mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a metallic component for high-pressure applications, in particular for fuel injection systems of air-compressing, auto-ignition internal combustion engines, having at least one intersection region, wherein, after a hardening process, the intersection region is reworked by means of at least one electrochemical material removal process and at least one mechanical material removal process, characterized in that a mechanical material removal process is performed before the electrochemical material removal process in the intersection region, and in that the mechanical material removal process is performed such that a boundary layer formed as a result of the hardening is at least regionally at least partially removed, and/or in that a mechanical material removal process is performed after the electrochemical material removal process in the intersection region, and in that a roughness formed as a result of the electrochemical material removal process is at least regionally reduced.
Use of a single compound of formula or a mixture comprising or consisting of two or more compounds of formula wherein for said compound and each compound of formula respectively applies, that none, one or two of the waved lines stand for a double bond and respectively applies that the remaining waved lines stand for single bonds, and X is chosen from -O-, -CH2- und -OCH2-, preferably from -O- and -CH2-, for augmenting of one or more pleasant olfactory impression of one or more pleasant smelling compounds, whereby this compound/these compounds is/are different from compounds of formula.
A fastening assembly including a first component for releasable securement of the first component and to a second component, said assembly including: a nut, having a threaded bore and a shaped outer surface having angularly protruding side walls; a retaining slot, integrally formed within said first component, including: a channel, formed below a contact surface of said first component with said second component having side walls of complementary shape to the side walls of said nut, whereby said nut may slide within said channel whilst rotational movement in the axial direction of said nut is substantially restricted; and an opening to said channel, which is formed in the contact surface of said first component, such that said nut is adapted to be inserted via said opening of said retaining slot and into said channel; and a bolt, having a head and a threaded shaft, which is adapted to engage an orifice of said second component, and be secured to said threaded bore of said nut when installed in said channel of said retaining slot when said second component is positioned against said contact surface of said first component, to thereby fasten said first and second components together. a nut, having a threaded bore and a shaped outer surface having angularly protruding side walls; a retaining slot, integrally formed within said first component, including: a channel, formed below a contact surface of said first component with said second component having side walls of complementary shape to the side walls of said nut, whereby said nut may slide within said channel whilst rotational movement in the axial direction of said nut is substantially restricted; and an opening to said channel, which is formed in the contact surface of said first component, such that said nut is adapted to be inserted via said opening of said retaining slot and into said channel; and a channel, formed below a contact surface of said first component with said second component having side walls of complementary shape to the side walls of said nut, whereby said nut may slide within said channel whilst rotational movement in the axial direction of said nut is substantially restricted; and an opening to said channel, which is formed in the contact surface of said first component, such that said nut is adapted to be inserted via said opening of said retaining slot and into said channel; and a bolt, having a head and a threaded shaft, which is adapted to engage an orifice of said second component, and be secured to said threaded bore of said nut when installed in said channel of said retaining slot when said second component is positioned against said contact surface of said first component, to thereby fasten said first and second components together.
A base station apparatus comprising: a unit configured to inform a mobile station apparatus of a signature not reserved as a dedicated signature in a case of requesting the mobile station apparatus to perform a random access by using a randomly selected signature. a unit configured to inform a mobile station apparatus of a signature not reserved as a dedicated signature in a case of requesting the mobile station apparatus to perform a random access by using a randomly selected signature.
A contact image sensor comprising: - a light source that is adapted to emit light for irradiating a target to be read; - a light guide in which light emitted from the light source and entering an entrance part disposed at one end of the light guide in a main scanning direction propagates, the light guide having a first exit part for emitting the light to the target to be read and a second exit part disposed at the other end of the light guide in the main scanning direction, for emitting light to the outside, characterized in that the contact image sensor further comprises: - a corrective light receiver that is disposed in an area receiving direct light of the light emitted from the second exit part and is adapted to output reference data corresponding to the direct light; - a reading light receiver that is adapted to generate image data representing an image of the target to be read by photoelectrically converting the light emitted from the first exit part and reflected by the target to be read; and - a corrector that is adapted to compare predetermined criterion data with the reference data output from the corrective light receiver and, based on a result of the comparison, perform processing for correcting a bright output indicated by the image data generated by the reading light receiver when the target to be read is white. - a light source that is adapted to emit light for irradiating a target to be read; - a light guide in which light emitted from the light source and entering an entrance part disposed at one end of the light guide in a main scanning direction propagates, the light guide having a first exit part for emitting the light to the target to be read and a second exit part disposed at the other end of the light guide in the main scanning direction, for emitting light to the outside, characterized in that the contact image sensor further comprises: - a corrective light receiver that is disposed in an area receiving direct light of the light emitted from the second exit part and is adapted to output reference data corresponding to the direct light; - a reading light receiver that is adapted to generate image data representing an image of the target to be read by photoelectrically converting the light emitted from the first exit part and reflected by the target to be read; and - a corrector that is adapted to compare predetermined criterion data with the reference data output from the corrective light receiver and, based on a result of the comparison, perform processing for correcting a bright output indicated by the image data generated by the reading light receiver when the target to be read is white.
Lithium composite compound particles comprising a lithium composite compound represented by the following compositional formula 1, which lithium composite compound particles have an ionic strength ratio A (LiO - /NiO 2 -) of not more than 0.3 and an ionic strength ratio B (Li 3 CO 3 + /Ni +) of not more than 20 as measured on a surface of the respective lithium composite compound particles using a time-of-flight secondary ion mass spectrometer: Compositional formula 1: Li 1+x Ni 1-y-z Co y M z O 2 wherein M is at least one element selected from the group consisting of B and Al; and x, y and z satisfy -0.02 ≤ x ≤ 0.02, 0 < y ≤ 0.20 and 0 < z ≤ 0.10, respectively, and wherein the lithium composite compound particles have a powder pH value of not more than 11.0 as measured in a 2% by weight suspension prepared by dispersing the lithium composite compound particles in water.
Swivel joint device with sealed duct comprising at least one external member provided with at least one respective first connection for a pressurized fluid and one internal member provided with at least one respective second connection for the pressurized fluid where the internal member is at least partially internal to the external member; said device further comprises a set of rotation members, having a common rotation axis and interposed between the internal and external members for free rotation around the rotation axis of one of the members (7, 3) with respect to the other (3, 7); said device being characterized in that the internal member has a ring element protruding outwards and peripherally provided with an annular groove facing the at least one internal outlet of the at least one first connection of the external member, the ring element is laterally provided with right and left annulus shoulders and its annular groove is in fluid communication with a set of supply ducts of the internal element which connect such annular groove to the at least one second connection of the internal member; each right or left shoulder of the ring element is in abutment with a first flat side face of a respective middle ring, the second side face of the middle ring is also flat and an external edge thereof is in a sliding abutment with a side flat face of a respective sealing ring kept adherent against the middle ring by an annular thrust element acting against the portion of the sealing ring opposite the side face of the latter which slides against the middle ring.
A magnetic contactor comprising: a frame; a bobbin provided in the frame, and configured to include a hollow part, wherein a coil is wound around an outer surface of the bobbin; a movable core movably inserted into the hollow part in an axial direction; a yoke disposed at the outer surface of the bobbin to be separated from the coil and to face each other, and configured to act as a fixed core; and a manipulating circuit part disposed at the outer surface of the bobbin in parallel with a moving direction of the movable core next to the yoke, characterized in that the manipulating circuit part comprises: a printed circuit board (PCB); an inverting switch provided on the PCB, wherein the inverting switch is switched on or off on the contrary to a contact of a main circuit; and a voltage dropping element provided on the PCB, wherein when the inverting switch is inverted, the voltage dropping element drops an external voltage applied thereto to reduce a voltage applied to a coil, and wherein the PCB is disposed in the side space of the bobbin in parallel with a moving direction of the movable core a switch manipulating part protruding from a connecting part which is provided at an upper portion of the movable core, the inverting switch is provided under the switch manipulating part, such that the movable core is lowered, and the inverting switch is pressed and inverted, when external power is applied to the coil. a frame; a bobbin provided in the frame, and configured to include a hollow part, wherein a coil is wound around an outer surface of the bobbin; a movable core movably inserted into the hollow part in an axial direction; a yoke disposed at the outer surface of the bobbin to be separated from the coil and to face each other, and configured to act as a fixed core; and a manipulating circuit part disposed at the outer surface of the bobbin in parallel with a moving direction of the movable core next to the yoke, a printed circuit board (PCB); an inverting switch provided on the PCB, wherein the inverting switch is switched on or off on the contrary to a contact of a main circuit; and a voltage dropping element provided on the PCB, wherein when the inverting switch is inverted, the voltage dropping element drops an external voltage applied thereto to reduce a voltage applied to a coil, and wherein the PCB is disposed in the side space of the bobbin in parallel with a moving direction of the movable core a switch manipulating part protruding from a connecting part which is provided at an upper portion of the movable core, the inverting switch is provided under the switch manipulating part, such that the movable core is lowered, and the inverting switch is pressed and inverted, when external power is applied to the coil.
An electrochemical battery comprising: a battery module comprising one or more metal air cells that use oxygen in air as a positive electrode active material; an air supply unit configured to supply air to the battery module and to adjust an oxygen concentration in the air supplied to the battery module; and a control unit configured to control an oxygen concentration adjusting operation of the air supply unit; wherein the control unit is configured to control the air supply unit to variably adjust the oxygen concentration in the air supplied to the battery module according to a state of the battery module, or wherein the control unit is configured to maintain the oxygen concentration in air supplied to the battery module at a selected concentration; wherein when the oxygen concentration is less than the selected concentration, the control unit is configured to control the air supply unit to increase the oxygen concentration in the air supplied to the battery module; and when the oxygen concentration is greater than the selected concentration, the control unit is configured to control the air supply unit to decrease the oxygen concentration in the air supplied to the battery module; characterised in that the control unit is configured to control the air supply unit to constantly maintain the oxygen concentration in the air supplied to the battery module in a range of 30 volume percent to 100 volume percent, based on a total content of the air supplied to the battery module. a battery module comprising one or more metal air cells that use oxygen in air as a positive electrode active material; an air supply unit configured to supply air to the battery module and to adjust an oxygen concentration in the air supplied to the battery module; and a control unit configured to control an oxygen concentration adjusting operation of the air supply unit; wherein the control unit is configured to control the air supply unit to variably adjust the oxygen concentration in the air supplied to the battery module according to a state of the battery module, or wherein the control unit is configured to maintain the oxygen concentration in air supplied to the battery module at a selected concentration; wherein when the oxygen concentration is less than the selected concentration, the control unit is configured to control the air supply unit to increase the oxygen concentration in the air supplied to the battery module; and when the oxygen concentration is greater than the selected concentration, the control unit is configured to control the air supply unit to decrease the oxygen concentration in the air supplied to the battery module; characterised in that the control unit is configured to control the air supply unit to constantly maintain the oxygen concentration in the air supplied to the battery module in a range of 30 volume percent to 100 volume percent, based on a total content of the air supplied to the battery module.
A production method of a ski-boot comprising a substantially shoe-shaped, rigid shell adapted to accommodate the foot of the user and comprising: a substantially basin-shaped, rigid casing that accommodates and encloses the foot of the user; a sole arranged to cover a bottom wall of the rigid casing; and a rigid rear insert which is at least partially recessed into a corresponding hollow seat formed in the rear part of the rigid casing, substantially astride the midplane of the boot; the production method of the ski-boot being characterized in that it comprises the steps of: - forming the rigid casing and the hollow seat intended to accommodate said rigid rear insert; - piercing the bottom wall of the rigid casing so as to form a transversal guide hole that extends into the bottom wall obliquely to the wall itself and intersects the area/part of the hollow seat intended to be engaged by the shank of the rigid rear insert; - inserting the rigid rear insert in the hollow seat present in the rigid casing; and finally - inserting an oblong locking member (18, 28) into said transversal guide hole, simultaneously engaging a through hole formed in the shank of the rigid rear insert. - forming the rigid casing and the hollow seat intended to accommodate said rigid rear insert; - piercing the bottom wall of the rigid casing so as to form a transversal guide hole that extends into the bottom wall obliquely to the wall itself and intersects the area/part of the hollow seat intended to be engaged by the shank of the rigid rear insert; - inserting the rigid rear insert in the hollow seat present in the rigid casing; and finally - inserting an oblong locking member (18, 28) into said transversal guide hole, simultaneously engaging a through hole formed in the shank of the rigid rear insert.
Bolt having a threaded shank (16.1) having a terminal face (16.3), a nut screwed onto the threaded shank (16.1) from the terminal face (16.3) and a blocking system preventing the nut from being unscrewed with respect to the threaded shank (16.1) and having a first part that cooperates with the nut so as to immobilize it in translation and/or in rotation, the blocking system comprising a housing, positioned in the threaded shank (16.1), opening at the terminal face (16.3) of the threaded shank (16.1), a passage hole passing through the first part, a second part having a first portion (38.1) that is housed in the housing of the threaded shank (16.1) and a second portion (38.2) that is housed in the passage hole of the first part and having a transverse section configured to immobilize the first part in rotation with respect to the threaded shank (16.1), characterized by a blocking screw having a head (46.2) bearing against the first part and a threaded shank (46.1) passing through the passage hole and screwed into the second part so as to immobilize the first and second parts (30, 38) in translation with respect to one another, the first portion (38.1) of the second part being able to expand and configured to occupy a retracted state in which the first portion (38.1) can slide in the housing and an expanded state in which the second part is immobilized in the housing of the threaded shank (16.1). a housing, positioned in the threaded shank (16.1), opening at the terminal face (16.3) of the threaded shank (16.1), a passage hole passing through the first part, a second part having a first portion (38.1) that is housed in the housing of the threaded shank (16.1) and a second portion (38.2) that is housed in the passage hole of the first part and having a transverse section configured to immobilize the first part in rotation with respect to the threaded shank (16.1), characterized by a blocking screw having a head (46.2) bearing against the first part and a threaded shank (46.1) passing through the passage hole and screwed into the second part so as to immobilize the first and second parts (30, 38) in translation with respect to one another, the first portion (38.1) of the second part being able to expand and configured to occupy a retracted state in which the first portion (38.1) can slide in the housing and an expanded state in which the second part is immobilized in the housing of the threaded shank (16.1).
A method for forming structures upon a substrate, the method comprising: depositing fluid onto a substrate so as to define a wetted region, the fluid containing electrically polarizable nanoparticles; applying an alternating electric field to the fluid on the region, using a first electrode and a second electrode, so that a plurality of the nanoparticles are assembled to form an elongate structure extending from the first electrode towards the second electrode; and removing the fluid such that the elongate structure remains upon the substrate, the method characterized in further comprising, during the step of applying the alternating electric field, increasing the separation between the first and second electrodes by moving the second electrode away from the first electrode so as to further extend the elongate structure towards the second electrode. depositing fluid onto a substrate so as to define a wetted region, the fluid containing electrically polarizable nanoparticles; applying an alternating electric field to the fluid on the region, using a first electrode and a second electrode, so that a plurality of the nanoparticles are assembled to form an elongate structure extending from the first electrode towards the second electrode; and removing the fluid such that the elongate structure remains upon the substrate, the method characterized in further comprising, during the step of applying the alternating electric field, increasing the separation between the first and second electrodes by moving the second electrode away from the first electrode so as to further extend the elongate structure towards the second electrode.
An electronic device comprising: a touch-sensitive display configured to be depressed when a force is exerted on the touch sensitive display, the touch sensitive display including a reflective surface (604, 904) which is on an external surface of the touch sensitive display; and a sensor operable to detect a force exerted on the touch-sensitive display, the sensor comprising an optical device (502, 602) having an optical emitter arranged to emit an optical signal at a first light wavelength for reflection from the external reflective surface of the touch-sensitive device, wherein the distance between the external reflective surface of the touch-sensitive display and the optical device (502, 602) when the touch-sensitive display is in a resting position is substantially equal to a multiple of the first light wavelength, and an optical receiver to receive a reflection of the optical signal reflected off the external reflective surface of the touch-sensitive display when the touch-sensitive display is in a resting position, wherein the sensor is configured to detect a force that results in depression of the touch-sensitive display by detecting with the optical device a change in the reflection of the optical signal when the touch-sensitive display is depressed. a touch-sensitive display configured to be depressed when a force is exerted on the touch sensitive display, the touch sensitive display including a reflective surface (604, 904) which is on an external surface of the touch sensitive display; and a sensor operable to detect a force exerted on the touch-sensitive display, the sensor comprising an optical device (502, 602) having an optical emitter arranged to emit an optical signal at a first light wavelength for reflection from the external reflective surface of the touch-sensitive device, wherein the distance between the external reflective surface of the touch-sensitive display and the optical device (502, 602) when the touch-sensitive display is in a resting position is substantially equal to a multiple of the first light wavelength, and an optical receiver to receive a reflection of the optical signal reflected off the external reflective surface of the touch-sensitive display when the touch-sensitive display is in a resting position, wherein the sensor is configured to detect a force that results in depression of the touch-sensitive display by detecting with the optical device a change in the reflection of the optical signal when the touch-sensitive display is depressed.