mhurhangee/ep-ind-claims huggingface dataset:
Method for mounting a heater cord in a heatsink configured to be installed inside a rung of an electrically-heated towel rail, which heatsink comprises a housing and a shoe, characterized in that said method comprises the steps consisting in: - creating a longitudinal slot in the housing; - shaping the heatsink, which is made of a rigid material such as, for example, steel, aluminium, cast iron, copper or composite material, in such a way that the housing comprises a cradle extended by lateral walls positioned one on each side of the sagittal plane of said heatsink, which lateral walls have free ends defining the longitudinal slot, - creating a reduced-thickness zone at the junction where each lateral wall meets the cradle, which zone forms an articulation or a fold allowing the longitudinal slot to be closed back on itself, - using a flexible heater cord having an electrically double-insulated sheath and inserting it in the housing, insertion being performed from the longitudinal slot; - closing the longitudinal slot back on itself so as to hold the flexible heater cord permanently in position in the housing. - creating a longitudinal slot in the housing; - shaping the heatsink, which is made of a rigid material such as, for example, steel, aluminium, cast iron, copper or composite material, in such a way that the housing comprises a cradle extended by lateral walls positioned one on each side of the sagittal plane of said heatsink, which lateral walls have free ends defining the longitudinal slot, - creating a reduced-thickness zone at the junction where each lateral wall meets the cradle, which zone forms an articulation or a fold allowing the longitudinal slot to be closed back on itself, - using a flexible heater cord having an electrically double-insulated sheath and inserting it in the housing, insertion being performed from the longitudinal slot; - closing the longitudinal slot back on itself so as to hold the flexible heater cord permanently in position in the housing.
A motor assembly comprising a motor unit having a first end and a second end and being couplable adjacent the first end of the motor unit to an external electrical device, the motor unit comprising at least one motor winding extending between the first and second ends and the first end of the motor unit being provided with means for coupling a power source to the motor winding, characterised in that the motor unit comprises an electrical return path extending from the second end to the first end, the electrical return path being in electrical contact at the first end with an electrical connector (18;18') for supplying impressed secondary power to the external electrical device, and the second end of the motor unit is provided with means (9;9';56;56') to electrically couple the motor winding to the electrical return path.
Disc brake for a commercial vehicle, having a brake calliper, which spans a brake disc, is made of cast iron and has a calliper head and a calliper back and two connecting diagonal ties extending parallel to and at a distance from each other, and which is mounted for axial displacement with respect to the brake disc by means of at least one guide bar fixed to a stationary adapter, wherein the guide bar is guided in a sliding bushing held in a manner securing it against displacement in a bearing bore of a bearing receptacle of the brake calliper, characterised in that the bearing receptacle consists of supporting sections, which are arranged at a distance from one another in the axial direction of the guide bar and each of which is directly formed integrally at a housing of the brake calliper which encases a reception chamber for functional components.
A dishwasher comprising: a body provided with a washing tub on which dishware is disposed to be washed; a sump unit provided at a lower side of the body to accommodate wash water, and comprising a first pump configured to pump the accommodated wash water to a spray nozzle; the spray nozzle configured to receive the wash water from the sump unit and spray the wash water to the washing tub; a storage tank provided at a lower side of the body; characterised in that the storage tank is configured to accommodate used wash water which is supplied from the sump unit; a water supply pipe connects the sump unit to the storage tank; and a second pump is connected to the water supply pipe and is configured to pump the wash water accommodated in the storage tank to the sump unit such that the wash water is reused. a body provided with a washing tub on which dishware is disposed to be washed; a sump unit provided at a lower side of the body to accommodate wash water, and comprising a first pump configured to pump the accommodated wash water to a spray nozzle; the spray nozzle configured to receive the wash water from the sump unit and spray the wash water to the washing tub; a storage tank provided at a lower side of the body; characterised in that the storage tank is configured to accommodate used wash water which is supplied from the sump unit; a water supply pipe connects the sump unit to the storage tank; and a second pump is connected to the water supply pipe and is configured to pump the wash water accommodated in the storage tank to the sump unit such that the wash water is reused.
A locking device guard usable with an access panel (804, 1004) of an access box, the locking device guard comprising: a guard door configured to be attached to a latch (808, 1008) of the access panel (804, 1004), the guard door comprising a fluid absorber, wherein the guard door further comprises a door flange disposed at least partially about the fluid absorber; a guard base configured to attach to the access panel (804, 1004) of the access box, the guard base comprising: an aperture configured to: expose a face of an electronic lock disposed within the access panel (804, 1004); and receive the fluid absorber or at least a portion of the guard door; and a flange disposed at least partially about the aperture; and a hinge connecting the guard base and the guard door, the hinge configured to define an open position or a closed position of the guard base relative to the guard door. a guard door configured to be attached to a latch (808, 1008) of the access panel (804, 1004), the guard door comprising a fluid absorber, wherein the guard door further comprises a door flange disposed at least partially about the fluid absorber; a guard base configured to attach to the access panel (804, 1004) of the access box, the guard base comprising: an aperture configured to: expose a face of an electronic lock disposed within the access panel (804, 1004); and receive the fluid absorber or at least a portion of the guard door; and a flange disposed at least partially about the aperture; and an aperture configured to: expose a face of an electronic lock disposed within the access panel (804, 1004); and receive the fluid absorber or at least a portion of the guard door; and expose a face of an electronic lock disposed within the access panel (804, 1004); and receive the fluid absorber or at least a portion of the guard door; and a flange disposed at least partially about the aperture; and a hinge connecting the guard base and the guard door, the hinge configured to define an open position or a closed position of the guard base relative to the guard door.
A current supervisory device comprising: - current sensing means for sensing a current, - a circuit arranged to convert a signal received from said current sensing means into a signal indicative of the sensed current, - storage means for storing a plurality of values of said signal indicative of the sensed current, characterised by - a processing circuit arranged for performing gain control in said circuit, for receiving a subset of said plurality of values stored in said storage means, for detecting or predicting an event based on a function of said subset, said function being selected based on a gain setting in said circuit, and for generating a corresponding event signal, said current supervisory device further comprising an interface circuit arranged to output said corresponding event signal. - current sensing means for sensing a current, - a circuit arranged to convert a signal received from said current sensing means into a signal indicative of the sensed current, - storage means for storing a plurality of values of said signal indicative of the sensed current, characterised by - a processing circuit arranged for performing gain control in said circuit, for receiving a subset of said plurality of values stored in said storage means, for detecting or predicting an event based on a function of said subset, said function being selected based on a gain setting in said circuit, and for generating a corresponding event signal,
A medical imaging system, comprising a magnet unit embodied for magnetic resonance imaging of an examination object and a first radiation unit embodied to irradiate the examination object, - wherein the magnet unit comprises a main magnet and a first housing, wherein the main magnet is arranged inside the first housing and wherein the main magnet comprises coil elements (21.1) and at least one coil carrier (21.2), - wherein the magnet unit defines an examination opening along an examination axis such that the magnet unit surrounds the examination opening, - wherein the magnet unit comprises a first region that is transparent to radiation emitted by the first radiation unit radially to the examination axis, - wherein the first radiation unit is arranged on the side of the magnet unit facing away from the examination opening, - wherein the first radiation unit is embodied to emit radiation through the first region of the magnet unit in the direction of the examination opening, - and wherein the first radiation unit is furthermore embodied to rotate about the examination opening, characterized in that the magnet unit comprises a gradient coil unit, wherein the orientation of the gradient coil unit is fixed relatively to the examination opening, and that the main magnet is embodied to rotate about the examination opening. - wherein the magnet unit comprises a main magnet and a first housing, wherein the main magnet is arranged inside the first housing and wherein the main magnet comprises coil elements (21.1) and at least one coil carrier (21.2), - wherein the magnet unit defines an examination opening along an examination axis such that the magnet unit surrounds the examination opening, - wherein the magnet unit comprises a first region that is transparent to radiation emitted by the first radiation unit radially to the examination axis, - wherein the first radiation unit is arranged on the side of the magnet unit facing away from the examination opening, - wherein the first radiation unit is embodied to emit radiation through the first region of the magnet unit in the direction of the examination opening, - and wherein the first radiation unit is furthermore embodied to rotate about the examination opening, characterized in
Prosthesis for the knee joint comprising a femoral component, a tibial component and an intermediate component, wherein said femoral component comprises a first condylar portion and a second condylar portion, said first condylar portion being placed laterally and said second condylar portion being placed medially with respect to the sagittal plane of the human body, wherein said femoral component is suitable for being constrained to an end of the femoral bone in proximity to the knee joint, wherein said tibial component is suitable for being constrained to an end of the tibial bone in proximity to the knee joint, wherein said intermediate component has a proximal end placed at said femoral component and a distal end placed at said tibial component, wherein said proximal end has a through hole and wherein said distal end has a through hole, said femoral component being suitable to come into contact and to articulate with said tibial component, wherein said intermediate component is placed in use between said femoral component and said tibial component, wherein said tibial component comprises a tibial plateau, said tibial plateau comprising two condylar articular bases (13, 23), corresponding to said condylar portions (12, 22), and an intercondylar protuberance placed between said condylar articular bases (13, 23) and suitable, in use, for being inserted into an intercondylar space of said femoral component, wherein said prosthesis comprises a first hinge and a second hinge adapted to rotatably constrain said femoral component to said tibial component, characterised in that said intercondylar protuberance has an opening or recess extending substantially parallel with respect to the longitudinal axis of the human body, said opening or recess extending inside said tibial component for a certain length, and in that said distal end of said intermediate component, in use, inserts into said opening or recess, so as to have a certain play between said distal end and said opening or recess so as to allow said distal end to move at least in the sagittal direction in said opening or recess.
An Optical Network Unit, ONU, comprising: at least two virtual ONUs being separated from each other, adapted to process a packet based on a respective pre-configured protocol; a user interface unit connected with one or more Customer Premises Equipments, CPEs, via a Digital Subscriber Line, DSL, an Ethernet Line or a Power Line Communication Line, for processing Physical Layer and Data Link Layer of the DSL, the Ethernet Line or the Power Line Communication Line, and for sending a packet from the one or more CPEs to the corresponding virtual ONU; and an Optical Distribution Node interface unit connected with one or more Optical Line Terminals, OLTs, via an Optical Distribution Node, ODN, for sending a packet processed by the virtual ONU to the OLT corresponding to the virtual ONU; characterised in that the user interface unit is provided with port partitions corresponding to the virtual ONUs for separating the virtual ONUs from each other, and each of the virtual ONUs supports a respective port partition. at least two virtual ONUs being separated from each other, adapted to process a packet based on a respective pre-configured protocol; a user interface unit connected with one or more Customer Premises Equipments, CPEs, via a Digital Subscriber Line, DSL, an Ethernet Line or a Power Line Communication Line, for processing Physical Layer and Data Link Layer of the DSL, the Ethernet Line or the Power Line Communication Line, and for sending a packet from the one or more CPEs to the corresponding virtual ONU; and an Optical Distribution Node interface unit connected with one or more Optical Line Terminals, OLTs, via an Optical Distribution Node, ODN, for sending a packet processed by the virtual ONU to the OLT corresponding to the virtual ONU; characterised in that the user interface unit is provided with port partitions corresponding to the virtual ONUs for separating the virtual ONUs from each other, and each of the virtual ONUs supports a respective port partition.
A cylinder head assembly compatible with an engine having a plurality of adjacent cylinders, with a left-end cylinder on a far left side of the engine and a right-end cylinder on a far right side of the engine, the cylinder head assembly comprising: at least one overhead camshaft (36, 40) passing over the left-end cylinder; an end support (33, 35) on the far left of the engine supporting a first end of the at least one camshaft (36, 40); and a cam tower of a left middle cylinder of the plurality of adjacent cylinders for supporting the at least one overhead camshaft (36, 40); wherein a portion of the at least one overhead camshaft (36, 40) extending over the left-end cylinder is supported by the left-end support (33, 35) and the cam tower of the left middle cylinder, thereby providing additional clearance for installation of oversized rocker arm assemblies (100, 1100) on the left-end cylinder, each of the oversized rocker arm assemblies configured to engage a plurality of lobes (324, 326; 1320) of the at least one overhead camshaft. at least one overhead camshaft (36, 40) passing over the left-end cylinder; an end support (33, 35) on the far left of the engine supporting a first end of the at least one camshaft (36, 40); and a cam tower of a left middle cylinder of the plurality of adjacent cylinders for supporting the at least one overhead camshaft (36, 40); wherein a portion of the at least one overhead camshaft (36, 40) extending over the left-end cylinder is supported by the left-end support (33, 35) and the cam tower of the left middle cylinder, thereby providing additional clearance for installation of oversized rocker arm assemblies (100, 1100) on the left-end cylinder, each of the oversized rocker arm assemblies configured to engage a plurality of lobes (324, 326; 1320) of the at least one overhead camshaft.
A scanning multi-beam sensor, in particular a scanning light grid, for detecting objects (28a-c) in a monitored zone by means of a plurality of monitoring beams (30a-c) that has at least a light source for generating transmitted light, a light guide structure for splitting the transmitted light over a plurality of light transmitters for transmitting transmitted light beams (26a-c), a plurality of light receivers for receiving the transmitted light reflected from the objects as a monitored beam (30a-c) in each case, and a control and evaluation unit that detects the objects (28a-c) using respective received signals of the light receivers, wherein the light guide structure has a light guide input for coupling the transmitted light, a plurality of light guide outputs for decoupling the transmitted light, and a plurality of light guide branches for guiding the transmitted light from the light guide input to the light guide outputs, wherein optical path lengths from the light guide input to each of the light guide outputs are identical, characterized in that the light transmitters (22, 24a-c) and/or the light receivers are spaced apart from one another by at least one millimeter.
A screw compressor having at least one screw rotor (20, 22) which is arranged such that it can be rotated about an axis of rotation arranged in the axial direction, wherein the at least one screw rotor (20, 22) is arranged in a compression space, which is designed to be at least in sections fluid-tight in the direction of the surroundings and opens out into a high-pressure volume, wherein the compressor also has a Vi slide for influencing an internal volume ratio of the compressor, wherein the Vi slide forms, at least in part, a portion of the fluid-tight boundary of the compression space and is arranged such that it can be displaced in position in the axial direction, characterized in that the Vi slide can be displaced in a stepless manner and the compressor has a device for sensing the slide position.
A nicotine chewing gum comprising, i. a gum core comprising nicotine, ii. at least one film coating outside the gum core comprising at least two buffers, at least one sweetener, at least one flavor, and at least one film forming polymer or at least two film coatings outside the gum core, wherein one film coating comprises at least two buffers and at least one film forming polymer and another film coating comprises at least one sweetener, at least one flavor, and at least one film forming polymer iii. at least one polyol-based hard coating outside the at least one film coating, wherein the polyol-based hard coating comprises at least one sugar alcohol or mixtures of sugar alcohols, iv. at least one portion/layer fused onto the outside of the polyol-based hard coating, wherein the at least one portion/layer comprises nicotine salt, and at least one sugar alcohol or a mixture of sugar alcohols and wherein the nicotine release from the outer portion/layer (iv) is immediate and the nicotine release from the gum core (i) is extended and wherein the buffers (ii) in the film coating outside the gum core promote a rapid uptake of nicotine from (iv) through the oral mucosa. i. a gum core comprising nicotine, ii. at least one film coating outside the gum core comprising at least two buffers, at least one sweetener, at least one flavor, and at least one film forming polymer or at least two film coatings outside the gum core, wherein one film coating comprises at least two buffers and at least one film forming polymer and another film coating comprises at least one sweetener, at least one flavor, and at least one film forming polymer iii. at least one polyol-based hard coating outside the at least one film coating, wherein the polyol-based hard coating comprises at least one sugar alcohol or mixtures of sugar alcohols, iv. at least one portion/layer fused onto the outside of the polyol-based hard coating, wherein the at least one portion/layer comprises nicotine salt, and at least one sugar alcohol or a mixture of sugar alcohols and wherein the nicotine release from the outer portion/layer (iv) is immediate and the nicotine release from the gum core (i) is extended and wherein the buffers (ii) in the film coating outside the gum core promote a rapid uptake of nicotine from (iv) through the oral mucosa. wherein the at least one portion/layer comprises nicotine salt, and at least one sugar alcohol or a mixture of sugar alcohols and wherein the nicotine release from the outer portion/layer (iv) is immediate and the nicotine release from the gum core (i) is extended and wherein the buffers (ii) in the film coating outside the gum core promote a rapid uptake of nicotine from (iv) through the oral mucosa.
A negative electrode plate, comprising a negative electrode current collector and a lithium-metal negative electrode disposed on at least one surface of the negative electrode current collector, wherein a polymer protective film is disposed on a surface of the lithium-metal negative electrode away from the negative electrode current collector, the polymer protective film comprises a citric acid copolymer, and a number-average molecular weight Mn of the citric acid copolymer is 10,000 to 1,000,000.
A multithreaded single instruction multiple data (SIMD) microprocessor configured to execute a program divided into discrete phases of programming instructions by phase instructions, the phase instructions being provided at points in the program where the resource requirements of the program change, and configured such that a plurality of data instances can be processed by a single thread of programming instructions, comprising: a scheduler for scheduling phases of the program to be executed on the processor wherein said phase instructions allow said scheduler to schedule each phase of the program separately; and a plurality of resources (110, 120, 130, 140) for executing a phase of programming instructions in the form of one or more threads issued by the scheduler; wherein the scheduler is configured during scheduling of each phase of the program subsequent to a first phase to determine a number of threads and a number of data instances to be allocated to each of said determined number of threads for that phase of the program based on the maximum number of data instances allowed per thread and on a result of a preceding phase of the program. a scheduler for scheduling phases of the program to be executed on the processor wherein said phase instructions allow said scheduler to schedule each phase of the program separately; and a plurality of resources (110, 120, 130, 140) for executing a phase of programming instructions in the form of one or more threads issued by the scheduler; wherein the scheduler is configured during scheduling of each phase of the program subsequent to a first phase to determine a number of threads and a number of data instances to be allocated to each of said determined number of threads for that phase of the program based on the maximum number of data instances allowed per thread and on a result of a preceding phase of the program.