mhurhangee/ep-ind-claims huggingface dataset:
A rescue cage for a hoisting rescue vehicle, in particular a fire truck having a turntable ladder, comprising - a cage base, - a cage barrier disposed at least in the region of a cage front end, in the region of a left-hand and/or right-hand cage side (10, 11) and optionally in the region of a cage rear end, - wherein the cage barrier comprises at least one support element designed to be column-like and projecting upwards from the case base, which at least one support element is in most cases designed to be tubular and is disposed in an outer peripheral region of the cage base, characterized in that - at least one first receiving device is disposed or provided on the cage base in the region of the at least one support element disposed in the outer peripheral region of the cage base, - the at least one first receiving device is provided in the form of a sleeve, - the at least one support element has a first connecting element on its end facing the cage base, which first connecting element is connected to the first receiving device in such a way as to be detachable as required, - the first connecting element is provided in the form of a plug-in pin, which plug-in pin is connected to the end of the support element facing the cage base, - when the support element is removed from the first receiving device, at least one second connecting element disposed or provided on an accessory can be connected to the first receiving device in such a way as to be detachable as required. - a cage base, - a cage barrier disposed at least in the region of a cage front end, in the region of a left-hand and/or right-hand cage side (10, 11) and optionally in the region of a cage rear end, - wherein the cage barrier comprises at least one support element designed to be column-like and projecting upwards from the case base, which at least one support element is in most cases designed to be tubular and is disposed in an outer peripheral region of the cage base, characterized in that - at least one first receiving device is disposed or provided on the cage base in the region of the at least one support element disposed in the outer peripheral region of the cage base, - the at least one first receiving device is provided in the form of a sleeve, - the at least one support element has a first connecting element on its end facing the cage base, which first connecting element is connected to the first receiving device in such a way as to be detachable as required, - the first connecting element is provided in the form of a plug-in pin, which plug-in pin is connected to the end of the support element facing the cage base, - when the support element is removed from the first receiving device, at least one second connecting element disposed or provided on an accessory can be connected to the first receiving device in such a way as to be detachable as required.
A veterinarian collar (15,40) having a rear edge and a forward edge; said collar having a first part (18,44) flaring outwardly about a central axis from said rear edge to a transition (20,42); and a second part (21,45) extending from said transition to said forward edge, said collar being characterised in that: the included angle between said second part (21,45) and said central axis is substantially 0°, and said front edge is spaced a distance x along the central axis from said rear edge, said transition (20,42) being spaced from said rear edge by 0.45x to 0.8x. the included angle between said second part (21,45) and said central axis is substantially 0°, and said front edge is spaced a distance x along the central axis from said rear edge, said transition (20,42) being spaced from said rear edge by 0.45x to 0.8x.
An intravesical drug delivery device comprising: a first housing portion loaded with a drug formulation which comprises a drug; and a second housing portion loaded with an excipient, wherein the device is configured to release the drug according to a first release profile and is configured to release the excipient according to a second release profile which differs from the first release profile, wherein the excipient is a drug solubilizing agent, drug stabilizing agent, or permeation enhancing agent configured to facilitate release or delivery of the drug. a first housing portion loaded with a drug formulation which comprises a drug; and a second housing portion loaded with an excipient, wherein the device is configured to release the drug according to a first release profile and is configured to release the excipient according to a second release profile which differs from the first release profile, wherein the excipient is a drug solubilizing agent, drug stabilizing agent, or permeation enhancing agent configured to facilitate release or delivery of the drug.
Electric walking and travelling drive for a person, with associated walking sticks, consisting of two units of such walking and travelling drives, each with a chassis with a supporting surface with a flat upper side for mounting a touring ski or, on this upper side, a toe binding for a cross-country ski boot, and side walls (2, 3) projecting downwards on both sides from this support surface, between which side walls (2, 3) at the front end and rear end a front or rear deflection pulley (4, 7) is installed, between which a circulating drive belt is tensioned, which can be driven by the front or rear deflection pulley (4, 7) by means of an electric motor, characterised in that the power of the electric motor is adjustable via a control unit from the handles of the associated walking poles, and the control unit includes an electronic control unit with a circuit so that when the foot or boot is lifted from the top of the walking and travelling drive, or when the load on the mounted touring ski is reduced by lifting the heel of the ski boot, the power of the electric motor is reduced by lifting the heel of the ski boot. When the foot or boot is lifted from the top of the walking and travelling drive, or when the load on the mounted touring ski is reduced by lifting the heel of the ski boot, the electric motor switches to a higher travel speed until the boot is placed back on the top of the walking and travelling drive or the mounted touring ski.
An apparatus for supporting timing synchronization at customer premises equipments, CPEs, in point-to-multipoint, P2MP, communication, comprising: a transceiver configured to send a downstream transmission including pilot tones to one or more CPEs in a P2MP group, the apparatus characterised in that the transceiver is further configured to indicate pilot tones selected by other CPEs as unavailable to be selected by a new CPE joining the P2MP group. a transceiver configured to send a downstream transmission including pilot tones to one or more CPEs in a P2MP group, the apparatus characterised in that the transceiver is further configured to indicate pilot tones selected by other CPEs as unavailable to be selected by a new CPE joining the P2MP group.
Packaging machine for wrapping a body with a film, consisting of a transport device through which the body can be fed in the direction of a film strip unwound from a film roll, of a movement device which rotates about a pivot and to which is attached at least one receiving chamber into which the body together with the film detached from the film strip is pushed by the transport device, and of at least one folding and sealing tool (17, 18) provided in the region of the movement device, wherein the pivot is formed by a flange, a pin, a shaft or a square profile, to which the at least one receiving chamber is fastened, and characterised in that the receiving chamber is arranged in the starting position in such a way that its axis of symmetry which runs perpendicular to the direction of movement of the body is arranged flush or slightly offset to the side in relation to the pivot of the movement device, and in that in the case of the at least one receiving chamber of the movement device two opposing end sides are embodied so as to be open and aligned flush with the transport device when the body is pushed in.
Apparatus arranged to be used in the treatment of fluid in a fluid circuit of a heating or cooling system, said apparatus comprising: a vessel defining an open upper end and comprising a lower end providing an internal floor of the vessel, the vessel defining a circulating fluid inlet port in a side wall thereof, for connection to a circulating fluid inflow conduit of the fluid circuit, and a fluid outlet port in the lower end thereof, for connection to a circulating fluid return conduit of the fluid circuit and a drain conduit, said open upper end of said vessel provided with a removable lid defining a dosing port and an air vent port; and a permanent magnet collector arranged to collect magnetic particles on an external collection surface thereof, said permanent magnet collector removably locatable within said vessel; wherein, in use, fluid flowing through the vessel from a circulating fluid inflow conduit of the fluid circuit to a circulating fluid return conduit of the fluid circuit enters the vessel through the inlet port in the side wall of the vessel and exits the vessel through the fluid outlet port in the lower end of the vessel, characterized in that the fluid outlet port is open to the internal floor of the vessel. a vessel defining an open upper end and comprising a lower end providing an internal floor of the vessel, the vessel defining a circulating fluid inlet port in a side wall thereof, for connection to a circulating fluid inflow conduit of the fluid circuit, and a fluid outlet port in the lower end thereof, for connection to a circulating fluid return conduit of the fluid circuit and a drain conduit, said open upper end of said vessel provided with a removable lid defining a dosing port and an air vent port; and a permanent magnet collector arranged to collect magnetic particles on an external collection surface thereof, said permanent magnet collector removably locatable within said vessel; wherein, in use, fluid flowing through the vessel from a circulating fluid inflow conduit of the fluid circuit to a circulating fluid return conduit of the fluid circuit enters the vessel through the inlet port in the side wall of the vessel and exits the vessel through the fluid outlet port in the lower end of the vessel, characterized in that
A valve timing control device comprising: a driving rotary element synchronously rotatable with a crankshaft; a driven rotary element mounted coaxially with the driving rotary element and synchronously rotatable with a camshaft; a plurality of second partitions provided in the driven rotary element each for dividing a fluid pressure chamber formed between the driving rotary element and the driven rotary element into a retarded angle chamber and an advanced angle chamber; and a connecting element having a press fitting portion that is press-fitted into a recess formed in the driven rotary element for connecting the driven rotary element to the camshaft, and wherein the press fitting portion is provided by a plurality of fitting segments such that exclusively the fitting segments are in press fitting contact with an inner circumference of the recess, wherein at least one of centerlines of the fitting segments extending in a radial direction does not overlap any of the second partitions, characterized in that the fitting segments are spaced apart from each other along a rotational direction by a plurality of cutaway segments, and in that the recess has a cylindrical shape. a driving rotary element synchronously rotatable with a crankshaft; a driven rotary element mounted coaxially with the driving rotary element and synchronously rotatable with a camshaft; a plurality of second partitions provided in the driven rotary element each for dividing a fluid pressure chamber formed between the driving rotary element and the driven rotary element into a retarded angle chamber and an advanced angle chamber; and a connecting element having a press fitting portion that is press-fitted into a recess formed in the driven rotary element for connecting the driven rotary element to the camshaft, and wherein the press fitting portion is provided by a plurality of fitting segments such that exclusively the fitting segments are in press fitting contact with an inner circumference of the recess, wherein at least one of centerlines of the fitting segments extending in a radial direction does not overlap any of the second partitions, characterized in that the fitting segments are spaced apart from each other along a rotational direction by a plurality of cutaway segments, and in that the recess has a cylindrical shape.
A plate element device (2, 9) with a particle-impermeable and temperature-resistant design, characterized by at least one longitudinal warping compensation device (19, 25) to compensate for thermally induced expansion variations in at least areas (7, 8, 20, 22, 26) of the plate element (2, 9), at least areas of which are designed as a particle-impermeable recessing device, at least areas of which exhibit a narrow slitting unit and/or at least areas of which are designed as a narrow slitting unit.
An improved device used to close the access compartment of delivery pipes of car fuel tanks, comprising a push-push lock comprising: - a cylindrical seat having a mouth, and - a rototranslating pin sliding inside said cylindrical seat acting as housing and guide for rototranslating pin, wherein said pin can be in two stable stop positions, a first stop position of maximum retraction that corresponds to complete retraction of pin inside said seat, and a second stop position of maximum extraction that corresponds to partial ejection of pin from mouth of said cylindrical seat, - retention means obtained on a tip of the pin, and - hooking means protruding from the internal side of a closing lid, said hooking means being suitable for engaging with said retention means of the rototranslating pin, wherein said rototranslating pin performs a retraction travel from the second stop position of maximum extraction to the first stop position of maximum retraction, in order to actuate a stop lever mechanism of the push-push lock adapted to temporarily block the rototranslating pin at the end of backward travel, characterized by the fact that when the pin is at the end of its travel in position of maximum extraction, said tip of the pin protrudes from the mouth of the cylindrical seat by a preset length (a) lower than the length of the backward travel that must be given to the rototranslating pin to actuate the stop lever mechanism of the push-push lock adapted to temporarily block the rototranslating pin at the end of backward travel. - a cylindrical seat having a mouth, and - a rototranslating pin sliding inside said cylindrical seat acting as housing and guide for rototranslating pin, wherein said pin can be in two stable stop positions, a first stop position of maximum retraction that corresponds to complete retraction of pin inside said seat, and a second stop position of maximum extraction that corresponds to partial ejection of pin from mouth of said cylindrical seat, - retention means obtained on a tip of the pin, and - hooking means protruding from the internal side of a closing lid, said hooking means being suitable for engaging with said retention means of the rototranslating pin,
Compactor roller for a soil compactor, comprising at an outer circumference at least one quick-change tool holder (22; 22a) for mounting a roller tool (16; 16a), wherein at least one quick-change toolholder (22; 22a) comprises a connecting area (70; 70a) for connection to an outer circumferential surface (14; 14a) of the compactor roller (10; 10a) as well as a support area (72; 72a) adapted for supporting a roller tool (16; 16a) and arranged with a distance to the outer circumferential surface (14; 14a) of the compactor roller (10; 10a), wherein the at least one quick-change toolholder (22; 22a) is adapted tapering from the connecting area (70; 70a) towards the support area (72; 72a).
Lighting unit (1; 1') for a motor vehicle, formed from at least one light guide and at least one circuit board having at least one light-emitting diode, wherein the circuit board and the light guide are attached to one another, wherein the lighting unit (1, 1') is designed to be elongate and bent in the manner of a sickle with a light guide, extending over a length of the lighting unit (1, 1'), and a plurality of elongate, rigid circuit boards, on each of which a plurality of light-emitting diodes are mounted, wherein the circuit boards have an identical construction and are arranged in a row in the longitudinal direction along the light guide in a manner such that light from the light-emitting diodes is couplable perpendicular to the longitudinal extent of the light guide into the latter, and wherein the circuit boards are connected to one another electrically and for the transmission of signals via cables, characterized in that the circuit boards each have in terms of their outline a curved shape having a radius of curvature (r1, r2).
A motorcycle having a fuel supply device, comprising: a single main frame extending rearward from a head pipe; a fuel tank supported on the main frame; an internal combustion engine run on fuel from the fuel tank; a fuel injection device attached to the internal combustion engine; and a fuel supply portion having a fuel pump by which the fuel in the fuel tank is supplied to the fuel injection device via a fuel pipe which connects the fuel tank and the fuel pump, wherein the fuel pump is provided on an outside of the fuel tank and is disposed so as to be overlapped on the main frame when viewed sideways of the motorcycle; characterised in that: the fuel pump is attached to the single main frame in such a manner that an axial line in a direction in which to connect the fuel pipe is aligned along the main frame; and in that an ignition coil for a sparking plug of the internal combustion engine is provided on an opposite side to the fuel supply portion in a vehicle width direction. a single main frame extending rearward from a head pipe; a fuel tank supported on the main frame; an internal combustion engine run on fuel from the fuel tank; a fuel injection device attached to the internal combustion engine; and a fuel supply portion having a fuel pump by which the fuel in the fuel tank is supplied to the fuel injection device via a fuel pipe which connects the fuel tank and the fuel pump, wherein the fuel pump is provided on an outside of the fuel tank and is disposed so as to be overlapped on the main frame when viewed sideways of the motorcycle; characterised in that: the fuel pump is attached to the single main frame in such a manner that an axial line in a direction in which to connect the fuel pipe is aligned along the main frame; and in that an ignition coil for a sparking plug of the internal combustion engine is provided on an opposite side to the fuel supply portion in a vehicle width direction. the fuel pump is attached to the single main frame in such a manner that an axial line in a direction in which to connect the fuel pipe is aligned along the main frame; and in that an ignition coil for a sparking plug of the internal combustion engine is provided on an opposite side to the fuel supply portion in a vehicle width direction.
A conveyor for an inkjet printer, comprising an endless, air permeable belt positioned at least partially over a suction chamber, wherein a belt support structure (80; 180) is provided over the suction chamber, characterized in that the belt support structure (80; 180) comprises a plurality of longitudinal support beams (82; 182) positioned spaced apart from one another and parallel to one another in a transport direction of the belt to define a flat support plane for the belt and spaced apart connection bridges (84; 184) integrally formed with the support beams (82; 182), the connection bridges (84; 184) connecting the support beams (82; 182) to one another, which connection bridges (84; 184) extend perpendicular to the support beams (82; 182) in a lateral direction perpendicular to the transport direction, which connection bridges (84; 184) are positioned remote from the support plane, wherein a width of the respective support beams (82; 182) in the lateral direction is narrow as compared to a width of the connection bridges (84; 184) in the lateral direction.
A reconfigurable modular building system comprising a plurality of containers, the containers being disposed in stacks within a framework structure, the framework structure comprising a series of substantially vertical uprights having a substantially horizontal grid mounted thereon, the grid comprising two substantially perpendicular sets of rails (300a, 300b) on which at least one load handling device is operable, the load handling device comprising a body mounted on wheels, a first set of wheels being arranged to engage with at least two rails of the first set of rails, the second set of wheels being arranged to engage with at least two rails of the second set of rails, the first set of wheels being independently moveable and driveable with respect to the second set of wheels such that when in motion only one set of wheels is engaged with the grid at any one time thereby enabling movement of the load handling device along the rails (300a, 300b) to any point on the grid by driving only the set of wheels engaged with the rails in which the containers comprise an interior structure arranged to have a given function, the interior function being selected from a plurality of available functions, such that a stack may be configured to comprise containers of a number of different functions, the stack being reconfigurable on demand to include containers of alternative functions, the containers being arranged such that each container supports the container immediately above in the stack.
A method for adjusting one or more target hardware settings of a target computing device relative to a reference computing device set to a reference hardware setting, the method comprising: mapping, at the target computing device, a set of target hardware performance parameter values to a set of reference hardware performance parameter values to create a hardware adjustment map, the hardware adjustment map defining a relationship between a reference hardware performance parameter value corresponding to a hardware setting of the reference computing device and a target hardware performance parameter value corresponding to a hardware setting of the target computing device; determining, at the target computing device, the target hardware setting corresponding to the reference hardware setting based on mapped hardware performance parameter values of the hardware adjustment map; and adjusting the target computing device in accordance with the determined target hardware setting. mapping, at the target computing device, a set of target hardware performance parameter values to a set of reference hardware performance parameter values to create a hardware adjustment map, the hardware adjustment map defining a relationship between a reference hardware performance parameter value corresponding to a hardware setting of the reference computing device and a target hardware performance parameter value corresponding to a hardware setting of the target computing device; determining, at the target computing device, the target hardware setting corresponding to the reference hardware setting based on mapped hardware performance parameter values of the hardware adjustment map; and adjusting the target computing device in accordance with the determined target hardware setting.
An analysis device for detecting solid particles in suspension in a lubricant, the analysis device comprising: one or more sensors of ferromagnetic solid particles, one or more other sensors able to detect non-ferromagnetic solid particles, these other sensors being offset in a direction perpendicular to a main direction of flow of the lubricant in relation to the sensors of ferromagnetic solid particles, and one or more magnets arranged so as to attract the ferromagnetic solid particles towards the sensors of ferromagnetic solid particles by drawing them away from the other sensors.