mhurhangee/ep-ind-claims huggingface dataset:
Striking mechanism body of a hand-held machine tool, comprising a lateral surface (14.1, 24.1, 34.1, 44.1) and an impact surface (12.1, 13.1, 22.1, 23.1, 32.1, 42.1, 43.1) by means of which an impulse can be transmitted to an impulse-receiving part, wherein - at least one first striking mechanism body portion (12, 13, 14, 22, 23, 24, 32, 42, 43), having the impact surface and/or the lateral surface, is formed from a first material and a second striking mechanism body portion (15, 25.1, 25.2, 35, 44) is formed from a second material, and wherein - the first material is configured to be more resistant, with respect to at least one material quality, than the second material, characterised in that the striking mechanism body is formed as a unitary steel body (11, 21, 31, 41), the first material and the second material being materially the same and the first material of the first striking mechanism body portion (12, 13, 14, 22, 23, 24) having a different heat treatment than the second material of the second striking mechanism body portion (15, 25.1, 25.2). - at least one first striking mechanism body portion (12, 13, 14, 22, 23, 24, 32, 42, 43), having the impact surface and/or the lateral surface, is formed from a first material and a second striking mechanism body portion (15, 25.1, 25.2, 35, 44) is formed from a second material, and wherein - the first material is configured to be more resistant, with respect to at least one material quality, than the second material,
An apparatus for optical detection of position of objects within a volume, comprising: a structured light source for shining a structured light pattern into the volume; a digital detector having a plurality of detection pixels (20A-C;58) configured to receive the structured light pattern reflected from the objects in the volume having a distribution over neighbouring pixels of the plurality of detection pixels (20A-C;58) with a peak and a surrounding structure (26,28), wherein brightness levels are discernible only at individual detection pixels (20A-C;58); and an electronic processor coupled to the digital detector configured to assess the distribution having the peak and the surrounding structure (26,28) among the neighbouring pixels, wherein the electronic processor is further configured to infer a location of the peak within a region within a pixel of the neighbouring pixels (20A-C;58), the region being smaller than a size of the pixel, characterised in that the electronic processor is configured to detect movement of the objects within the volume based on changes in brightness levels at the neighbouring pixels, and in that the electronic processor is configured to infer the location of the peak by mapping combinations of levels of brightness on the neighbouring pixels to one of a plurality of detection zones on one of the detection pixels (20A-C;58), each detection pixel (20A-C;58) being dividable into a plurality of detection zones (20A-C;58) whose size is dictated by used combinations of resolvable brightness levels at the individual detection pixels (20A-C;58). a structured light source for shining a structured light pattern into the volume; a digital detector having a plurality of detection pixels (20A-C;58) configured to receive the structured light pattern reflected from the objects in the volume having a distribution over neighbouring pixels of the plurality of detection pixels (20A-C;58) with a peak and a surrounding structure (26,28), wherein brightness levels are discernible only at individual detection pixels (20A-C;58); and an electronic processor coupled to the digital detector configured to assess the distribution having the peak and the surrounding structure (26,28) among the neighbouring pixels, wherein the electronic processor is further configured to infer a location of the peak within a region within a pixel of the neighbouring pixels (20A-C;58), the region being smaller than a size of the pixel, characterised in that the electronic processor is configured to detect movement of the objects within the volume based on changes in brightness levels at the neighbouring pixels, and in that the electronic processor is configured to infer the location of the peak by mapping combinations of levels of brightness on the neighbouring pixels to one of a plurality of detection zones on one of the detection pixels (20A-C;58), each detection pixel (20A-C;58) being dividable into a plurality of detection zones (20A-C;58) whose size is dictated by used combinations of resolvable brightness levels at the individual detection pixels (20A-C;58).
A memory module (120; 230), comprising: non-volatile memory cells (130; 240); a cryptographic engine (140; 250) comprising a hardware processor; and an interface (150; 270) to detect an operational state transition of a system (100; 200) to which the memory module (120; 230) is coupled or is part of; wherein the memory module (120; 230) is operable to store in the nonvolatile memory cells (130; 240) data received by the memory module (120; 230) during a first operational state of the system (100; 200) in which the memory module (120; 230) is powered by a first power supply, and wherein the cryptographic engine (140; 250) is configured to encrypt at least a portion of the data stored in the non-volatile memory cells (130; 240) in response to the operational state transition being from the first operational state to a different second operational state, wherein during the second operational state power of the first power supply is removed from the memory module (120; 230) and the cryptographic engine (140; 250), and wherein the cryptographic engine (140; 250) is configured to encrypt the at least a portion of the data that is stored in the non-volatile memory cells (130; 240) while the cryptographic engine (140; 250) is powered by a secondary power supply. non-volatile memory cells (130; 240); a cryptographic engine (140; 250) comprising a hardware processor; and an interface (150; 270) to detect an operational state transition of a system (100; 200) to which the memory module (120; 230) is coupled or is part of; wherein the memory module (120; 230) is operable to store in the nonvolatile memory cells (130; 240) data received by the memory module (120; 230) during a first operational state of the system (100; 200) in which the memory module (120; 230) is powered by a first power supply, and
An outdoor light assembly for mounting against an upright support, the outdoor light assembly comprising: - a light fitting comprising a rear wall configured to be mounted against the upright support, a bottom wall and a top wall, the bottom wall being provided with a light emission opening allowing light generated by a light source to pass therethrough, the top wall being provided with at least one threaded opening; and - a cover fixed on the light fitting and comprising a top wall, a bottom wall and a side wall, the top wall comprising at least one opening aligned with said at least one threaded opening and the bottom wall comprising a further light emission opening aligned with the light emission opening, characterized in that the outdoor light assembly further comprises: - at least one fastening member which comprises a threaded shaft disposed in said at least one threaded opening in the light fitting, a head disposed in said at least one opening in the cover, and a collar interposed between the head and the threaded shaft, the collar engaging an inner side of the top wall of the cover; and - mutually cooperating securing means between the light fitting and the cover. - a light fitting comprising a rear wall configured to be mounted against the upright support, a bottom wall and a top wall, the bottom wall being provided with a light emission opening allowing light generated by a light source to pass therethrough, the top wall being provided with at least one threaded opening; and - a cover fixed on the light fitting and comprising a top wall, a bottom wall and a side wall, the top wall comprising at least one opening aligned with said at least one threaded opening and the bottom wall comprising a further light emission opening aligned with the light emission opening, - at least one fastening member which comprises a threaded shaft disposed in said at least one threaded opening in the light fitting, a head disposed in said at least one opening in the cover, and a collar interposed between the head and the threaded shaft, the collar engaging an inner side of the top wall of the cover; and - mutually cooperating securing means between the light fitting and the cover.
An operating method for an electric energy production, provision and consumption system of a motor vehicle, comprising a fuel cell system with at least one hydrogen-(air)-oxygen fuel cell, an accumulator and an electric motor acting, more especially, as a vehicle drive motor, which are electrically coupled with the interposition of switching elements (SE1, SE2) in such a way that the fuel cell system can supply both the electric motor and the accumulator with electric energy and the accumulator can supply the electric motor with electric energy, wherein, with a system configuration of this type, the accumulator can be substantially completely charged both by the fuel cell system alone and by the electric motor alone, which is operated as a generator, without carrying out an electric voltage conversion and consequently without providing an electric voltage convertor, depending on the electric voltage level provided by the fuel cell system and the electric voltage level provided by the accumulator and on the electric power required by the electric vehicle drive motor, a first switching element in the electric connection between the fuel cell system and a nodal point electrically connected to the accumulator and the electric motor as well as a second switching element in the connection between the accumulator and said nodal point are opened and closed as required, i.e. brought into a position allowing no passage of current or allowing a passage of current, and wherein the electric power requirement of the electric motor is primarily satisfied from the fuel cell system and alternatively additionally from the accumulator, characterised in that when the electric power provided by the fuel cell system exceeds the electric power required by the electric motor, as detectable with the aid of the voltage level thereof, the excess power of the fuel cell system being produced from the difference of the supply and demand is fed to the accumulator for as long as the maximum permissible charging current of the accumulator is not exceeded and the accumulator still has a residual storage capacity at least at the level of the kinetic energy of the motor vehicle that can be fed to the accumulator in the current driving state of the vehicle by recuperation by means of the electric motor operated as a generator.
A bicycle sprocket assembly comprising a sprocket element (S 1) having a plurality of teeth disposed on an outer periphery about a center rotation axis and at least one first attachment element (24,34); and a chain protector including a protecting portion and an attachment portion disposed radially inwardly of the protecting portion, the attachment portion has at least one second attachment element that mates with the first attachment element (24, 34) in response to relative rotational movement between the sprocket element (S 1) and the chain protector, characterized by said second attachment element including a slot to receive said first attachment element in a snap-fit type connection.
A device (10, 30, 40, 50, 50', 60, 100) for reducing agent penetration at an insertion site comprising: a conduit having a bore and an outer conduit surface; a vacuum or hydrodynamic draw source; and a sleeve (12, 12a) in fluid communication with the bore or the outer conduit surface of said conduit, characterized in that said sleeve (12, 12a) is formed of materials characterized by a pore matrix in fluid communication with the vacuum or hydrodynamic draw source through which vacuum or hydrodynamic draw may be achieved said sleeve having an open proximal end and an open distal end; wherein the device is configured for being percutaneous through epidermis, dermis, and subcutaneous layers of a subject when used in combination with a medical appliance; and wherein said sleeve (12, 12a) is arranged for surrounding said medical appliance for providing fluid communication between the medical appliance with a subject vein through said sleeve (12, 12a). a conduit having a bore and an outer conduit surface; a vacuum or hydrodynamic draw source; and a sleeve (12, 12a) in fluid communication with the bore or the outer conduit surface of said conduit, characterized in that said sleeve (12, 12a) is formed of materials characterized by a pore matrix in fluid communication with the vacuum or hydrodynamic draw source through which vacuum or hydrodynamic draw may be achieved said sleeve having an open proximal end and an open distal end; wherein the device is configured for being percutaneous through epidermis, dermis, and subcutaneous layers of a subject when used in combination with a medical appliance; and wherein said sleeve (12, 12a) is arranged for surrounding said medical appliance for providing fluid communication between the medical appliance with a subject vein through said sleeve (12, 12a).
A method of manufacturing a three-dimensional semiconductor device, comprising: forming an interlayer insulating layer on a silicon substrate on which silicon substrate a first electronic device is formed; forming a highly oriented AIN film oriented in a specific direction on the first interlayer insulating layer; forming a highly oriented Al 2 O 3 layer on an upper surface of the highly oriented AIN film by oxidizing only the upper surface of the highly oriented AIN film; growing a highly oriented silicon film on the highly oriented Al 2 O 3 layer; and forming a second electronic device on the highly oriented silicon film. forming an interlayer insulating layer on a silicon substrate on which silicon substrate a first electronic device is formed; forming a highly oriented AIN film oriented in a specific direction on the first interlayer insulating layer; forming a highly oriented Al 2 O 3 layer on an upper surface of the highly oriented AIN film by oxidizing only the upper surface of the highly oriented AIN film; growing a highly oriented silicon film on the highly oriented Al 2 O 3 layer; and forming a highly oriented AIN film oriented in a specific direction on the first interlayer insulating layer; forming a highly oriented Al 2 O 3 layer on an upper surface of the highly oriented AIN film by oxidizing only the upper surface of the highly oriented AIN film; growing a highly oriented silicon film on the highly oriented Al 2 O 3 layer; and forming a second electronic device on the highly oriented silicon film.
An apparatus for moulding plastic preforms into plastic containers, comprising a clean room having at least one blow station comprising a blow mould for shaping the plastic preforms by means of at least one process pressure (89, 91, 92), and comprising a venting device for venting the process pressure (89, 91, 92) or a process pressure reduced to a recovery pressure into the atmosphere, wherein the venting device comprises at least one venting valve, by means of which the process pressure (89, 91, 92) or the recovery pressure can be vented into the atmosphere via a sound absorber, and comprising a pressure drop safety device for closing the venting valve before the atmospheric pressure level is reached provided on the venting device, wherein the venting valve is already closed during a venting operation before the atmospheric pressure level is reached, whereby contamination can be excluded.
A device comprising: a substrate having a first side and a second side; a first set of touch-sensing electrodes disposed on the first side of the substrate; a second set of touch-sensing electrodes disposed on the second side of the substrate and arranged with the first set of touch-sensing electrodes to detect the touch and determine the location of the touch; a display including a ground shield spaced from the second set of touch-sensing electrodes, wherein the ground shield and the second set of touch-sensing electrodes are arranged to determine a value related to a force imparted on the device based on the location of the touch and a change in capacitance between the second set of touch-sensing electrodes and the ground shield when the force imparted on the device causes the substrate to bend and the distance between the second set of touch-sensing electrodes and the ground shield changes; the substrate being supported at sides thereof by a rigid support such that the ground shield is spaced from the second set of touch-sensing electrodes by an air gap; the value related to a force being identified utilizing a table including force values and associated capacitance values for various touch locations. a substrate having a first side and a second side; a first set of touch-sensing electrodes disposed on the first side of the substrate; a second set of touch-sensing electrodes disposed on the second side of the substrate and arranged with the first set of touch-sensing electrodes to detect the touch and determine the location of the touch; a display including a ground shield spaced from the second set of touch-sensing electrodes, wherein the ground shield and the second set of touch-sensing electrodes are arranged to determine a value related to a force imparted on the device based on the location of the touch and a change in capacitance between the second set of touch-sensing electrodes and the ground shield when the force imparted on the device causes the substrate to bend and the distance between the second set of touch-sensing electrodes and the ground shield changes; the substrate being supported at sides thereof by a rigid support such that the ground shield is spaced from the second set of touch-sensing electrodes by an air gap; the value related to a force being identified utilizing a table including force values and associated capacitance values for various touch locations.
A spoken language understanding, SLU, system, comprising a processor adapted to perform the steps of: receiving a sequence of words corresponding to one or more spoken utterances of a user; passing the sequence of words through a spoken language understanding module to produce a sequence of intentions; passing the sequence of words through a first subnetwork of a multi-scale recurrent neural network, MSRNN; passing the sequence of intentions through a second subnetwork of the multi-scale recurrent neural network, MSRNN; combining outputs of the first subnetwork and the second subnetwork to predict a goal of the user. receiving a sequence of words corresponding to one or more spoken utterances of a user; passing the sequence of words through a spoken language understanding module to produce a sequence of intentions; passing the sequence of words through a first subnetwork of a multi-scale recurrent neural network, MSRNN; passing the sequence of intentions through a second subnetwork of the multi-scale recurrent neural network, MSRNN; combining outputs of the first subnetwork and the second subnetwork to predict a goal of the user.
An electromagnetic navigation system for use with a navigated instrument to perform microscopic surgery on a patient, the system comprising at least: a. a surgical microscope; b. an electromagnetic measurement system comprising a field generator, wherein the field generator is fixed or adjustably connected to the surgical microscope; c. a shielding between the surgical microscope and the field generator, fixed to the surgical microscope and/or the field generator; d. at least one sensor element with sensor coils for measuring the pose of the navigated instruments and/or the patient; and e. a disturbance correction module for compensating effects of disturbances of the electromagnetic field caused by the surgical microscope and/or the shielding. a. a surgical microscope; b. an electromagnetic measurement system comprising a field generator, wherein the field generator is fixed or adjustably connected to the surgical microscope; c. a shielding between the surgical microscope and the field generator, fixed to the surgical microscope and/or the field generator; d. at least one sensor element with sensor coils for measuring the pose of the navigated instruments and/or the patient; and e. a disturbance correction module for compensating effects of disturbances of the electromagnetic field caused by the surgical microscope and/or the shielding.
A storage system comprising: - a storage for holding leftovers of boards and/or rips and/or rips which are not immediately cut in sequence with the others in order to be cut with upcoming ones and which need to be stored; - a tracking system for registering a manual addition to the storage and a manual removal from the storage of at least one of the boards and/or rips and for registering the location in the storage of the addition or the removal, said tracking system comprising identifiers for identifying the boards or rips, said identifiers being placed on the locations and on the boards and/or rips for retrieving their allocation in the storage, characterized in that the system further comprises an authorization system comprising a visual, textual and/or audible signal to notify a user that it is allowed or not allowed to remove at least one certain board and/or rip from the storage or add at least one certain board or rip to the storage at a certain location. - a storage for holding leftovers of boards and/or rips and/or rips which are not immediately cut in sequence with the others in order to be cut with upcoming ones and which need to be stored; - a tracking system for registering a manual addition to the storage and a manual removal from the storage of at least one of the boards and/or rips and for registering the location in the storage of the addition or the removal, said tracking system comprising identifiers for identifying the boards or rips, said identifiers being placed on the locations and on the boards and/or rips for retrieving their allocation in the storage,
A setter for a roller hearth kiln, comprising a substantially quadrate planar body, and a protrusion formed upward at edges of the planar body, wherein four sides define an outline of the substantially quadrate planar body in plan view, characterized in that each of the four sides has a central straight part and tapered parts at both ends of the straight part, the tapered parts being tapered inwards toward respective corners.