mhurhangee/ep-ind-claims huggingface dataset:
Device for moving and orientating in space a platform (120, 220, 620, 1020) supporting an effector, which device comprises: i. a plurality of cables extending between a fastening point on the platform and an anchor (111, 112, 712, 1011)which is connected to a structure fixed in space, the anchor positions not being contained in the same plane; ii. a set of cables, referred to as a motor assembly, of which one end of each cable is attached to a motorized winch for winding and unwinding the cable on said winch; iii. a set of cables, referred to as a reconfigurable assembly, of which the fastening points or anchors (111, 112, 712, 1011) are capable of being moved with respect to the platform (120, 220, 620, 1020) or in the fixed structure; the motor assembly comprising a winch having: - a winding drum which is rotated by the winch motor and comprises a helical guide thread for winding the cable; - two orientation pulleys (835, 836) of which the axis of rotation is perpendicular to the axis of rotation of the drum; - means, referred to as follower means, for translationally moving the orientation pulley (835, 836) so that, when unwinding or winding the cable on the drum, said cable is oriented by the orientation pulley according to an angular deviation which is less than a maximum value, referred to as the tolerance angle, with respect to the helix angle of the helical guide thread, the tolerance angle being less than +/- 3° with respect to said helix angle; the two pulleys (835, 836) being configured to follow an exit or entry point of the cable on the drum and to allow the cable to be oriented at the exit, or at the entry in the case of winding, of the winch drum according to an angular orientation of 180°, while maintaining the possibility of the cable leaving or entering the drum according to the angular deviation which is less than the maximum value. i. a plurality of cables extending between a fastening point on the platform and an anchor (111, 112, 712, 1011)which is connected to a structure fixed in space, the anchor positions not being contained in the same plane; ii. a set of cables, referred to as a motor assembly, of which one end of each cable is attached to a motorized winch for winding and unwinding the cable on said winch; iii. a set of cables, referred to as a reconfigurable assembly, of which the fastening points or anchors (111, 112, 712, 1011) are capable of being moved with respect to the platform (120, 220, 620, 1020) or in the fixed structure; - a winding drum which is rotated by the winch motor and comprises a helical guide thread for winding the cable; - two orientation pulleys (835, 836) of which the axis of rotation is perpendicular to the axis of rotation of the drum; - means, referred to as follower means, for translationally moving the orientation pulley (835, 836) so that, when unwinding or winding the cable on the drum, said cable is oriented by the orientation pulley according to an angular deviation which is less than a maximum value, referred to as the tolerance angle, with respect to the helix angle of the helical guide thread, the tolerance angle being less than +/- 3° with respect to said helix angle;
Method for operating a vehicle, wherein an imminent tail-end collision for the vehicle is sensed and the vehicle is automatically braked when the tail-end collision is sensed, characterized in that a possible collision time (t K) is determined, and a brake is activated when the vehicle is stationary, as a function of the possible collision time (t K) before said time occurs, wherein the brake is automatically deactivated if no tail-end collision is sensed at the possible collision time (t K).
Warping machine, which comprises a warping drum with a winding area, a yarn sheet guide and a control device which controls the movement of warping drum and yarn sheet guide relative to each other, wherein an image recording device, which is aimed at least at part of the winding area on which a coil is formed during operation of the warping machine, is connected to the control device, characterized in that the image recording device has an image recording area, the width of which is greater than the width of the yarn sheet guide, wherein the image recording device generates several images of the winding one after the other and is connected to an image evaluation device which detects where the surface of the winding extends so that the image recording device can detect an area formed by at least one already wound ribbon and a further area formed by the surface of the warping drum and determines an inclination of the surface of the coil.
A removable wedge for ski boots, which is adapted to be fixed in removable manner inside a ski boot, resting on the bottom of the foot-casing of the ski boot, wherein the removable wedge comprises: a platelike rigid body made of plastic material, which has a variable-density structure and includes a central core and a surface layer that is smoother and more compact than the central core and surrounds said central core substantially without interruptions; and a piece of fabric which is embedded in the platelike rigid body in order to emerge over the lower face of the platelike rigid body, and additionally has an adhesive layer on the part that emerges outside of said platelike rigid body; wherein said central core is an expanded central core or wherein the said central core is made of a first expanded or non-expanded polymeric material and the surface layer is made of a second polymeric material having a polymeric composition different from that of the first polymeric material.
A first wireless network unit of a radio telecommunications network, wherein the first wireless network unit comprises at least one data circuitry (dcA), at least one communication circuitry (ccA) and at least one antenna (aA), wherein the at least one data circuitry (dcA) is configured to interact with the at least one communication circuitry (ccA) and the at least one antenna (aA), wherein the first wireless network unit is configured to determine a data entity intended to be transmitted via a physical shared radio channel (PSCH); determine a plurality of segments of the determined data entity; determine at least one first radio resource window (rw(n-1)) of the physical shared radio channel (PSCH); monitor the at least one first radio resource window (rw(n-1)); determine a plurality of candidate resources (rr12, rr22) in a second radio resource window (rw(n)) of the physical shared radio channel (PSCH) in dependence on monitored radio resources (rr11, rr21) of the at least one first radio resource window (rw(n-1)), wherein each candidate resource (rr12, rr22) of the plurality of candidate resources (rr12, rr22) is part of a resource chain (RC1, RC2) of the physical shared radio channel (PSCH); select one of the plurality of candidate resources (rr12, rr22) as a transmission start resource; and transmit (114, 116, 118) the plurality of the determined segments of the data entity via radio resources (rr12, rr13, rr14) along the resource chain to which the selected transmission start resource belongs to, wherein a single one of the segments is transmitted via a single one of the radio resources (rr12, rr13, rr14) of the resource chain. determine a plurality of segments of the determined data entity; determine at least one first radio resource window (rw(n-1)) of the physical shared radio channel (PSCH); monitor the at least one first radio resource window (rw(n-1)); determine a plurality of candidate resources (rr12, rr22) in a second radio resource window (rw(n)) of the physical shared radio channel (PSCH) in dependence on monitored radio resources (rr11, rr21) of the at least one first radio resource window (rw(n-1)), wherein each candidate resource (rr12, rr22) of the plurality of candidate resources (rr12, rr22) is part of a resource chain (RC1, RC2) of the physical shared radio channel (PSCH); select one of the plurality of candidate resources (rr12, rr22) as a transmission start resource; and transmit (114, 116, 118) the plurality of the determined segments of the data entity via radio resources (rr12, rr13, rr14) along the resource chain to which the selected transmission start resource belongs to, wherein a single one of the segments is transmitted via a single one of the radio resources (rr12, rr13, rr14) of the resource chain.
Household appliance, in particular dishwasher, with - an impeller wheel for flow measurement, wherein the impeller wheel comprises a shaft which extends along a longitudinal axis, - two shells (3, 4), which together form a chamber, in which the impeller wheel is directly accommodated, and - an inlet and outlet duct (7, 8), which are each connected to the chamber in a fluid-conducting manner, wherein the inlet and/or outlet duct (7, 8) - has/have a first section, the cross-section wall of which is formed by two shells (3, 4) and - a second section, the cross-section wall of which is formed by only one of the two shells (3, 4), - wherein the cross-section wall of the first section and the cross-section wall of the second section are each embodied in the peripheral direction, so that a closed flow cross-section results, and - wherein a flow direction of water flowing through a flow cross-section of the cross-section wall is oriented perpendicularly to the longitudinal axis of the shaft of the impeller wheel. - an impeller wheel for flow measurement, wherein the impeller wheel comprises a shaft which extends along a longitudinal axis, - two shells (3, 4), which together form a chamber, in which the impeller wheel is directly accommodated, and - an inlet and outlet duct (7, 8), which are each connected to the chamber in a fluid-conducting manner, wherein the inlet and/or outlet duct (7, 8) - has/have a first section, the cross-section wall of which is formed by two shells (3, 4) and - a second section, the cross-section wall of which is formed by only one of the two shells (3, 4), - wherein the cross-section wall of the first section and the cross-section wall of the second section are each embodied in the peripheral direction, so that a closed flow cross-section results, and - wherein a flow direction of water flowing through a flow cross-section of the cross-section wall is oriented perpendicularly to the longitudinal axis of the shaft of the impeller wheel. - has/have a first section, the cross-section wall of which is formed by two shells (3, 4) and - a second section, the cross-section wall of which is formed by only one of the two shells (3, 4), - wherein the cross-section wall of the first section and the cross-section wall of the second section are each embodied in the peripheral direction, so that a closed flow cross-section results, and - wherein a flow direction of water flowing through a flow cross-section of the cross-section wall is oriented perpendicularly to the longitudinal axis of the shaft of the impeller wheel.
Bearing system for molds, wherein the mold includes a fixed part and a moving part, the bearing system comprising a sliding mold carrier provided with vertically movable support elements for bearing the moving part of the mold, said support elements being hydraulic support elements, characterized in that each hydraulic support element comprises a blocking flange.
An interferon alpha subtype, wherein the interferon alpha subtype is HYBRID 2 or a functionally active fragment of SEQ ID NO: 3 for use in the treatment and/or prophylaxis of a viral infection; wherein the viral infection is coronavirus infection and wherein HYBRID 2 comprises or consists of an amino acid sequence SEQ ID NO: 3
Safety switch, in particular for an electric flow heater, with a switching bridge for electrically connecting terminals which are to be connected, with a button for operating the switching bridge in a manner that contacts that are connected to the terminals are locked in a closed position, with a locking element which locks the switching bridge in the closed position, wherein the locking element is configured to automatically lock the switching bridge in the locked position, and with an electromagnet which can be controlled in the event of a fault such that the locking element is unlocked, characterised in that between the button and the switching bridge acts a protection element which is configured such that, when the button is pressed, an operative connection of the button on the switching bridge exists up to a maximum stroke, the operative connection moving the switching bridge into the closed position, and the operative connection between the button and the switching bridge is broken when the maximum stroke is exceeded and the operative connection between the button and the switching bridge is re-established when dropping below a minimum stroke, wherein the button or the protection element comprises a latch which interacts with a trap so that there is a form-fitting connection between the button and the switching bridge in the actuation direction of the button, and wherein a cam is provided which is arranged such that in the position of the maximum stroke the form-fitting connection between the latch and the trap is broken.
A containers assembly (10, 200) comprising at least one first container (12, 20, 30, 40, 204, 214, 220) and at least one second container (12, 20, 30, 40, 204, 214, 220), detachably attachable to one another by a locking arrangement that comprises at least one locking member and a locking receptacle; at least one side wall of the first container comprises said at least one locking member pivotally secured at a top portion of the first container, said locking member configured with at least one locking latch configured for locking engagement within said locking receptacle; the locking member being pivotally displaceable between a locked position in which the at least one locking latch is radially engaged within the locking receptacle, such that the second container is lockingly articulated over the first container, and an unlocked position in which the locking member is outwardly pivoted and the at least one locking latch is disengaged from the locking receptacle such that the second container can be separated from the first container characterised by the first container being configured with a support rim constituting a nesting portion, at least partially circumferencing a top base portion of the first container, and wherein at the locked position the at least one locking latch radially projects inwardly from said rim, the second container being configured at a bottom base portion thereof with a nestable portion shaped and sized for at least partial nesting within boundaries of the support rim of the first container; said second container further being configured at the bottom base portion thereof with a seat portion at least partially circumferencing the nestable portion, said seat portion configured for bearing over a top surface of a support rim of the second container, and said locking receptacle is at the seat portion and has an opening on a face of said seat portion, said opening disposed in alignment with a respective locking latch of the locking member.
A current differential relay system for protecting a transmission line linking installations by a plurality of current differential relays, wherein said current differential relay system comprises: a first group of current differential relays comprising a representative current differential relay of said first group of current differential relays (10 - 30); wherein said current differential relay being a representative current differential relay of said first group of current differential relays (10 - 30) comprises: an interface section configured to receive current supplied from said transmission line; a quantization section configured to quantize said received current and convert said received current to first current data; a communication section configured to receive second current data from another current differential relay (10, 20) belonging to said first group; and a difference calculation section, characterized in that the communication section is further configured to transmit said second current data and said first current data jointly to a representative current differential relay belonging to a second group of current differential relays, receive third current data from said representative current differential relay belonging to said second group, and transmit said third current data to said other current differential relay (10, 20) belonging to said first group, wherein the difference calculation section is configured to execute a current difference calculation based on said first to third current data. a first group of current differential relays comprising a representative current differential relay of said first group of current differential relays (10 - 30); an interface section configured to receive current supplied from said transmission line; a quantization section configured to quantize said received current and convert said received current to first current data; a communication section configured to receive second current data from another current differential relay (10, 20) belonging to said first group; and a difference calculation section, characterized in that the communication section is further configured to transmit said second current data and said first current data jointly to a representative current differential relay belonging to a second group of current differential relays, receive third current data from said representative current differential relay belonging to said second group, and transmit said third current data to said other current differential relay (10, 20) belonging to said first group, wherein the difference calculation section is configured to execute a current difference calculation based on said first to third current data.
A composite casting or splinting material, comprising a first component formed by a polymer and a second component formed by a reinforcing material, wherein - the first component comprises an epsilon caprolactone homopolymer having an inherent viscosity of between 1.0 and 2.5 dl/g determined by LAUDA PVS 2.55d rheometer at 25°C, and - the second component comprises a woody material of platy wood particles having a smallest dimension greater than 0.1 mm and having a ratio of the thickness to the smaller of the length or width of the plate's edges of between 1:2 and 1:500, - the first component comprises an epsilon caprolactone homopolymer having an inherent viscosity of between 1.0 and 2.5 dl/g determined by LAUDA PVS 2.55d rheometer at 25°C, and - the second component comprises a woody material of platy wood particles having a smallest dimension greater than 0.1 mm and having a ratio of the thickness to the smaller of the length or width of the plate's edges of between 1:2 and 1:500,
A storable multifunctional device for a recreational vehicle, comprising: an inflatable board having a multifunctional surface; and a storage unit for storing the board when deflated, the storage unit having a profile, characterised in that the inflatable board is designed as an inflatable internal tensile member-stiffened board, that in the stowed state the deflated internal tensile member-stiffened board is wrapped around the profile, and that the storage unit is integrated into a piece of furniture arranged in the interior of the recreational vehicle. an inflatable board having a multifunctional surface; and a storage unit for storing the board when deflated, the storage unit having a profile, characterised in that the inflatable board is designed as an inflatable internal tensile member-stiffened board, that in the stowed state the deflated internal tensile member-stiffened board is wrapped around the profile, and that the storage unit is integrated into a piece of furniture arranged in the interior of the recreational vehicle.
An all-solid-state battery, comprising a positive electrode, a negative electrode, and a solid electrolyte layer interposed between the positive electrode and the negative electrode, wherein the positive electrode contains first solid electrolyte particles, and the negative electrode contains first solid electrolyte particles, the solid electrolyte layer contains second solid electrolyte particles having ion conductivity, the first solid electrolyte particles contained in the positive electrode include at least one selected from the group consisting of a sulfide and a hydride, the first solid electrolyte particles contained in the negative electrode include at least one selected from the group consisting of a sulfide and a hydride, the second solid electrolyte particles include at least one selected from the group consisting of a sulfide and a hydride, an average particle diameter D1 of the first solid electrolyte particles, and an average particle diameter D2 of the second solid electrolyte particles satisfy D2>D1, wherein the average particle diameter D1, and the average particle diameter D2 are determined as described in paragraphs,,, and of the originally filed description, and wherein the solid electrolyte layer has a thickness of 5 μm or more and 150 μm or less, the thickness being smaller than a thickness of the positive electrode and a thickness of the negative electrode. a positive electrode, a negative electrode, and a solid electrolyte layer interposed between the positive electrode and the negative electrode, wherein the positive electrode contains first solid electrolyte particles, and the negative electrode contains first solid electrolyte particles, the solid electrolyte layer contains second solid electrolyte particles having ion conductivity, the first solid electrolyte particles contained in the positive electrode include at least one selected from the group consisting of a sulfide and a hydride, the first solid electrolyte particles contained in the negative electrode include at least one selected from the group consisting of a sulfide and a hydride, the second solid electrolyte particles include at least one selected from the group consisting of a sulfide and a hydride, an average particle diameter D1 of the first solid electrolyte particles, and an average particle diameter D2 of the second solid electrolyte particles satisfy D2>D1, wherein the average particle diameter D1, and the average particle diameter D2 are determined as described in paragraphs,,, and of the originally filed description, and wherein the solid electrolyte layer has a thickness of 5 μm or more and 150 μm or less, the thickness being smaller than a thickness of the positive electrode and a thickness of the negative electrode.