mhurhangee/ep-ind-claims huggingface dataset:
A compressor (32, 100) comprising: - a housing; and - a volume ratio control system configured to adjust a volume ratio of the compressor (32, 100), the volume ratio control system comprising: - a chamber formed within the housing of the compressor (32, 100), wherein the chamber is in fluid communication with a high pressure side of the compressor (32, 100); - a piston disposed within the chamber, wherein the piston comprises a cavity in fluid communication with a low pressure side of the compressor (32, 100); and - a biasing device disposed within the chamber and configured to enable movement of the piston in response to a pressure differential between the low pressure side of the compressor (32, 100) and the high pressure side of the compressor (32, 100) falling below a threshold value, wherein the biasing device is disposed within the cavity of the piston, wherein the volume ratio control system further comprises a rod extending into the chamber and extending into the cavity, and wherein the rod is configured to form a seal between the chamber and the cavity of the piston. - a housing; and - a volume ratio control system configured to adjust a volume ratio of the compressor (32, 100), the volume ratio control system comprising: - a chamber formed within the housing of the compressor (32, 100), wherein the chamber is in fluid communication with a high pressure side of the compressor (32, 100); - a piston disposed within the chamber, wherein the piston comprises a cavity in fluid communication with a low pressure side of the compressor (32, 100); and - a biasing device disposed within the chamber and configured to enable movement of the piston in response to a pressure differential between the low pressure side of the compressor (32, 100) and the high pressure side of the compressor (32, 100) falling below a threshold value, - a chamber formed within the housing of the compressor (32, 100), wherein the chamber is in fluid communication with a high pressure side of the compressor (32, 100); - a piston disposed within the chamber, wherein the piston comprises a cavity in fluid communication with a low pressure side of the compressor (32, 100); and - a biasing device disposed within the chamber and configured to enable movement of the piston in response to a pressure differential between the low pressure side of the compressor (32, 100) and the high pressure side of the compressor (32, 100) falling below a threshold value, wherein the biasing device is disposed within the cavity of the piston, wherein the volume ratio control system further comprises a rod extending into the chamber and extending into the cavity, and wherein the rod is configured to form a seal between the chamber and the cavity of the piston.
A pin assembly for coupling between a female body and a male body of an earth moving machine, comprising a pin with an elongated body with respect to an axis of revolution (x), with a first end and a second end opposite the first end, and with at least one projection perpendicular to the axis of revolution (x), arranged close to the first end with a free end and two sides, said projection having a first surface close to the first end of the pin, with a length between the body of the pin and the free end, a width between the two sides, and a height of the projection determined by said first surface and a second surface separated from said first surface a specific distance towards the second end of the pin, wherein it further comprises a positioning body (10, 10', 10", 10'") coupled to the projection and extending beyond the free end of the projection, extending the length of the first surface of said projection.
A lighting module for use in a luminaire and comprising: - a base having a longitudinal axis and comprising an electrical connector for connecting the lighting module to a luminaire socket of the luminaire, and - a driver unit comprising a driver circuit electrically connected to the electrical connector, - a light unit comprising at least one solid state light source electrically connected to the driver circuit and configured for emitting light, - a heat sink configured for removing heat from the at least one solid state light source, the heat sink comprises an elongated hollow tube extending in the direction of the longitudinal axis and comprising a fluid inlet and a fluid outlet, wherein the heat sink is arranged between the driver unit and the light unit - wherein the light unit is positioned on a first surface of the elongated hollow tube and the driver unit is positioned on a second surface of the elongated hollow tube wherein the second surface is opposite to the first surface. - a base having a longitudinal axis and comprising an electrical connector for connecting the lighting module to a luminaire socket of the luminaire, and - a driver unit comprising a driver circuit electrically connected to the electrical connector, - a light unit comprising at least one solid state light source electrically connected to the driver circuit and configured for emitting light, - a heat sink configured for removing heat from the at least one solid state light source, the heat sink comprises an elongated hollow tube extending in the direction of the longitudinal axis and comprising a fluid inlet and a fluid outlet, wherein the heat sink is arranged between the driver unit and the light unit - wherein the light unit is positioned on a first surface of the elongated hollow tube and the driver unit is positioned on a second surface of the elongated hollow tube wherein the second surface is opposite to the first surface.
An asphaltic sheet comprising: (i) an asphaltic component including an asphalt binder; and (ii) a layer including expandable graphite, where said layer is adjacent to said asphaltic component, wherein said asphaltic component is a planar body of asphalt material and includes first and second planar surfaces, where said expandable graphite is deposited on said first planar surface, and further including a polymeric layer laminated to said first planar surface and a release film removably secured to said second surface. (i) an asphaltic component including an asphalt binder; and (ii) a layer including expandable graphite, where said layer is adjacent to said asphaltic component, wherein said asphaltic component is a planar body of asphalt material and includes first and second planar surfaces, where said expandable graphite is deposited on said first planar surface, and further including a polymeric layer laminated to said first planar surface and a release film removably secured to said second surface.
A pouch (1000, 1000a) comprising: a contents-accommodating section (1100, 1100a) in which contents are accommodated, the contents-accommodating section (1100, 1100a) extending from a lower end to an upper end; a temperature controller (1200, 1200a) which comprises a temperature control agent arranged at at least one side among a front side and a back side of the contents-accommodating section (1100, 1100a) and adapted for heating or cooling the contents, and a temperature control space forming member (1220, 1260) forming a temperature control space (SP2, SP3, SP4) arranged at the at least one side among the front side and the back side of the contents-accommodating section (1100, 1100a) to accommodate the temperature control agent and comprising a liquid reactant entrance through which liquid reactant for exothermically or endothermically reacting with the temperature control agent is put in, characterized in that the liquid reactant entrance is provided between the lower end and the upper end of the contents-accommodating section (1100, 1100a) and comprises a first folding portion where the temperature control space forming member (1220, 1260) is folded outward, and a first cutting portion for cutting the first folding portion such that the first folding portion is divided into a first upper folding part and a first lower folding part, thus opening the temperature control space (SP2, SP3, SP4). a contents-accommodating section (1100, 1100a) in which contents are accommodated, the contents-accommodating section (1100, 1100a) extending from a lower end to an upper end; a temperature controller (1200, 1200a) which comprises a temperature control agent arranged at at least one side among a front side and a back side of the contents-accommodating section (1100, 1100a) and adapted for heating or cooling the contents, and a temperature control space forming member (1220, 1260) forming a temperature control space (SP2, SP3, SP4) arranged at the at least one side among the front side and the back side of the contents-accommodating section (1100, 1100a) to accommodate the temperature control agent and comprising a liquid reactant entrance through which liquid reactant for exothermically or endothermically reacting with the temperature control agent is put in, characterized in that the liquid reactant entrance is provided between the lower end and the upper end of the contents-accommodating section (1100, 1100a) and comprises a first folding portion where the temperature control space forming member (1220, 1260) is folded outward, and a first cutting portion for cutting the first folding portion such that the first folding portion is divided into a first upper folding part and a first lower folding part, thus opening the temperature control space (SP2, SP3, SP4).
A door apparatus comprising: a door adapted to move from a closed state to an open state in an open cycle, and from the open state to the closed state in a close cycle, the door configured to occlude an opening in the closed state and reveal the opening in the open state; an actuating mechanism pivotably coupled to the door; at least one latch adapted to be moved between a deployed state and a retracted state; and a tie rod mechanism coupled to the latch, and operatively coupled to the actuating mechanism, movement of the actuating mechanism in the open cycle moving the tie rod mechanism and shifting the latch to the retracted state wherein the actuating mechanism includes a drive yoke having a first portion rotatably coupled to a drive carriage and a second portion rotatably coupled to the tie rod mechanism, characterised by further comprising: a lost motion mechanism including: a cam member coupled to the drive yoke, a cam follower rotatably coupled to the tie rod mechanism, the cam member configured to rotate in a first radial direction in response to movement of the drive yoke, and bias the cam follower in a second radial direction, movement of the cam follower actuating the tie rod mechanism. a door adapted to move from a closed state to an open state in an open cycle, and from the open state to the closed state in a close cycle, the door configured to occlude an opening in the closed state and reveal the opening in the open state; an actuating mechanism pivotably coupled to the door; at least one latch adapted to be moved between a deployed state and a retracted state; and a tie rod mechanism coupled to the latch, and operatively coupled to the actuating mechanism, movement of the actuating mechanism in the open cycle moving the tie rod mechanism and shifting the latch to the retracted state wherein the actuating mechanism includes a drive yoke having a first portion rotatably coupled to a drive carriage and a second portion rotatably coupled to the tie rod mechanism, characterised by further comprising: a lost motion mechanism including: a cam member coupled to the drive yoke, a cam follower rotatably coupled to the tie rod mechanism, the cam member configured to rotate in a first radial direction in response to movement of the drive yoke, and bias the cam follower in a second radial direction, movement of the cam follower actuating the tie rod mechanism. a lost motion mechanism including: a cam member coupled to the drive yoke, a cam follower rotatably coupled to the tie rod mechanism, the cam member configured to rotate in a first radial direction in response to movement of the drive yoke, and bias the cam follower in a second radial direction, movement of the cam follower actuating the tie rod mechanism. a cam member coupled to the drive yoke, a cam follower rotatably coupled to the tie rod mechanism, the cam member configured to rotate in a first radial direction in response to movement of the drive yoke, and bias the cam follower in a second radial direction, movement of the cam follower actuating the tie rod mechanism.
A radial fan wheel arrangement, consisting of a circular bottom disc and a circular cover disc with a central inlet as well as wheel blades running between the bottom disc and the cover disc, wherein at least one counterweight is secured on at least one of the two discs (2, 3) in the edge region thereof, wherein in the space between the wheel blades, depressions are formed at at least one side in the outer edge region of the cover disc and/or the bottom disc, and in the region of at least one of the depressions there is secured at least one counterweight, wherein the counterweight is composed of a clamp, bent substantially in a U-shape, of resilient material, having two facing clamp legs (16, 17) connected at one end via a bent portion, wherein the spacing of the clamp legs (16, 17) in the end region of their free ends is smaller than the disc thickness (d) in the region of the recess-shaped depressions, characterized in that the depressions are formed partially in the disc surface in a recess-shaped manner, wherein the recess-shaped depressions are formed by a reduction in the disc thickness and extend from a disc outer edge (14, 15) in the direction of a disc centre, and the radial depth (t) of the recess-shaped depressions is ≥ the length of the clamp legs (16, 17).
A transversal cutting equipment (41, 131, 141) for sheets separable from overlapped continuous forms (23H, 23L), comprising a cutting device for the joint transversal separation of the sheets; introduction devices (28H and 28L) for entering the forms (23H, 23L) into the cutting device and a singularizing device for overlapped sheets including two transport paths (81 and 82), the one above the other, with differentiable transfer times and a diverter upstream of the transport paths (81 and 82), said equipment being characterized in that the introduction devices (28H and 28L) are actuatable for temporarily projecting a leading edge of one of the overlapped forms (23H, 23L) with respect to the other form up to a switching zone of the diverter, or for advancing together the overlapped forms (23H, 23L); the diverter is configurable for addressing a form or both forms (23H, 23L) to one or to both transport paths (81 and 82); and the introduction devices (28H and 28L) are also actuatable, in the case of projecting of one of the forms, for lining up the trailing edges of sheets of the one and the other form for a joint cutting of the overlapped forms (23H, 23L) by means of the cutting device.
A housing, in particular an electrical installation housing, having a housing wall (100, 200, 300), which has an inner ventilation opening (103, 203, 303), and having a ventilation element, which is provided in the housing wall (100, 200, 300), wherein the ventilation element is designed as a twist-off cap (130, 230, 330) for opening and closing the inner ventilation opening (103, 203, 303), and the twist-off cap (130, 230, 330) has a first labyrinth-like contour (131, 231, 331) on its side facing the housing wall (100, 200, 300), the housing wall (100, 200, 300), on its outer side (102, 202, 302), has a second labyrinth-like contour (106, 206, 306) surrounding the inner ventilation opening (103, 203, 303), and the first labyrinth contour (131, 231, 331) of the twist-off cap (130, 230, 330) engages in the second labyrinth-like contour (106, 206, 306) of the housing wall (100, 200, 300), characterised in that the second labyrinth-like contour (106, 206, 306) of the housing wall (100, 200, 300) is edged by an interrupted upright wall (105, 205, 305), and the interrupted upright wall (105, 205, 305) has at least one outer ventilation opening (108, 208, 308).
A collecting device for forming bundles of sheets, in particular banknotes, which are fed to the collecting device from a single sheet transport, and for feeding sheet bundles to a plurality of output stations (34, 34, 36, 38), comprising a frame-shaped rack, a stacking station with a stacking device comprising at least one stacking wheel for the stack-shaped deposit of sheets on a stacking surface and a transport carriage for transporting a sheet or sheet bundle from the stacking station to the output stations (32, 34, 36, 38), wherein the transport carriage is adjustable along a guideway by means of a carriage drive arranged thereon, which guideway is formed on the rack, and wherein the guideway has a basic position section adjacent to the stacking device and at least one output section (52, 54, 56) each leading to an output station (32, 34, 36, 38), characterized in that each of the output sections (52, 54, 56) is optionally connectable to the basic position section via a common circular switch, and that the circular switch has a rotary disk on which a plurality of way segments (60, 62, 64) are arranged, each of which being intended to connect at least two sections of the guideway.
Thermoelectric device having a channel portion which comprises at least one channel layer made of a topological insulator material, characterized by said channel layer having a top surface with at least one groove, wherein each side surface (12.1) of each groove comprises a conducting zone with a pair of topologically protected one-dimensional electron channels, each channel layer comprising at least one n-region (10.3) configured for electron-like conduction and at least one p-region (10.4) configured for hole-like conduction, which n-regions (10.3) and p-regions (10.4) are alternatingly disposed and extend from a first end (10.1) to a second end (10.2) of the channel layer, each n-region (10.3) comprising at least one n-groove (12.3) running from a first electrode (16, 17, 18) at the first end (10.1) to a second electrode at the second end (10.2) and each p-region (10.4) comprising at least one p-groove (12.5) running from a second electrode to a first electrode (16,17,18), wherein the first (16, 17, 18) and second electrodes are alternatingly disposed to connect the p-grooves (12.5) and n-grooves (12.3) of neighboring regions (10.3, 10.4), whereby all p-grooves (12.5) and n-grooves (12.3) are connected in series.
A wireless communication device comprising: a first integrated circuit coupled to a loop conductor antenna, wherein the loop conductor antenna operates at a first frequency; a second integrated circuit, including a dipole antenna that is capacitively coupled across said loop conductor antenna, a first created loop antenna being formed from the first integrated circuit, the dipole antenna and the part of the loop conductor antenna which is between the dipole antenna and the first integrated circuit and a second created loop antenna being formed from the dipole antenna and the other part of the loop conductor antenna wherein the first created loop antenna and the second created loop antenna resonate at a second and third frequency respectively. a first integrated circuit coupled to a loop conductor antenna, wherein the loop conductor antenna operates at a first frequency; a second integrated circuit, including a dipole antenna that is capacitively coupled across said loop conductor antenna, a first created loop antenna being formed from the first integrated circuit, the dipole antenna and the part of the loop conductor antenna which is between the dipole antenna and the first integrated circuit and a second created loop antenna being formed from the dipole antenna and the other part of the loop conductor antenna wherein the first created loop antenna and the second created loop antenna resonate at a second and third frequency respectively.
Walking aid for guiding a disabled person, including a chassis having two front wheels and at least one rear wheel, a securing arrangement which is vertically mounted on the chassis, and a holding arrangement which is decouplably connected to the securing arrangement by means of a coupling device, the person being held on the walking aid at least at the hips, the legs, and/or the feet by the holding arrangement, the coupling device being situated approximately centrally between the front wheels and the rear wheel, characterized in that the coupling device is situated in such a way that the disabled person has the coupling device in his/her field of vision, means (160, 161, 162, 163), designed as a cable pull, for supporting and/or guiding the legs when the person starts to walk and/or is walking are present, the means being detachably connected to the holding arrangement and movably mounted on the chassis, the chassis includes a frame part on which an oscillating bar is movably mounted at one free end, and the oscillating bar is connected to a suspension strut which is movably mounted on the frame part, a transverse element for accommodating the two front wheels being implemented on the free end of the oscillating bar in such a way that the coupling device is supported so that it is movable relative to the chassis.
A mitral heart valve docking station (20, 120) configured to be installed within a native mitral valve for subsequent securement of a prosthetic heart valve, comprising: a wire-like elongated member forming a continuous, closed shape during placement and after installation defining: two half rings (40a, 40b; 140a, 140b) arranged around a central axis and separated at two pairs of adjacent ends by gaps (42, 142), the two half rings (40a, 40b; 140a, 140b) defining an incomplete ring sized to fit around a mitral annulus; and a pair of ventricular anchors (44a, 44b; 144a, 144b) each connected to a pair of adjacent ends of the half rings (40a, 40b; 140a, 140b) and axially spaced from the half rings (40a, 40b; 140a, 140b), each of the ventricular anchors (44a, 44b; 144a, 144b) having two arms extending away from each other, and each ventricular anchor (44a, 44b; 144a, 144b) being curved generally around the central axis and spaced radially inward from the half rings (40a, 40b; 140a, 140b). two half rings (40a, 40b; 140a, 140b) arranged around a central axis and separated at two pairs of adjacent ends by gaps (42, 142), the two half rings (40a, 40b; 140a, 140b) defining an incomplete ring sized to fit around a mitral annulus; and a pair of ventricular anchors (44a, 44b; 144a, 144b) each connected to a pair of adjacent ends of the half rings (40a, 40b; 140a, 140b) and axially spaced from the half rings (40a, 40b; 140a, 140b), each of the ventricular anchors (44a, 44b; 144a, 144b) having two arms extending away from each other, and each ventricular anchor (44a, 44b; 144a, 144b) being curved generally around the central axis and spaced radially inward from the half rings (40a, 40b; 140a, 140b).