mhurhangee/patent-ind-claim-en huggingface dataset:
A system for forming a substantially round anastomosis in a digestive tract of a patient comprising: first and second probes , each probe defining at least one lumen slidingly housing an attachment mechanism and each probe having an optic lens; a first elongated component carried by the first probe and attached thereto by the attachment mechanism , the first elongated component comprising: a magnet ; a housing at least partially encasing the magnet , the housing defining a connector releasably and repeatably engageable by the attachment mechanism ; and a second elongated component carried by the second probe and attached thereto by the attachment mechanism , the second elongated component comprising: an element attracted to the magnet of the first elongated component ; and a housing at least partially encasing the element , the housing defining a connector releasably and repeatably engageable by the attachment mechanism . first and second probes , each probe defining at least one lumen slidingly housing an attachment mechanism and each probe having an optic lens; a first elongated component carried by the first probe and attached thereto by the attachment mechanism , the first elongated component comprising: a magnet ; a housing at least partially encasing the magnet , the housing defining a connector releasably and repeatably engageable by the attachment mechanism ; and a magnet ; a housing at least partially encasing the magnet , the housing defining a connector releasably and repeatably engageable by the attachment mechanism ; and a second elongated component carried by the second probe and attached thereto by the attachment mechanism , the second elongated component comprising: an element attracted to the magnet of the first elongated component ; and a housing at least partially encasing the element , the housing defining a connector releasably and repeatably engageable by the attachment mechanism . an element attracted to the magnet of the first elongated component ; and a housing at least partially encasing the element , the housing defining a connector releasably and repeatably engageable by the attachment mechanism .
A plasma-based optical emission gas detector , comprising: a plasma chamber traversed by a gas flow path allowing a flow of a gas sample through the plasma chamber ; a plasma-generating mechanism configured to apply a plasma-generating field across the plasma chamber intersecting the gas flow path so as to generate a plasma from said gas sample; at least one window (24a - 24d) allowing optical emissions from said plasma to exit the plasma chamber therethrough; and a plasma-localizing mechanism configured to apply a plasma-localizing field across the plasma chamber and positioned such that the plasma-localizing field localizes the plasma within the plasma chamber in alignment with the at least one optical window (24a - 24d). a plasma chamber traversed by a gas flow path allowing a flow of a gas sample through the plasma chamber ; a plasma-generating mechanism configured to apply a plasma-generating field across the plasma chamber intersecting the gas flow path so as to generate a plasma from said gas sample; at least one window (24a - 24d) allowing optical emissions from said plasma to exit the plasma chamber therethrough; and a plasma-localizing mechanism configured to apply a plasma-localizing field across the plasma chamber and positioned such that the plasma-localizing field localizes the plasma within the plasma chamber in alignment with the at least one optical window (24a - 24d).
Hoist lift for lifting wheelchairs, in particular for entry into and/or exit from vehicles, e.g. on a railway platform, with - a chassis for moving the hoist lift relative to the ground and - a platform liftable relative to the chassis , wherein the hoist lift comprises at least three positions: - a travelling position in which an underside of the platform is at a predetermined distance from the ground level and in which the hoist lift is movable relative to the ground , - an upper loading position in which the platform is raised relative to the travelling position for entry and/or exit at an elevated level relative to the ground level , and - a lower loading position in which the platform is lowered relative to the travelling position for entry and/or exit from the ground level , wherein the platform is rotatable together with the chassis about a vertical axis of rotation , characterised in that a slewing ring and/or a turntable is provided at the platform for rotating the platform about the vertical axis of rotation . - a chassis for moving the hoist lift relative to the ground and - a platform liftable relative to the chassis , wherein the hoist lift comprises at least three positions: - a travelling position in which an underside of the platform is at a predetermined distance from the ground level and in which the hoist lift is movable relative to the ground , - an upper loading position in which the platform is raised relative to the travelling position for entry and/or exit at an elevated level relative to the ground level , and - a lower loading position in which the platform is lowered relative to the travelling position for entry and/or exit from the ground level , - a travelling position in which an underside of the platform is at a predetermined distance from the ground level and in which the hoist lift is movable relative to the ground , - an upper loading position in which the platform is raised relative to the travelling position for entry and/or exit at an elevated level relative to the ground level , and - a lower loading position in which the platform is lowered relative to the travelling position for entry and/or exit from the ground level , wherein the platform is rotatable together with the chassis about a vertical axis of rotation , characterised in that a slewing ring and/or a turntable is provided at the platform for rotating the platform about the vertical axis of rotation .
A tyre comprising - a tread comprising tread blocks such that grooves are arranged between the tread blocks and - studs installed into at least some of the tread blocks , wherein - the tread blocks define ∘ a land portion of the tread , the land portion consisting of the parts of the tread blocks and the studs arranged to contact a surface in use of the tyre , the land portion having a total land area (A220), and ∘ an envelope surface consisting of the land portion of the tread and the regions defined by the openings of the grooves , the envelope surface having a total envelope area (A210), - an average land ratio of the tyre , the average land ratio being defined as a ratio (A220/A210) of the total land area (A220) to total envelope area (A210), is 55 % to 78 % - at least some of the tread blocks are provided with sipes , and - at least a part of one of the studs is arranged in a stud hole provided in one of the tread blocks characterized in that - no part of any of the sipes is arranged closer than 8 mm to a centre of the stud hole and - an average of a protrusions (P100) of studs measured from the envelope surface of the tread is between 0.6 mm and 2.0 mm. - a tread comprising tread blocks such that grooves are arranged between the tread blocks and - studs installed into at least some of the tread blocks , wherein - the tread blocks define ∘ a land portion of the tread , the land portion consisting of the parts of the tread blocks and the studs arranged to contact a surface in use of the tyre , the land portion having a total land area (A220), and ∘ an envelope surface consisting of the land portion of the tread and the regions defined by the openings of the grooves , the envelope surface having a total envelope area (A210), ∘ a land portion of the tread , the land portion consisting of the parts of the tread blocks and the studs arranged to contact a surface in use of the tyre , the land portion having a total land area (A220), and ∘ an envelope surface consisting of the land portion of the tread and the regions defined by the openings of the grooves , the envelope surface having a total envelope area (A210), - an average land ratio of the tyre , the average land ratio being defined as a ratio (A220/A210) of the total land area (A220) to total envelope area (A210), is 55 % to 78 % - at least some of the tread blocks are provided with sipes , and - at least a part of one of the studs is arranged in a stud hole provided in one of the tread blocks characterized in that - no part of any of the sipes is arranged closer than 8 mm to a centre of the stud hole and - an average of a protrusions (P100) of studs measured from the envelope surface of the tread is between 0.6 mm and 2.0 mm.
Measuring assembly with a measuring apparatus and a recognition system (62;70) for the measuring apparatus , the measuring apparatus including a removable device for checking dimensions and/or shape of a mechanical piece and a stationary part comprising at least one mechanical reference (55;59) for the removable device , the recognition system (62;70) including: - a field source (64;64';71) placed in the stationary part and adapted to generate a field; - a matching element (63;73) placed in the removable device and adapted to alter the field propagation; - at least one sensor (67;72) fixed to the stationary part to detect the field generated by the field source (64;64';71), said sensor (67;72) generating a detection or a non-detection signal which depends on the alteration of the field propagation; - a processing unit connected to the sensor (67;72) and adapted to provide an indication of correct positioning of the removable device with respect to the stationary part depending on the signal generated by the sensor (67;72). - a field source (64;64';71) placed in the stationary part and adapted to generate a field; - a matching element (63;73) placed in the removable device and adapted to alter the field propagation; - at least one sensor (67;72) fixed to the stationary part to detect the field generated by the field source (64;64';71), said sensor (67;72) generating a detection or a non-detection signal which depends on the alteration of the field propagation; - a processing unit connected to the sensor (67;72) and adapted to provide an indication of correct positioning of the removable device with respect to the stationary part depending on the signal generated by the sensor (67;72).
Ventilation device comprising at least one fan and a housing which comprises air ducts with air duct openings for supplying fresh air and for removing exhaust air, which lead from a first end of the housing to a second end of the housing , wherein the air duct openings located at the second end of the housing is configured to be closed or opened with the aid of sealing plates , and wherein the ventilation device comprises at least one motor for activating deflection axes located in the housing , which displace the sealing plates into a closing or opening position by means of a translatory movement, characterized in that the housing is made of plastic particle foam.
System for removing the electrode caps from electrode shafts, consisting of at least one removing device mounted rotatably about a tool rotary axis and having clamping means (2 and 3) for fixing the electrode shafts to be removed, characterized in that it comprises a combination of straight-toothed and helical-toothed clamping means (2 and 3), wherein the helical-toothed clamping means have an oblique tooth inclination in the axial direction.
A clamping apparatus which includes a support structure , at least two clamping jaws , at least one of the jaws linearly moveable with respect to the other of the jaws so as to define a spacing between the same within which a workpiece can be held in position by the jaws, a lever assembly pivotally connected to the support structure and provided to be pivotally moved by the operator for engaging and driving the movement of the said moveable jaw to apply a clamping force to the workpiece positioned between the jaws, and locking means for locking the at least one moveable jaw in an operator selected position, and the locking means is actuable by the operator contacting a locking means actuator via their foot and the locking means actuator is pivotally movable with respect to the lever assembly so as to allow the selective locking of the position of the at least one moveable jaw when the actuator is moved in a first direction and the unlocking of the position of the at least one moveable jaw when the actuator is moved in a second direction, opposite to the first direction said locking means actuator formed integrally with, or is connected to, a pedal with which the operator's foot contacts, the locking means actuator is formed as a portion located at an edge of the pedal and said portion includes a first surface to be contacted to lock the locking means and a second surface to be contacted to unlock the locking wherein said first surface is provided to be contacted by the operator's foot to move the same in a first direction to lock the locking means and the said second surface is provided to be contacted by the operator's foot to move the same in an opposite direction to the first direction to unlock the locking means..
An affixing device for pieces, which comprises an affixing element that can be positioned through an opening in each one of the pieces that are affixed to each other, first and second retaining elements , which, when they are in their affixing position, are in contact with the pieces that are affixed to each other, with the affixing element passing through said first and second retaining elements , and with the first retaining element comprising an accommodation space for a tool characterized in that said accommodation space of the first retaining element is defined by at least one perimeter wall , the at least one perimeter wall comprises a distal lip for retaining the tool in the accommodation space.
Lighting device, in particular shop lighting, comprising at least two separately controllable light sources , preferably LEDs, that emit light of different colours, and a control device configured to transmit units of information by means of the light sources , wherein a unit of information comprises an increase in brightness of a first wavelength range combined with a simultaneous decrease in brightness of a second wavelength range as well as a subsequent decrease in brightness of the first wavelength range combined with a simultaneous increase in brightness of the second wavelength range , characterised by the fact that a second unit of information comprises a decrease in brightness of the first wavelength range combined with a simultaneous increase in brightness of the second wavelength range and a subsequent increase in brightness of the first wavelength range combined with a simultaneous decrease in brightness of the second wavelength range , wherein a unit of information is to be understood as a bit.
A polymerizable liquid useful for the production of a three-dimensional object by additive manufacturing, said polymerizable liquid comprising a mixture of: (a) at least one photopolymerizable component; (b) a photoinitiator; (c) at least one heat polymerizable component; and (d) heat expandable microspheres, wherein said photopolymerizable component forms on photopolymerization in an additive manufacturing process a scaffold, which scaffold degrades on heating to form a degradation product that can polymerize with said at least one heat polymerizable component when heated and/or microwave irradiated. (a) at least one photopolymerizable component; (b) a photoinitiator; (c) at least one heat polymerizable component; and (d) heat expandable microspheres,
A four cable operated scissors grab , comprising a pair of scissor levers that are connected via a pivot joint to pivot about a pivoting axis , which scissor levers each include a grab shell and a hoist cable connection situated on a first side of the lever with respect to the pivot joint , and a closing cable connection situated on a second side of the lever that is opposite with respect to the pivot joint , so that in use a dedicated hoisting cable is fastened to each lever on the first side of the lever , and a dedicated closing cable is fastened to each lever at the second side of the lever , characterized in that the scissor levers each include a sheave on the second side of the lever , wherein said sheaves are each arranged as a first and final closing sheave for the closing cable , so that in use each of the two closing cables extend in a single pass from the closing cable connection on the second side of one lever via the closing sheave on the second side of the other lever to depart from the grab and continue upward to a crane carrying the grab .
Track sweeper for a rail vehicle, with a track sweeper bar and at least two elongate spring elements which are spaced apart from one another in a transverse direction (Y) and the longitudinal extent of which runs parallel to a vertical direction (Z) in the operating state, which spring elements are of rigid configuration with respect to a load in the vertical direction (z) and are of elastically resilient configuration with respect to a load in a longitudinal direction (X), the spring elements being configured firstly fixedly to a chassis frame of the rail vehicle, and secondly the track sweeper bar which runs in the transverse direction (Y) being connected via connecting means to the spring elements , characterized in that the centre of mass (M) of the track sweeper is arranged within a spacing (D) from a vertical plane (E) which runs through the geometric centroids (S 2 , S 2 ') of the spring elements , the spacing (D) being between 0% and 40%, preferably between 0% and 25%, in particular between 0% and 15%, of a width (B) of the track sweeper bar , measured perpendicularly with respect to the vertical plane (E).
Method for the brake control of a vehicle combination , which is made up of a tractor vehicle with an electronically controlled hydraulic or pneumatic braking system and at least one trailer vehicle with a pneumatically controlled pneumatic braking system , and in which the brake control pressure (pac) of the trailer vehicle is applied into at least one tractor vehicle-side brake control line extending to a tractor vehicle-side "brake" coupling head by means of an electronically controlled trailer control valve of the tractor vehicle , wherein, at the beginning of a braking operation, a pressure pulse exceeding the brake control pressure (p BC_soll ) to be applied is introduced into the tractor vehicle-side brake control line , characterized in that the volume of at least one brake control line - coupled at the "brake" coupling head - of the at least one trailer vehicle is ascertained, and in that the absolute value (□p PI ) and/or the duration (□t PI ) of the pressure pulse introduced into the at least one brake control line of the at least one trailer vehicle are/is established depending on the volume of the at least one brake control line . which is made up of a tractor vehicle with an electronically controlled hydraulic or pneumatic braking system and at least one trailer vehicle with a pneumatically controlled pneumatic braking system , and in which the brake control pressure (pac) of the trailer vehicle is applied into at least one tractor vehicle-side brake control line extending to a tractor vehicle-side "brake" coupling head by means of an electronically controlled trailer control valve of the tractor vehicle , wherein, at the beginning of a braking operation, a pressure pulse exceeding the brake control pressure (p BC_soll ) to be applied is introduced into the tractor vehicle-side brake control line , characterized in that the volume of at least one brake control line - coupled at the "brake" coupling head - of the at least one trailer vehicle is ascertained, and in that the absolute value (□p PI ) and/or the duration (□t PI ) of the pressure pulse introduced into the at least one brake control line of the at least one trailer vehicle are/is established depending on the volume of the at least one brake control line .
A heated whip hose (10; 30) comprising: a hose core configured to deliver a fluid; a heating element disposed around the hose core; a protective layer disposed around the heating element and hose core; an insulating layer disposed around the protective layer; and an abrasion protection layer disposed around insulating layer and forming an outer sheath, wherein the heating element is disposed around a partial length of the hose core to form a heated section and an unheated section , wherein the heated section extends from a first end configured to couple to a main hose and wherein the unheated section extends from a second end opposite the first end, the second end configured to couple to a fluid delivery device, and wherein the length of the unheated section lies within a range from greater than about 6 inches (15.24 cm) from the second end up to about 72 inches (182.88 cm) from the second end of the heated whip hose. a hose core configured to deliver a fluid; a heating element disposed around the hose core; a protective layer disposed around the heating element and hose core; an insulating layer disposed around the protective layer; and an abrasion protection layer disposed around insulating layer and forming an outer sheath, wherein the heating element is disposed around a partial length of the hose core to form a heated section and an unheated section , wherein the heated section extends from a first end configured to couple to a main hose and wherein the unheated section extends from a second end opposite the first end, the second end configured to couple to a fluid delivery device, and wherein the length of the unheated section lies within a range from greater than about 6 inches (15.24 cm) from the second end up to about 72 inches (182.88 cm) from the second end of the heated whip hose.