mhurhangee/patent-ind-claim-en huggingface dataset:
A panel sizing installation for sawing up at least one workpiece consisting of an individual panel or a stack of panels, wherein the panel sizing installation , for sawing up the workpiece , has a saw which is movable along a sawing line and a workpiece support table , wherein the sawing line runs along the workpiece support table , and the panel sizing installation , viewed in a main direction of transport , has a supply region before the sawing line and a removal region after the sawing line , wherein a fork-like discharge device for discharging at least one workpiece part and/or waste piece resulting from sawing up the workpiece is arranged in the removal region , and the fork-like discharge device is mounted movably, in particular in a motor-driven manner, towards the sawing line and away from the sawing line and in directions parallel to the vertical, and has a large number of fingers which are elongate in themselves and arranged parallel to each other and spaced apart from each other, and wherein in the workpiece support table in the removal region there are arranged groove-shaped channels into which the fingers can be introduced, characterised in that the groove-shaped channels in the workpiece support table extend from the removal region , crossing the sawing line , and into the supply region , and the fingers are movable in the groove-shaped channels from the removal region , crossing the sawing line , and into the supply region .
A light source for a luminaire or lantern, the light source comprising: ● an LED chip unit mounted on a PCB , ● a mantle structure having an integral collar with a series of lips , wherein the mantle structure has multiple apertures to assist further light redistribution, and wherein: ● the mantle structure is transparent or at least translucent, ● the mantle structure is arranged to intercept and re-distribute light from the LED, and ● the collar has a pair of spring detents , ● at least one optical element in the mantle structure for biasing light from the LED away from a direction in which illumination is unwanted or at least is wanted at reduced intensity, and ● an LED base upon which the LED chip unit and mantle structure are fast, wherein the lips hold the mantle to a rim of the LED base the rim of the base having a circularly arranged set of depressions for reciprocal communication with the spring detents, whereby the mantle structure is an angularly adjustable support for the optical element. ● an LED chip unit mounted on a PCB , ● a mantle structure having an integral collar with a series of lips , wherein the mantle structure has multiple apertures to assist further light redistribution, and wherein: ● the mantle structure is transparent or at least translucent, ● the mantle structure is arranged to intercept and re-distribute light from the LED, and ● the collar has a pair of spring detents , ● the mantle structure is transparent or at least translucent, ● the mantle structure is arranged to intercept and re-distribute light from the LED, and ● the collar has a pair of spring detents , ● at least one optical element in the mantle structure for biasing light from the LED away from a direction in which illumination is unwanted or at least is wanted at reduced intensity, and ● an LED base upon which the LED chip unit and mantle structure are fast, wherein the lips hold the mantle to a rim of the LED base the rim of the base having a circularly arranged set of depressions for reciprocal communication with the spring detents,
A single coolant loop for cooling at least a first system and a fuel cell system having different operating temperatures, comprising: (a) a coolant pump for moving a coolant fluid through the single coolant loop ; (b) a distributor for routing the coolant fluid through a first path (A) or a second path (B); (c) the first path (A) comprising a heat exchanger and the first system ; and (d) the second path (B) comprising a by-pass of the first system ; wherein the first and second paths (A, B) converge at a coolant mixer that combines the coolant fluid from the first and second paths; characterised in that the coolant fluid is routed: I). from the fuel cell system to one of: (i) a heat storage unit , (ii) the distributor , or (iii) a pre-heat loop that routes the coolant fluid before it reaches the distributor back to the fuel cell system for start-up warmth; and from the distributor: II). along the second path (B), wherein the coolant fluid is routed directly from the distributor to the coolant mixer , or III). along the first path (A), wherein the coolant fluid is routed directly from the distributor to the heat exchanger , directly from the heat exchanger to the first system , from the first system to the coolant mixer , and from the coolant mixer to the fuel cell system . (a) a coolant pump for moving a coolant fluid through the single coolant loop ; (b) a distributor for routing the coolant fluid through a first path (A) or a second path (B); (c) the first path (A) comprising a heat exchanger and the first system ; and (d) the second path (B) comprising a by-pass of the first system ; I). from the fuel cell system to one of: (i) a heat storage unit , (ii) the distributor , or (iii) a pre-heat loop that routes the coolant fluid before it reaches the distributor back to the fuel cell system for start-up warmth; and from the distributor: (i) a heat storage unit , (ii) the distributor , or (iii) a pre-heat loop that routes the coolant fluid before it reaches the distributor back to the fuel cell system for start-up warmth; II). along the second path (B), wherein the coolant fluid is routed directly from the distributor to the coolant mixer , or III). along the first path (A), wherein the coolant fluid is routed directly from the distributor to the heat exchanger , directly from the heat exchanger to the first system , from the first system to the coolant mixer , and from the coolant mixer to the fuel cell system .
A board deck suitable for boardsports comprising: a first composite layer (101;400); a second composite layer (131;300); and a core layer (111,121; 500,501; 602,603) stacked between said first composite layer (101;400) and said second composite layer (131;300); wherein said first composite layer (101;400) comprises at least one first composite sheet and at least two first tipfills (103,105; 611, 612); wherein said second composite layer (131;300); comprises at least one second composite sheet ; wherein said core layer (111,121; 500,501; 602,603) comprises at least one core ply (118, 128; 505;605) and at least two third tipfills ; and wherein an epoxy is applied to said first composite layer (101;400), said core layer (111,121; 500,501), and said second composite layer (131;300), characterized in that the core has at least a second layer (111,121; 500,501,602,603) with at least one core ply and at least two third tipfills ; and in that the second composite layer also comprises at least two second tipfills ; and in that the epoxy is applied to the at least second core layer (111,121; 500,501;602,603). a first composite layer (101;400); a second composite layer (131;300); and a core layer (111,121; 500,501; 602,603) stacked between said first composite layer (101;400) and said second composite layer (131;300); wherein said first composite layer (101;400) comprises at least one first composite sheet and at least two first tipfills (103,105; 611, 612); wherein said second composite layer (131;300); comprises at least one second composite sheet ; wherein said core layer (111,121; 500,501; 602,603) comprises at least one core ply (118, 128; 505;605) and at least two third tipfills ; and wherein an epoxy is applied to said first composite layer (101;400), said core layer (111,121; 500,501), and said second composite layer (131;300), characterized in that the core has at least a second layer (111,121; 500,501,602,603) with at least one core ply and at least two third tipfills ; and in that the second composite layer also comprises at least two second tipfills ; and in that the epoxy is applied to the at least second core layer (111,121; 500,501;602,603).
A valve repair device for repairing a valve of a patient comprising: a paddle having an inner paddle portion connected to an outer paddle portion ; and a clasp having a fixed arm attached to the inner paddle portion of the paddle and a moveable arm that is movable between open and closed positions relative to the fixed arm ; wherein applying tension to the movable arm in a retraction direction flexes the inner paddle portion and moves the moveable arm in the retraction direction . a paddle having an inner paddle portion connected to an outer paddle portion ; and a clasp having a fixed arm attached to the inner paddle portion of the paddle and a moveable arm that is movable between open and closed positions relative to the fixed arm ; wherein applying tension to the movable arm in a retraction direction flexes the inner paddle portion and moves the moveable arm in the retraction direction .
Method of controlling an elevator system comprising at least one elevator car which is configured for traveling between a plurality of landings , wherein each landing is provided with a landing door , and the elevator car is provided with a corresponding elevator car door for allowing passengers to transfer between a landing and the interior of the elevator car when the elevator car is positioned at the respective landing ; and wherein the method comprises the steps of: determining the landing in which a passenger carrying a mobile device is currently residing, or the mobile device asking the passenger what floor he is currently on; displaying a hold button on the mobile device as soon as the at least one elevator car has stopped at a landing on the same floor as the passenger or at a landing within a predetermined region around the passenger's current location, and the landing door as well as the elevator car door have been opened or are going to open; and holding the elevator car at the landing if the hold button is operated. determining the landing in which a passenger carrying a mobile device is currently residing, or the mobile device asking the passenger what floor he is currently on; displaying a hold button on the mobile device as soon as the at least one elevator car has stopped at a landing on the same floor as the passenger or at a landing within a predetermined region around the passenger's current location, and the landing door as well as the elevator car door have been opened or are going to open; and holding the elevator car at the landing if the hold button is operated.
Method for the production of a semi-finished valve product , comprising partially folding a sheet, wherein the folded part of the sheet being forge-welded in forging or drop-welding, forging, deep-drawing, pressing and/or drop-forging of said folded over sheet into a semi-finished valve product that corresponds to a circle segment of a valve cut open in the axial direction, wherein the folded part forming a segment of a valve head after forming.
Twin-clutch gearbox having two input shafts (11a, 12a; 11b, 12b), each of which is provided for connection to a powershift clutch (K1a, K2a; K1b, K2b), having a first layshaft (13a; 13b) arranged parallel to and offset against the input shafts (11a, 12a; 11b, 12b), having a second layshaft (14a; 14b) arranged parallel to and offset against the input shafts (11a, 12a; 11b, 12b), having at least five gear planes (Z1a-Z5a; Z1b-Z5b), each having a fixed gear (Z11a-Z51a; Z11b-Z51b) permanently and non-rotatably connected to one of the input shafts (11a, 12a; 11b, 12b), wherein one of the gear planes (Z4a; Z4b) has an idler gear (Z42a; Z42b) arranged coaxially with the first layshaft (13a; 13b) and an idler gear (Z43a; Z43b) arranged coaxially with the second layshaft (14a; 14b), which gears form a gear pairing for selecting at least one reverse gear (R1a, R2a), having at least nine shifting units (S1a-S9a; S1b-S9b) for establishing operative connections between the input shafts (11a, 12a; 11b, 12b) and the layshafts (13a, 14a; 13b, 14b), which, together with the gear planes (Z1a-Z5a; Z1b-Z5b), are at least constructively provided to select at least eight sequentially selectable forward gears (V1a-V8a) and the at least one reverse gear (R1a, R2a), having a drive gear (Z01a; Z01b) permanently and non-rotatably connected to the first layshaft (13a; 13b) and having an output gear (Z02a; Z02b) permanently and non-rotatably connected to the second layshaft (14a; 14b), characterised in that the first gear plane (Z1a; Z1b) comprises one of the fixed gears (Z11a; Z11b) permanently and non-rotatably connected to the first input shaft (11a; 11b), a first idler gear (Z12a; Z12b) arranged coaxially with the first layshaft (13a; 13b) and forming together with the fixed gear (Z11a; Z11b) of the first gear plane (Z1a; Z1b) a gear pairing for selecting at least the eighth forward gear (V8a), and a second idler gear (Z13a; Z13b) arranged coaxially with the second layshaft (14a; 14b) and forming together with the fixed gear (Z11a; Z11b) a gear pairing for selecting at least the sixth forward gear (V6a), wherein one of the shifting units (S1a; S1b) is provided to non-rotatably connect the first idler gear (Z12a; Z12b) of the first gear plane (Z1a; Z1b) to the first layshaft (13a; 13b), and wherein one of the shifting units (S5a; S5b) is provided to non-rotatably connect the second idler gear (Z13a; Z13b) of the first gear plane (Z1a; Z1b) to the second layshaft (14a; 14b).
A device , comprising: a catheter including a lumen extending therethrough, the catheter being sized and shaped to extend through an endoscopic shaft to a target tissue within a living body; a puncturing device sized and shaped to extend through the lumen of the catheter and distally out a distal end of the catheter ; at least one of the catheter and the puncturing device including an electrode formed thereon, the electrode being energizable from a handle of the device so that, when the puncturing device is extended distally out the distal end of the catheter , the electrode may be energized as the device punctures the target tissue; and an electrosurgical sheath longitudinally slidable along an exterior of the catheter , the electrosurgical sheath having an electrosurgical tip for dilating an access hole created by the puncturing device in the target tissue. a catheter including a lumen extending therethrough, the catheter being sized and shaped to extend through an endoscopic shaft to a target tissue within a living body; a puncturing device sized and shaped to extend through the lumen of the catheter and distally out a distal end of the catheter ; at least one of the catheter and the puncturing device including an electrode formed thereon, the electrode being energizable from a handle of the device so that, when the puncturing device is extended distally out the distal end of the catheter , the electrode may be energized as the device punctures the target tissue; and an electrosurgical sheath longitudinally slidable along an exterior of the catheter , the electrosurgical sheath having an electrosurgical tip for dilating an access hole created by the puncturing device in the target tissue.
A pharmaceutically acceptable salt of hydroxysafflor yellow A of a formula (I), wherein n is 1 or 2, and M is chosen from Ca, Mg, K, NH 4 or wherein R1, R2, R3 and R4 are identical or different, and chosen from a hydrogen or an alkyl group independently.
A display apparatus , comprising: a control circuit; a display unit , configured to generate an image; comprising a first spatial light modulator adopting phase modulation, set in front of the display unit and connected to the control circuit, wherein the first spatial light modulator is configured to set modulation parameters based on the electronic signals generated by the control circuit from the depth information as a corresponding image distance; characterized by further comprising a second spatial light modulator adopting phase modulation and set behind the display unit; and the second spatial light modulator compensating ambient light to compensate changes generated when the ambient light passes through the first spatial light modulator and the display unit, so that light-field changes generated, after the ambient light passes through the display apparatus, in two perpendicular polarization directions are the same. a control circuit; a display unit , configured to generate an image; comprising a first spatial light modulator adopting phase modulation, set in front of the display unit and connected to the control circuit, wherein the first spatial light modulator is configured to set modulation parameters based on the electronic signals generated by the control circuit from the depth information as a corresponding image distance; characterized by further comprising a second spatial light modulator adopting phase modulation and set behind the display unit; and the second spatial light modulator compensating ambient light to compensate changes generated when the ambient light passes through the first spatial light modulator and the display unit, so that light-field changes generated, after the ambient light passes through the display apparatus, in two perpendicular polarization directions are the same.
A heat sink assembly for use with at least one heat-emitting component , comprising: a first phase change material conductively coupled to the at least one heat-emitting component and changing phase at a first temperature; a first frame holding the first phase change material ; a second phase change material conductively coupled to the first phase change material and changing phase at a second temperature, which is greater than the first temperature; a second frame holding the second phase change material ; and an intermediate heat-conducting structure located between the first phase change material and the second phase change material , the intermediate heat-conducting structure being separate from the first frame and the second frame ; wherein the first phase change material changes phase in response to a conductive transfer of heat from the heat-emitting component and the second phase change material changes phase in response to a conductive transfer of heat from the first phase change material , characterized in that the intermediate structure further comprises a plurality of fins extending into at least one of the first phase change material and the second phase change material . a first phase change material conductively coupled to the at least one heat-emitting component and changing phase at a first temperature; a first frame holding the first phase change material ; a second phase change material conductively coupled to the first phase change material and changing phase at a second temperature, which is greater than the first temperature; a second frame holding the second phase change material ; and an intermediate heat-conducting structure located between the first phase change material and the second phase change material , the intermediate heat-conducting structure being separate from the first frame and the second frame ; wherein the first phase change material changes phase in response to a conductive transfer of heat from the heat-emitting component and the second phase change material changes phase in response to a conductive transfer of heat from the first phase change material , characterized in that the intermediate structure further comprises a plurality of fins extending into at least one of the first phase change material and the second phase change material .
Pair of slides for a vehicle seat , comprising - a lower seat slide (S1) and an upper seat slide (S2) which, while forming a slide profile, alternately encompass one another and are movable relative to one another in the longitudinal direction (L), and are able to be mutually locked by means of a slide locking mechanism , wherein the seat slides (S1, S2) are inserted into one another in such a way that they engage behind one another by way of their laterally curved or bent peripheries, as a result of which an interaction region of the seat slides (S1, S2) is formed in these peripheral regions, in which interaction region rolling elements are mounted so as to be movable in rolling raceways (L1 to L4) between the seat slides (S1, S2), and wherein - the upper seat slide (S2) comprises two lateral walls (S2.1, S2.2) which, in a vertical orientation, protrude from their base region (S2.3) in a largely parallel and perpendicular manner; and - one of the lateral walls (S2.2) of the upper seat slide (S2), in portions in the longitudinal direction (L), in the further course in the vertical orientation is provided with a kink and is bent outwards, characterized in that the kink in the upper seat slide (S2) is incorporated so as to be substantially level with the height of an upper edge (OK) of the lower seat slide (S1), wherein the side wall (S1.1) of the lower seat slide (S1) that is contiguous to the partially outward-bent lateral wall (S2.2) of the upper seat slide (S2) is correspondingly bent inwards. - a lower seat slide (S1) and an upper seat slide (S2) which, while forming a slide profile, alternately encompass one another and are movable relative to one another in the longitudinal direction (L), and are able to be mutually locked by means of a slide locking mechanism , wherein the seat slides (S1, S2) are inserted into one another in such a way that they engage behind one another by way of their laterally curved or bent peripheries, as a result of which an interaction region of the seat slides (S1, S2) is formed in these peripheral regions, in which interaction region rolling elements are mounted so as to be movable in rolling raceways (L1 to L4) between the seat slides (S1, S2), and wherein - the upper seat slide (S2) comprises two lateral walls (S2.1, S2.2) which, in a vertical orientation, protrude from their base region (S2.3) in a largely parallel and perpendicular manner; and - one of the lateral walls (S2.2) of the upper seat slide (S2), in portions in the longitudinal direction (L), in the further course in the vertical orientation is provided with a kink and is bent outwards,
An unfolding propeller unit type unmanned aerial vehicle comprising: a body unit ; a plurality of propeller units configured to be overlappable on the body unit in a folded state; a locking unit configured to lock the propeller units and the body unit so that the estate in which the propeller units are overlapping on the body unit is maintained; and propeller unit unfolders , each configured to connect each of the propeller units to the body unit and unfold the propeller units from the body unit so that the propeller units are positioned around the body unit in an unfolded state when locking of the locking unit is released. a body unit ; a plurality of propeller units configured to be overlappable on the body unit in a folded state; a locking unit configured to lock the propeller units and the body unit so that the estate in which the propeller units are overlapping on the body unit is maintained; and propeller unit unfolders , each configured to connect each of the propeller units to the body unit and unfold the propeller units from the body unit so that the propeller units are positioned around the body unit in an unfolded state when locking of the locking unit is released.