mhurhangee/patent-ind-claim-en huggingface dataset:
Fluid power pack , comprising: a manifold block comprising at least one fluid port, a first housing detachably mounted on the manifold block and enclosing a first tank configured to hold a liquid, an electric motor mounted on the manifold block and disposed within the first tank so that the electric motor is configured to be submerged in a liquid held within the first tank for cooling the electric motor , a second housing mounted on the manifold block and enclosing a second tank configured to hold a liquid, and a hydraulic pump mounted on the manifold block and drivingly engaged with the electric motor , the hydraulic pump comprising a low pressure port and a high pressure port , wherein the high pressure port of the hydraulic pump is in fluid communication with the fluid port of the manifold block and the low pressure port of the hydraulic pump is in fluid communication with the second tank , and a support structure supporting the electric motor and mounted on the manifold block , characterised in that the electric motor is mounted on the manifold block by means of the support structure in such a way that the support structure supports the electric motor both when the first housing is mounted on the manifold block and when the first housing is detached from the manifold block . a manifold block comprising at least one fluid port, a first housing detachably mounted on the manifold block and enclosing a first tank configured to hold a liquid, an electric motor mounted on the manifold block and disposed within the first tank so that the electric motor is configured to be submerged in a liquid held within the first tank for cooling the electric motor , a second housing mounted on the manifold block and enclosing a second tank configured to hold a liquid, and a hydraulic pump mounted on the manifold block and drivingly engaged with the electric motor , the hydraulic pump comprising a low pressure port and a high pressure port , wherein the high pressure port of the hydraulic pump is in fluid communication with the fluid port of the manifold block and the low pressure port of the hydraulic pump is in fluid communication with the second tank , and a support structure supporting the electric motor and mounted on the manifold block ,
A valve assembly , comprising: a housing configured for receipt into a cylinder head of an engine, the housing having an internal cavity , an open top , an open bottom , and first and second spaced-apart and axially aligned apertures , the open top , open bottom and axially aligned apertures being in fluid communication with the internal cavity ; a valve barrel positioned in the internal cavity by sliding through the axially aligned apertures and adapted for rotation therein, the valve barrel having an annular peripheral surface and an aperture extending transversely therethrough communicating with the peripheral surface on opposite sides; a first seal assembly positioned in the open top and a second seal assembly positioned in the open bottom , wherein the first and second seal assemblies each include a seal having a sealing surface in mating engagement with the peripheral surface and an aperture extending therethrough, the aperture having a size and shape substantially equal to the aperture in the valve barrel to permit flow therethrough; and wherein when the aperture of the valve barrel is in alignment with the apertures of the first and second seal assemblies, gas is permitted to flow through the valve assembly . a housing configured for receipt into a cylinder head of an engine, the housing having an internal cavity , an open top , an open bottom , and first and second spaced-apart and axially aligned apertures , the open top , open bottom and axially aligned apertures being in fluid communication with the internal cavity ; a valve barrel positioned in the internal cavity by sliding through the axially aligned apertures and adapted for rotation therein, the valve barrel having an annular peripheral surface and an aperture extending transversely therethrough communicating with the peripheral surface on opposite sides; a first seal assembly positioned in the open top and a second seal assembly positioned in the open bottom , wherein the first and second seal assemblies each include a seal having a sealing surface in mating engagement with the peripheral surface and an aperture extending therethrough, the aperture having a size and shape substantially equal to the aperture in the valve barrel to permit flow therethrough; and wherein when the aperture of the valve barrel is in alignment with the apertures of the first and second seal assemblies, gas is permitted to flow through the valve assembly .
An operating device for an image forming apparatus which can be coupled to a side of a body of the image forming apparatus , comprising: a hinge unit such that the operating device is rotatable about an axis; a sliding unit such that the operating device can be moved horizontally relative to the body; and a damper unit to smooth the horizontal movement of the operating device , wherein the damper unit generates resistance force against horizontal sliding of the operating device , and characterised in that the hinge unit is adapted to connect the sliding unit to the body so that the operating device is able to move relative to the body . a hinge unit such that the operating device is rotatable about an axis; a sliding unit such that the operating device can be moved horizontally relative to the body; and a damper unit to smooth the horizontal movement of the operating device , wherein the damper unit generates resistance force against horizontal sliding of the operating device , and characterised in that the hinge unit is adapted to connect the sliding unit to the body so that the operating device is able to move relative to the body .
Mechanism to support at least one device installed outside a vehicle , the mechanism comprising : - a support base fixed on the vehicle , - a wing pivotally attached to the support base , the at least one device being fixed to the wing, - a driving module movably attached to the support base , - the support base comprising a cam enabling a linear displacement of the driving module along the cam , - an arm having one extremity connected to the driving module and an other extremity connected to the wing so that the arm drives the folding and/or unfolding of the wing according to the displacement of the driving module along the cam , wherein the driving module comprises a motor and a gear , the motor being configured to drive the gear , and the gear being configured to cooperate with the cam , so that when the motor drives the gear the driving module is displaced along the cam . - a support base fixed on the vehicle , - a wing pivotally attached to the support base , the at least one device being fixed to the wing, - a driving module movably attached to the support base , - the support base comprising a cam enabling a linear displacement of the driving module along the cam , - an arm having one extremity connected to the driving module and an other extremity connected to the wing so that the arm drives the folding and/or unfolding of the wing according to the displacement of the driving module along the cam ,
Sales device for baked goods, fruit or vegetables, in particular, consisting of at least one delivery area , wherein the delivery area is formed by a rigid body , and wherein the delivery area comprises at least two spatially separate product areas , characterized in that the rigid body of the delivery area is held by the force introduction areas of at least two weighing cells , and in that the sales device comprises an evaluation unit which, at periodic intervals or in the event of a change in the total weight captured by the at least two weighing cells , determines new centre of gravity coordinates from the data from the weighing cells and transmits said coordinates to a control unit , wherein the control unit determines a product area inside the delivery area on the basis of changes in the centre of gravity coordinates, wherein the control unit determines the weight of the goods removed from or added to the determined product area from the change in the total weight and updates the inventory stored in a memory for this product area .
A method of joining first and second sheets of non-weldable material to create a single larger sheet having a first side and a second side, the method being characterised by the following steps : - for each sheet of the first and second sheets : - cutting an angle on a first side of an edge of the sheet , and - machining a profile in a second side of the edge of the sheet ; - overlapping the angles on the first sides of both sheets ; - performing ultrasonic joining to join the first and second sheets together by a scarf joint to form the single larger sheet, such that the angle of each sheet intersects the profile of the other sheet to create a first channel in the first side and a second channel in the second side of the single larger sheet; and - ultrasonic joining one or more plugs in each of the first and second channels . - for each sheet of the first and second sheets : - cutting an angle on a first side of an edge of the sheet , and - machining a profile in a second side of the edge of the sheet ; - cutting an angle on a first side of an edge of the sheet , and - machining a profile in a second side of the edge of the sheet ; - overlapping the angles on the first sides of both sheets ; - performing ultrasonic joining to join the first and second sheets together by a scarf joint to form the single larger sheet, such that the angle of each sheet intersects the profile of the other sheet to create a first channel in the first side and a second channel in the second side of the single larger sheet; and - ultrasonic joining one or more plugs in each of the first and second channels .
Low pressure limited overspray handheld aerosol spray gun for spraying a two-component adhesive comprising 80-97 wt.% of a first fluid and 3-20 wt.% of a second fluid, the wt. percentage calculated on a combined first and second fluid, comprising (a) a first and second connection for supply of the first and second fluid, respectively, (b) a first nozzle and a second nozzle , wherein the first nozzle has an opening with a first area, wherein the second nozzle has an opening with a second area, wherein a ratio between the first area and the second (first area:second area) ∈ [0.2:5], (c) a separate fluid passage way for the first and second fluid between the connection and nozzle, respectively, (d) a first and second mechanism for opening and closing of the passage way of each fluid to the nozzle, (e) a trigger for simultaneous control of the mechanisms, (f) a third fluid passage way for providing air, (g) a chamber wherein the second and third passage ways enter and from which access to the second nozzle is provided, and (h) a first removable nozzle tip attached to the first nozzle, characterized in that the first nozzle tip has a slit incorporated therein, wherein the spray gun is capable of withstanding a first fluid airless pressure of 200-800 kPa (2-8 Bar), and capable of withstanding a second fluid air-assisted pressure of 12-100 kPa (0.12-1.0 Bar). (a) a first and second connection for supply of the first and second fluid, respectively, (b) a first nozzle and a second nozzle , wherein the first nozzle has an opening with a first area, wherein the second nozzle has an opening with a second area, wherein a ratio between the first area and the second (first area:second area) ∈ [0.2:5], (c) a separate fluid passage way for the first and second fluid between the connection and nozzle, respectively, (d) a first and second mechanism for opening and closing of the passage way of each fluid to the nozzle, (e) a trigger for simultaneous control of the mechanisms, (f) a third fluid passage way for providing air, (g) a chamber wherein the second and third passage ways enter and from which access to the second nozzle is provided, and (h) a first removable nozzle tip attached to the first nozzle, characterized in that the first nozzle tip has a slit incorporated therein, wherein the spray gun is capable of withstanding a first fluid airless pressure of 200-800 kPa (2-8 Bar), and capable of withstanding a second fluid air-assisted pressure of 12-100 kPa (0.12-1.0 Bar).
An insole to be used with a shoe, comprising: a shankboard being attached to the insole , the shankboard being arranged to partially extend over a surface of the insole leaving a section along a periphery of the insole free, thereby enabling Strobel lasting of the insole to an upper of the shoe, the shankboard extending longitudinally along the surface of the insole from a heel section to a front foot section; the insole being characterized in further comprising: a piercing-resistant member being arranged to overlap the shankboard only at the front foot section of the insole where the shankboard ends and the piercing-resistant member starts.
An apparatus for extracting and collecting particulate infill from an infilled artificial turf field comprising: a vehicle having a first forward end and a second rearward end, the vehicle defining a forward facing direction; an infill extractor located at the first forward end of the vehicle and adapted to extract infill from a strip of the infilled athletic turf field as the vehicle moves therealong, whereby the extracted infill falls into a bottom section of the infill extractor; an infill mover secured to the vehicle and adapted to move the extracted infill from the bottom section of the infill extractor toward the second rearward end of the vehicle; and an infill collector connected to the second rearward end of the vehicle and operable to cooperate with the infill mover to collect the moved infill, the infill collector including a frame , characterized in that the frame is laterally movable relative to the forward facing direction of the vehicle from an operative "in use" position to a stowed position when not in use. a vehicle having a first forward end and a second rearward end, the vehicle defining a forward facing direction; an infill extractor located at the first forward end of the vehicle and adapted to extract infill from a strip of the infilled athletic turf field as the vehicle moves therealong, whereby the extracted infill falls into a bottom section of the infill extractor; an infill mover secured to the vehicle and adapted to move the extracted infill from the bottom section of the infill extractor toward the second rearward end of the vehicle; and an infill collector connected to the second rearward end of the vehicle and operable to cooperate with the infill mover to collect the moved infill, the infill collector including a frame , characterized in that the frame is laterally movable relative to the forward facing direction of the vehicle from an operative "in use" position to a stowed position when not in use.
A controller (C) of a rotary compression molding machine configured to rotate a turret including a table having a die bore , and punch retaining portions vertically slidably retaining punches disposed above and below the die bore along with the punches , and fill the die bore with a powdery material from a filling device (X) disposed just above the table , to compress the powdery material filled in the die bore with the punches and obtain a molded product, the controller (C) being configured to adjust rotational speed of the turret and the punches to allow the powdery material in a feed pipe directly connected with the filling device (X) and configured to feed the filling device (X) with the powdery material or in the filling device (X) to have a level of an upper surface (L) kept within a constant target range wherein there are a period of increase in rotational speed of the turret and the punches to allow the level of the upper surface (L) of the powdery material in the feed pipe or in the filling device (X) to be lowered from at or above the upper limit of the target range toward the lower limit of the target range and a period of decrease in rotational speed of the turret and the punches to allow the level of the upper surface (L) of the powdery material in the feed pipe or in the filling device (X) to be raised from at or below the lower limit of the target range toward the upper limit of the target range, characterized in that the controller (C) is configured to control the rotational speed of the turret and the punches to allow a first period of increase in speed to be shorter than a subsequent second period of increase in speed, and is configured to control the rotational speed of the turret and the punches to allow a first period of decrease in speed to be shorter than a subsequent second period of decrease in speed.
A system for treating obesity of an obese patient having a stomach with a food cavity , the system comprising at least one elongated volume filling device , adapted to be placed on the inside of a stomach wall portion with the outer surface of the volume filling device resting against the inside of the stomach wall portion , characterized in that the volume filling device is further adapted to: - be fully invaginated by the stomach wall portion of the patient, - be placed fully enclosed in a pouch provided by the stomach wall portion , - be positioned so that the volume of the food cavity is reduced in size, thus placed in the fully enclosed pouch separate from the in size reduced food cavity , and - be kept in place and invaginated in the pouch by stomach-to-stomach sutures or staples, and in that the volume filling device comprises attachment means recessed in the outer surface of the volume filling device allowing the volume filling device to be held by an instrument. - be fully invaginated by the stomach wall portion of the patient, - be placed fully enclosed in a pouch provided by the stomach wall portion , - be positioned so that the volume of the food cavity is reduced in size, thus placed in the fully enclosed pouch separate from the in size reduced food cavity , and - be kept in place and invaginated in the pouch by stomach-to-stomach sutures or staples, and in that the volume filling device comprises attachment means recessed in the outer surface of the volume filling device allowing the volume filling device to be held by an instrument.
A composition comprising a TGFβ3 polypeptide, and dexamethasone or any salts, esters, or hydrides thereof, for use in a method of: (i) treating or preventing thinning or irregularity of a cornea of a subject; or (ii) treating or preventing a refractive error of the eye of a subject, wherein: the TGFβ3 polypeptide comprises the amino acid sequence of SEQ ID NO: 1; or the TGFβ3 polypeptide shares at least 90% sequence identity to the amino acid sequence of SEQ ID NO: 1, or the TGFβ3 polypeptide comprises at least 100 amino acids of the amino acid sequence of SEQ ID NO: 1. the TGFβ3 polypeptide comprises the amino acid sequence of SEQ ID NO: 1; or the TGFβ3 polypeptide shares at least 90% sequence identity to the amino acid sequence of SEQ ID NO: 1, or the TGFβ3 polypeptide comprises at least 100 amino acids of the amino acid sequence of SEQ ID NO: 1.
Method for operating a vehicle, the vehicle comprising an electric machine , for driving the vehicle , and a brake system (104-111), the vehicle being configured to recover electric energy from a movement of the vehicle by means of the electric machine , the method comprising: - determining of a state of the brake system (104-111) of the vehicle , - detecting of an actuation of a brake pedal of the vehicle , and - setting of a brake pressure of the brake system (104-111) and of an energy recovery operation by means of the electric machine in a manner which is dependent on the state of the brake system (104-111) and the actuation of the brake pedal , characterized in that the determining of the state of the brake system (104-111) comprises a detection of activations of the brake system (104-111) at a predefined time interval before the detection of the actuation of the brake pedal . - determining of a state of the brake system (104-111) of the vehicle , - detecting of an actuation of a brake pedal of the vehicle , and - setting of a brake pressure of the brake system (104-111) and of an energy recovery operation by means of the electric machine in a manner which is dependent on the state of the brake system (104-111) and the actuation of the brake pedal ,
A kit of parts comprising a slot drain for concrete slabs and a mould for moulding at least a base of a concrete slab ; the slot drain being configured to expand and contract in response to contraction and expansion of one or more adjacent concrete slabs , the slot drain having a channel delimited by two opposing channel walls , the channel walls being resiliently biased apart, the slot drain being provided with a plurality of apertures provided in one or both channel walls for connection to a plurality of pipes; wherein the mould is provided with recesses to define downwardly depending portions of concrete; wherein the recesses are so arranged as to extend between apertures in, and/or pipes extending from, the slot drain .
Saddle for a vehicle comprising a padding component and a base component or body , said base component comprising an upper, in use, surface , as well as a lower, in use, surface , said padding component comprises an upper, in use, surface , and a lower, in use, surface designed to engage said upper, in use, surface of said base component , characterized in that it comprises removable anchoring means of said base component to said padding component , and in that it comprises engagement means for at least one accessory (5 or 50) to said base component or to said padding component , said engagement means acting or operating in the area between said upper surface of said base component and said lower surface of said padding component .
Device for cutting a first parent adhesive roll to produce a series of second child rolls each having a width smaller than a width of said parent adhesive roll , said device comprising: - a closed or semi-open cutting enclosure comprising a rotating arm coupled to a first motor , said arm extending in a longitudinal direction (l) into said cutting enclosure is arranged to be rotated around a longitudinal axis (L) by said first motor and to receive said first roll , - at least one cutting blade coupled to a second motor , said at least one cutting blade being moveable in said longitudinal direction (l) and extending in at least one transverse direction to said rotating arm and arranged to cut said first parent adhesive roll , - a container arranged to receive a solution comprising water and silicone, said container having an opening connected to a tube comprising a nozzle for spraying said solution onto said at least one cutting blade , characterised in that said device comprises a fixed suction system connected to at least one opening on a wall , said at least one opening being located above a horizontal plane passing through a highest point of said rotating arm in said cutting enclosure . - a closed or semi-open cutting enclosure comprising a rotating arm coupled to a first motor , said arm extending in a longitudinal direction (l) into said cutting enclosure is arranged to be rotated around a longitudinal axis (L) by said first motor and to receive said first roll , - at least one cutting blade coupled to a second motor , said at least one cutting blade being moveable in said longitudinal direction (l) and extending in at least one transverse direction to said rotating arm and arranged to cut said first parent adhesive roll , - a container arranged to receive a solution comprising water and silicone, said container having an opening connected to a tube comprising a nozzle for spraying said solution onto said at least one cutting blade ,