optical assemblies (B, B') within the macro objective (M) along the optical axis (OA), whereby the distance (b + c) between these two assemblies remains constant with each shifting, and wherein the aperture diaphragm (APE) is arranged at equal distance to the first lens apex of the first assembly (A) and to the last lens apex of the last assembly (A'). a first positive optical assembly (A); a second optical assembly (B); a third almost afocal optical assembly (B'); a fourth positive optical assembly (A'), characterized in that the second optical assembly is almost afocal, the macro objective (M) comprises mechanical means for the joint shifting of the second and third optical assemblies (B, B') within the macro objective (M) along the optical axis (OA), whereby the distance (b + c) between these two assemblies remains constant with each shifting, and wherein the aperture diaphragm (APE) is arranged at equal distance to the first lens apex of the first assembly (A) and to the last lens apex of the last assembly (A').
A carrier for consumables, the carrier having a circular shape, comprising a ground plate , wherein the ground plate has a circular shape with at least two cut-outs for accommodating a consumable, a clamp plate which is centrally arranged in a recess of the ground plate , wherein the cut-outs are radially arranged around the clamp plate , and wherein said clamp plate comprises at least two clamps, each clamp extending partially above a respective cut-out of the ground plate , characterized in that the carrier further comprises a locking lever movably connected with the ground plate , wherein the locking lever has at least a cam located at an end in contact with the clamp plate , wherein said at least one cam presses in a locking position of the locking lever the clamp plate and the at least two clamps towards a bottom plate of the recess of the ground plate for fixation of consumables that are placed in the at least two cut-outs with the at least two clamps and releases in a releasing position a gap between the ground plate and the clamp plate for releasing consumables that are arranged in the at least two cut-outs by lifting the at least two clamps.
A preserving agent for organ or tissue, comprising (A) quercetin; and (B) at least one sugar selected from the group consisting of fructose and sucrose.
A vehicle seating system for reducing user fatigue, comprising: a seat having a seat back and a seat bottom ; a first powered seat adjustment actuator (A4) to slowly move said seat back incline slowly forwards and slowly backwards between at least first seat-back position and a second seat-back position, said slow movement being less than 15cm/second and occurring while the vehicle is moving; a controller (C) is provided for automatically controlling movement of said first powered seat adjustment actuator (A4) while the vehicle is moving, characterized in that a first sensor is provided for sensing a first series of speed parameters from said seat back, said first powered seat actuator, or both; and, wherein said controller (C) dynamically adjusts the speed of movement of said seat back based on comparing at least one speed parameter from said first series of speed parameters with a first movement speed projection and dynamically adjusting a first control signal to said first powered seat adjustment actuator (A4) to converge the speed of movement of said seat back , said first powered seat adjustment actuator (A4), or both toward or equal to said first movement speed projection; and wherein the first movement speed projection is predefined and includes non-linear speed at its beginning, end or both. a seat having a seat back and a seat bottom ; a first powered seat adjustment actuator (A4) to slowly move said seat back incline slowly forwards and slowly backwards between at least first seat-back position and a second seat-back position, said slow movement being less than 15cm/second and occurring while the vehicle is moving; a controller (C) is provided for automatically controlling movement of said first powered seat adjustment actuator (A4) while the vehicle is moving, characterized in that a first sensor is provided for sensing a first series of speed parameters from said seat back, said first powered seat actuator, or both; and, wherein said controller (C) dynamically adjusts the speed of movement of said seat back based on comparing at least one speed parameter from said first series of speed parameters with a first movement speed projection and dynamically adjusting a first control signal to said first powered seat adjustment actuator (A4) to converge the speed of movement of said seat back , said first powered seat adjustment actuator (A4), or both toward or equal to said first movement speed projection; and wherein the first movement speed projection is predefined and includes non-linear speed at its beginning, end or both.
An apparatus for orienting a partially coated spherical-object , containing a coating over a portion of a surface of the spherical-object , wherein the coating defines a spherical-cap , and wherein the spherical-cap defines a polar-axis passing through both a center of the spherical-object and through an apex of the spherical-cap , said polar-axis oriented normal to a plane defining a base of the spherical-cap , wherein an intersection of the plane and the surface defines a boundary-line , comprising: a pedestal which retains the spherical-object and selectively rotates the spherical-object about a longitudinal-axis of the pedestal ; a camera that captures an image of the spherical-object on the pedestal ; characterised by a controller in communication with the pedestal and the camera , said controller operable to control the rotation of the pedestal , detect the boundary-line in the image , and determine when the pedestal has positioned the spherical-object to cause the boundary-line to have a zero-curvature , wherein the controller is also operable to determine a height of the spherical-cap is within a predetermined range based on the image from the camera . a pedestal which retains the spherical-object and selectively rotates the spherical-object about a longitudinal-axis of the pedestal ; a camera that captures an image of the spherical-object on the pedestal ; characterised by a controller in communication with the pedestal and the camera , said controller operable to control the rotation of the pedestal , detect the boundary-line in the image , and determine when the pedestal has positioned the spherical-object to cause the boundary-line to have a zero-curvature , wherein the controller is also operable to determine a height of the spherical-cap is within a predetermined range based on the image from the camera .
A removal element for the removal from an injection moulding tool of a hollow moulded article having a moulded article interior and a moulded article opening, which is bordered by a moulded article rim, wherein the removal element has a base part and a plate which can be moved relative to the base part between an advanced position and a retracted position, wherein a spring element is provided with which the plate is urged into its advanced position, wherein the plate is configured so that it comes into contact with the rim of the moulded article in such a manner that it seals the opening of the moulded article and is moved from the advanced position into the retracted position by means of the contact with the rim of the moulded article, wherein a fluid runner with a runner inlet and a runner outlet is provided, wherein the runner inlet and runner outlet are disposed in such a manner that when the plate is in the retracted position, the runner outlet to the moulded article interior opens, so that when the runner inlet is connected to a vacuum source, fluid can be aspirated from the interior of the moulded article via the fluid runner, wherein a valve element with a valve passage is disposed between the runner inlet and runner outlet or on the fluid runner, wherein in a first valve position, the cross section of the valve passage is larger than in a second valve position, characterized in that the valve passage is open in the advanced position and in the retracted position of the plate , wherein the dimensions of the valve element are such that in the advanced position, when the fluid pressure at the runner inlet is lower than at the runner outlet , the valve element moves into the second valve position, whereas in the retracted position, the valve element is always in the first valve position.