mhurhangee/ep-ind-claims huggingface dataset:
Production system for producing workpieces from sheet metal, in particular, by reshaping, comprising a bending machine with a stationary machine frame, a bottom clamping bar with at least one bottom clamping jaw held on it, as well as a top clamping bar with at least one top clamping jaw held on it, wherein one of the clamping bars (13, 16) is adjustable with relation to the machine frame in order to hold the workpiece to be produced between the two clamping jaws (5, 6) clamped, and the at least one bottom clamping jaw comprises a bottom clamping surface on its end region facing the top clamping jaw and the at least one top clamping jaw comprises a top clamping surface on its end region facing the bottom clamping jaw, wherein both clamping surfaces (30, 31) define a workpiece supporting plane for the workpiece to be produced in the case of a position abutting each other, as well as a bending unit, a supporting table, which, with its contact surface, defines a supporting plane for the sheet metal or the workpiece to be produced, and manipulation apparatus with at least one manipulator with at least one first holding element for the manipulation of the sheet metal or the workpiece to be produced, characterized in that the manipulation apparatus furthermore comprises at least one plate-shaped second manipulator, which second manipulator forms a supporting surface on its side facing the workpiece to be produced, and in or on which supporting surface at least one second holding element is arranged or formed, and that, in one of the clamping jaws (5, 6), at least one recess is arranged in its clamping surface (30, 31), which recess is designed to extend starting from the clamping surface (30, 31) across a height in a vertical direction with reference to the clamping surface (30, 31) deepened into the clamping jaws (5, 6), as well as in the direction of a bending region, and that the plate-shaped second manipulator has a thickness in a vertical direction with reference to the clamping surface (30, 31), which corresponds to the height of the recess as a maximum and is at least partially received in the at least one recess for the manipulation of the sheet metal or the workpiece to be produced.
A power toothbrush having a back-and-forth sweeping-type driving motion produced by a drive assembly, wherein the toothbrush includes a brushhead and a handle portion, and wherein the brushhead comprises: a neck portion configured for attachment to an extending driveshaft portion of the drive assembly; and a bristle base member positioned at a distal end of the neck portion, the bristle base member including two paddle members (36, 54) being connected at their proximal ends to the distal end of the neck portion, wherein opposing free ends of the paddle members (36, 54) are free to move, and wherein, in operation, the free ends of the two paddle members (36, 54) move in and out, in alternating motion, toward and away from the teeth in response to the driving motion of the drive assembly, wherein the sweeping action covers 5-20° and wherein the in-and-out motion is for 0.5 mm-5 mm.
An apparatus for transmitting vibrations to facilitate sound transmission in a patient, comprising: a first housing that is configured to engage at least a first tooth of a user by an interference fit, such that the first housing is configured to securely grab onto the first tooth; and a first transducer disposed within or upon the first housing and in vibratory communication with a surface of at least the first tooth; characterized in that the apparatus further comprises: a first microphone disposed within or upon the first housing and adapted to receive an audio signal; and a first processor disposed within or upon the first housing and in electrical communication with the first transducer and in electrical or wireless communication with the first microphone, wherein the first processor is configured to process the audio signal received by the first microphone and transmit the processed audio signal to the first transducer. a first housing that is configured to engage at least a first tooth of a user by an interference fit, such that the first housing is configured to securely grab onto the first tooth; and a first transducer disposed within or upon the first housing and in vibratory communication with a surface of at least the first tooth; characterized in that the apparatus further comprises: a first microphone disposed within or upon the first housing and adapted to receive an audio signal; and a first processor disposed within or upon the first housing and in electrical communication with the first transducer and in electrical or wireless communication with the first microphone, wherein the first processor is configured to process the audio signal received by the first microphone and transmit the processed audio signal to the first transducer. a first microphone disposed within or upon the first housing and adapted to receive an audio signal; and a first processor disposed within or upon the first housing and in electrical communication with the first transducer and in electrical or wireless communication with the first microphone, wherein the first processor is configured to process the audio signal received by the first microphone and transmit the processed audio signal to the first transducer.
A stent device delivery system, comprising: a stent device; and an outer sheath (2, 36, 52) overlaying the stent device in a radially compact, delivery configuration of the stent device, wherein: the outer sheath is retractable relative to the stent device to allow radial expansion of the stent device to a deployed configuration; and the outer sheath comprises a first layer (10, 39, 69) and a reinforcement layer (9, 29, 59) that are laminated together, characterised in that a portion of a pull member (7, 27, 57) is attached to the outer sheath by capturing the portion radially between the first and reinforcement layers of the outer sheath. a stent device; and an outer sheath (2, 36, 52) overlaying the stent device in a radially compact, delivery configuration of the stent device, wherein: the outer sheath is retractable relative to the stent device to allow radial expansion of the stent device to a deployed configuration; and the outer sheath comprises a first layer (10, 39, 69) and a reinforcement layer (9, 29, 59) that are laminated together, characterised in that a portion of a pull member (7, 27, 57) is attached to the outer sheath by capturing the portion radially between the first and reinforcement layers of the outer sheath. the outer sheath is retractable relative to the stent device to allow radial expansion of the stent device to a deployed configuration; and the outer sheath comprises a first layer (10, 39, 69) and a reinforcement layer (9, 29, 59) that are laminated together, characterised in that a portion of a pull member (7, 27, 57) is attached to the outer sheath by capturing the portion radially between the first and reinforcement layers of the outer sheath.
A serving cell scheduling method, performed by a terminal device, wherein the method comprises: receiving first configuration information sent by a network device, wherein the first configuration information is used to indicate that a first serving cell supports simultaneous execution of self-scheduling and cross component carrier scheduling; and determining, according to the first configuration information, a first scheduling resource for performing self-scheduling on the first serving cell and a second scheduling resource for performing cross component carrier scheduling on the first serving cell, wherein the first scheduling resource and the second scheduling resource respectively comprise corresponding search spaces or candidate physical downlink control channels, PDCCHs; characterized in that the method further comprises: receiving second configuration information that corresponds to a second serving cell and that is sent by the network device, wherein the second serving cell is used to schedule the first serving cell; wherein the determining, according to the first configuration information, the second scheduling resource for performing cross component carrier scheduling on the first serving cell comprises: determining the second scheduling resource according to the first configuration information and the second configuration information. receiving first configuration information sent by a network device, wherein the first configuration information is used to indicate that a first serving cell supports simultaneous execution of self-scheduling and cross component carrier scheduling; and determining, according to the first configuration information, a first scheduling resource for performing self-scheduling on the first serving cell and a second scheduling resource for performing cross component carrier scheduling on the first serving cell, wherein the first scheduling resource and the second scheduling resource respectively comprise corresponding search spaces or candidate physical downlink control channels, PDCCHs; characterized in that the method further comprises: receiving second configuration information that corresponds to a second serving cell and that is sent by the network device, wherein the second serving cell is used to schedule the first serving cell; wherein the determining, according to the first configuration information, the second scheduling resource for performing cross component carrier scheduling on the first serving cell comprises: determining the second scheduling resource according to the first configuration information and the second configuration information. receiving second configuration information that corresponds to a second serving cell and that is sent by the network device, wherein the second serving cell is used to schedule the first serving cell; wherein the determining, according to the first configuration information, the second scheduling resource for performing cross component carrier scheduling on the first serving cell comprises: determining the second scheduling resource according to the first configuration information and the second configuration information.
An electrically driven scroll compressor comprising: a compression mechanism accommodation housing member for accommodating a compression mechanism that is a combination of a fixed scroll and an orbiting scroll; a motor accommodation housing member for accommodating an electric motor for driving the compression mechanism; and an inverter accommodation housing member for accommodating an inverter device for driving and controlling the electric motor, wherein the motor accommodation housing member includes a cylindrical motor fixing part to which a stator of the electric motor is fixed by close-fitting, an end plate having an orbiting scroll side end surface that is a support surface for the orbiting scroll, and a low rigidity part for making connection between the motor fixing part and the end plate and wherein the low rigidity part has rigidity lower than in the motor fixing part and the end plate and characterized in that the low rigidity part has a constriction part formed by recessing a part between the motor fixing part and the end plate of the motor accommodation housing member radially inward. a compression mechanism accommodation housing member for accommodating a compression mechanism that is a combination of a fixed scroll and an orbiting scroll; a motor accommodation housing member for accommodating an electric motor for driving the compression mechanism; and an inverter accommodation housing member for accommodating an inverter device for driving and controlling the electric motor, wherein the motor accommodation housing member includes a cylindrical motor fixing part to which a stator of the electric motor is fixed by close-fitting, an end plate having an orbiting scroll side end surface that is a support surface for the orbiting scroll, and a low rigidity part for making connection between the motor fixing part and the end plate and wherein the low rigidity part has rigidity lower than in the motor fixing part and the end plate and characterized in that the low rigidity part has a constriction part formed by recessing a part between the motor fixing part and the end plate of the motor accommodation housing member radially inward.
A heat-pump hot water supply and air-conditioning apparatus comprising a refrigerant circuit including a compressor, a four-way switching valve, a heat-source-side air heat exchanger, one or two electronic expansion valves (16, 17), and a refrigerant/water heat exchanger, in which water is heated using refrigerant at the refrigerant/water heat exchanger to produce hot water, and when frosting occurs at the heat-source-side air heat exchanger, the refrigerant circuit is switched to a cooling cycle by using the four-way switching valve, whereby a defrosting operation is performed, wherein a bypass circuit having an electromagnetic valve that is controlled to open or close during the defrosting operation is connected in parallel to at least one of the electronic expansion valves (16, 17),and wherein the electromagnetic valve in the bypass circuit is opened when defrosting operation conditions are satisfied, and is closed when the operating frequency of the compressor becomes greater than or equal to a preset frequency and a low pressure becomes greater than or equal to a preset pressure, or an intake degree of superheating becomes less than or equal to a preset value during the defrosting operation.
A gas turbine premix injector (200, 500) comprising: a mixing duct (214, 514, 534); a plurality of air inlet slots (216, 516, 536) leading to said mixing duct; a plurality of gaseous fuel inlet apertures (222, 522, 542) leading to said mixing duct; a plurality of members positioned in said mixing duct (214, 514, 534) downstream from said plurality of air inlet slots (216, 516, 536) for dividing fluid flow within said mixing duct; and a plurality of liquid fuel inlet apertures (224, 524, 544) leading to said mixing duct; and characterized in that said air inlet slots (216, 516, 536) are formed in a first surface of said mixing duct (214, 514, 534), said gaseous fuel inlet apertures (222, 522, 542) are formed in a second surface of said mixing duct opposite said first surface, said first surface and said second surface forming an annular space defined between walls having the first surface and second surface downstream of the plurality of air inlet slots (216, 516, 536). a mixing duct (214, 514, 534); a plurality of air inlet slots (216, 516, 536) leading to said mixing duct; a plurality of gaseous fuel inlet apertures (222, 522, 542) leading to said mixing duct; a plurality of members positioned in said mixing duct (214, 514, 534) downstream from said plurality of air inlet slots (216, 516, 536) for dividing fluid flow within said mixing duct; and a plurality of liquid fuel inlet apertures (224, 524, 544) leading to said mixing duct; and
A magnetic resonance device "MRD", comprising an open bore and an aperture and having a fringing magnetic field (B F/L) outside said aperture which decreases with increasing distance from said aperture, characterized by further comprising a magnetic shielding for avoiding penetration of metal objects attracted by said fringing magnetic field through said aperture towards said open bore; said magnetic shielding being located outside said open bore; wherein said magnetic shielding comprises at least one magnet; and wherein the magnetic strength (B MSM, 101) of said magnetic shielding is much higher than the strength of said fringing magnetic field (B F/L) at any distance L outside the aperture of said MRD, such that said metallic objects would be pulled toward said magnetic shielding rather than be attracted into the open bore of the MRD.
Mattress base for a bed, comprising two longitudinal supports (1, 2) spaced apart from one another and running in longitudinal direction of the bed, a multiplicity of support elements held in bearings on these longitudinal supports (1, 2), which support elements are aligned transversely to these longitudinal supports (1, 2) and are movable about these bearings in a plane perpendicular to the longitudinal supports (1, 2), the two side parts (5, 6) of which support elements project over the longitudinal supports (1, 2) and are each provided with a bridge element, whose end regions remote from the side parts (5, 6) are directed towards one another and are movably connected to one another, holding means, which are attached on the outer end regions of the side parts (5, 6) of the support elements, and spring slats, whose ends are held in the holding means, and which form above the support elements a support surface for a mattress, characterized in that installed in the region of the connection of the two bridge elements is a leaf spring-shaped element running substantially along the two bridge elements, which leaf spring-shaped element is pretensionable in different ways with respect to the bridge elements via adjustment means.
A matt coating composition comprising: a (meth)acrylic acid ester-based resin containing a hydroxyl group; and a silicone-acrylate graft resin containing a polyacrylate main chain and a silicone side chain, wherein a weight ratio of the (meth)acrylic acid ester-based resin containing a hydroxyl group to the silicone-acrylate graft resin is 1: 6 to 1: 4. a (meth)acrylic acid ester-based resin containing a hydroxyl group; and a silicone-acrylate graft resin containing a polyacrylate main chain and a silicone side chain, wherein a weight ratio of the (meth)acrylic acid ester-based resin containing a hydroxyl group to the silicone-acrylate graft resin is 1: 6 to 1: 4.
A method for manufacturing a liquid crystal cell comprising two substrates (100, 300) disposed opposite to each other and a liquid crystal layer present between the two substrates (100, 300), wherein the method comprises: adjusting the liquid crystal layer so that upon measuring current densities of the liquid crystal layer over time, the current density peak appears after 2 ms, wherein the current densities are measured during a positive half cycle after a fifth cycle and the current densities are measured by applying an alternating-current voltage at a voltage of 40 V and a frequency of 20 Hz to 120 Hz to the liquid crystal cell, and the current density peak is a maximum value of the current densities appeared after 0.5 ms, wherein the liquid crystal cell is manufactured by injecting a heated liquid crystal composition between the two substrates (100, 300) and sealing the edges of the heated liquid crystal composition injected between the substrates (100, 300), wherein the liquid crystal composition comprises non-reactive liquid crystals and a conductivity control agent, wherein the conductivity control agent comprises an anisotropic dye and reactive liquid crystals, wherein the liquid crystal composition is heated at a temperature of 100°C to 120°C for 25 hours to 30 hours. adjusting the liquid crystal layer so that upon measuring current densities of the liquid crystal layer over time, the current density peak appears after 2 ms, wherein the current densities are measured during a positive half cycle after a fifth cycle and the current densities are measured by applying an alternating-current voltage at a voltage of 40 V and a frequency of 20 Hz to 120 Hz to the liquid crystal cell, and the current density peak is a maximum value of the current densities appeared after 0.5 ms, wherein the liquid crystal cell is manufactured by injecting a heated liquid crystal composition between the two substrates (100, 300) and sealing the edges of the heated liquid crystal composition injected between the substrates (100, 300), wherein the liquid crystal composition comprises non-reactive liquid crystals and a conductivity control agent, wherein the conductivity control agent comprises an anisotropic dye and reactive liquid crystals, wherein the liquid crystal composition is heated at a temperature of 100°C to 120°C for 25 hours to 30 hours.
An image encryption device for encrypting a part of a digital image, comprising: encryption area specifying means for specifying a partial area to be encrypted in the digital image; image encryption means for encrypting the partial area selected by the encryption area specifying means into a processed image on the basis of an encryption key; and pixel value conversion means for generating a converted image by inverting pixel values of pixels in the processed image obtained through the encryption by the image encryption means that correspond to colored parts in a checkerboard image so that the converted image approximately represents a checkerboard pattern, so that a position of each of pixels in the partial area can be detected when the encrypted part is decrypted, and marker setting means for setting at least three predetermined markers at three of four corners of the converted image generated by the pixel value conversion means so that a position of the partial area can be detected, wherein: the image encryption means divides the partial area into a plurality of micro areas, and rearranges the plurality of divisional micro areas on the basis of the encryption key. encryption area specifying means for specifying a partial area to be encrypted in the digital image; image encryption means for encrypting the partial area selected by the encryption area specifying means into a processed image on the basis of an encryption key; and pixel value conversion means for generating a converted image by inverting pixel values of pixels in the processed image obtained through the encryption by the image encryption means that correspond to colored parts in a checkerboard image so that the converted image approximately represents a checkerboard pattern, so that a position of each of pixels in the partial area can be detected when the encrypted part is decrypted, and marker setting means for setting at least three predetermined markers at three of four corners of the converted image generated by the pixel value conversion means so that a position of the partial area can be detected, wherein: the image encryption means divides the partial area into a plurality of micro areas, and rearranges the plurality of divisional micro areas on the basis of the encryption key.