mhurhangee/ep-ind-claims huggingface dataset:
A spark plug comprising: a cylindrical metal shell; an insulator which has a through-hole formed inside the insulator along an axial direction of the metal shell and is held in the metal shell so as to be exposed from the metal shell; a center electrode which is inserted into and fixed to an end portion of the through-hole; a terminal metal piece which is inserted into and fixed to another end portion of the through-hole; a resistor which is provided between the center electrode and the terminal metal piece in the through-hole and distant from the center electrode in the axial direction; a conductive glass sealing layer which is provided between the resistor and the center electrode in the through-hole without a gap; and a ground electrode which is electrically connected to the metal shell and configured such that a predetermined spark discharge gap (g) is formed between its front end portion and the center electrode, characterized in that a diameter D of the conductive glass sealing layer is equal to or less than 3.3 mm, and a joining surface of the conductive glass sealing layer and the resistor is a curved surface; wherein, assuming that a surface area of the joining surface is Sa and an area of a cross-section of the conductive glass sealing layer, which is perpendicular to the axial direction and includes edge portions of the joining surface, is S1, Sa/S1 is equal to or greater than 1.1. a cylindrical metal shell; an insulator which has a through-hole formed inside the insulator along an axial direction of the metal shell and is held in the metal shell so as to be exposed from the metal shell; a center electrode which is inserted into and fixed to an end portion of the through-hole; a terminal metal piece which is inserted into and fixed to another end portion of the through-hole; a resistor which is provided between the center electrode and the terminal metal piece in the through-hole and distant from the center electrode in the axial direction; a conductive glass sealing layer which is provided between the resistor and the center electrode in the through-hole without a gap; and a ground electrode which is electrically connected to the metal shell and configured such that a predetermined spark discharge gap (g) is formed between its front end portion and the center electrode, characterized in that a diameter D of the conductive glass sealing layer is equal to or less than 3.3 mm, and a joining surface of the conductive glass sealing layer and the resistor is a curved surface; wherein, assuming that a surface area of the joining surface is Sa and an area of a cross-section of the conductive glass sealing layer, which is perpendicular to the axial direction and includes edge portions of the joining surface, is S1, Sa/S1 is equal to or greater than 1.1.
Method for registering a defined presence of e-tickets in a means of transport, wherein the e-tickets contain transmit/receive means for a radio communication with a transmit/receive unit arranged in the means of transport, during which radiocommunication data for registering the defined presence of e-tickets is transferred to the transmit/receive unit, characterised in that reference markers (110, 110 1, 110 2, 110 3) are permanently installed in the means of transport, the presence of which in the means of transport is registered in the same way as the e-tickets and a failure of a subsequent registration of a reference marker (110, 110 1, 110 2, 110 3) is evaluated as a malfunction by the transmit/receive unit and is indicated, wherein i) the reference markers (110, 110 1, 110 2, 110 3) are embodied to be structurally the same as the e-tickets, and ii) an identity number of the reference marker is transferred to the transmit/receive unit during the radio communication and the transmit/receive unit is taught by the permanent recording to recognise the transferred identity number as an identity number of a reference marker. i) the reference markers (110, 110 1, 110 2, 110 3) are embodied to be structurally the same as the e-tickets, and ii) an identity number of the reference marker is transferred to the transmit/receive unit during the radio communication and the transmit/receive unit is taught by the permanent recording to recognise the transferred identity number as an identity number of a reference marker.
A nanoparticle comprising: an inorganic material comprising silica and a plurality of pores of which at least 50% have a diameter of 3.0 to 4.5 nm; and, a coating comprising a biocompatible polymer on said inorganic material, wherein said biocompatible polymer comprises polyethylene glycol, at least some of said pores being loaded with a therapeutic molecule having a molecular weight that is at least 900 Da, wherein said coated nanoparticle that is loaded with the therapeutic molecule has a surface area of less than 100 m 2 /g. an inorganic material comprising silica and a plurality of pores of which at least 50% have a diameter of 3.0 to 4.5 nm; and, a coating comprising a biocompatible polymer on said inorganic material, wherein said biocompatible polymer comprises polyethylene glycol, at least some of said pores being loaded with a therapeutic molecule having a molecular weight that is at least 900 Da, wherein said coated nanoparticle that is loaded with the therapeutic molecule has a surface area of less than 100 m 2 /g.
A pressure set being made up of a main pump at least one auxiliary pump, a housing, a circulation pipe and a control equipment, said control equipment comprising: a pressure transducer detecting a pressure inside the circulation pipe; a minimum flow detector associated to the circulation pipe related to the main pump, said minimum flow detector detecting a fluid flow inside the circulation pipe; a frequency changer to regulate the performance of the main pump, so that the flow speed flowing in the circulation pipe associated to the main pump is being regulated too; and an electronic control circuit that is electrically and operatively connected to the pressure transducer and to the minimum flow detector, characterized in that, the main pump and the at least one auxiliary pump are connected in parallel; in that the control equipment is provided within the housing which is fitted to the exit of the main pump; and in that, based on the signals received from the pressure transducer and the minimum flow detector, the electronic control circuit is configured to send a signal to the frequency changer for regulating the parameters for performance of the main pump and the at least one auxiliary pump, maintaining the pressure value unchanged inside the circulation pipe. a pressure transducer detecting a pressure inside the circulation pipe; a minimum flow detector associated to the circulation pipe related to the main pump, said minimum flow detector detecting a fluid flow inside the circulation pipe; a frequency changer to regulate the performance of the main pump, so that the flow speed flowing in the circulation pipe associated to the main pump is being regulated too; and an electronic control circuit that is electrically and operatively connected to the pressure transducer and to the minimum flow detector, characterized in that, the main pump and the at least one auxiliary pump are connected in parallel; in that the control equipment is provided within the housing which is fitted to the exit of the main pump; and in that, based on the signals received from the pressure transducer and the minimum flow detector, the electronic control circuit is configured to send a signal to the frequency changer for regulating the parameters for performance of the main pump and the at least one auxiliary pump, maintaining the pressure value unchanged inside the circulation pipe.
A method of characterizing a DNA, the method comprising: nicking a first double stranded DNA at a first sequence motif, whereby the first DNA comprises nicks, and wherein the first DNA remains double-stranded adjacent to the nicks; labeling the nicks on the first DNA by nick translation in the presence of at least one labeled dNTP, wherein a first nick of the nicks is in a top strand of the DNA, and a second nick is in a bottom strand of the first DNA, and the first nick and the second nick are less than 1 Kb apart, forming a fragile site, and wherein the nick translation comprises the first nick and second nick of the fragile site moving toward each other, and the method further comprises mitigating fragmentation at the fragile site by reducing driving conditions by stimulating exonuclease activity of a polymerase with a high concentration of dNTPs and then limiting extension by restricting or omitting at least one nucleotide; repairing the nicks on the first DNA; wherein the repairing is carried out by a ligase; linearizing the first DNA; and detecting the pattern of the first label on the linearized first DNA, wherein the integrity of the first DNA is maintained. nicking a first double stranded DNA at a first sequence motif, whereby the first DNA comprises nicks, and wherein the first DNA remains double-stranded adjacent to the nicks; labeling the nicks on the first DNA by nick translation in the presence of at least one labeled dNTP, wherein a first nick of the nicks is in a top strand of the DNA, and a second nick is in a bottom strand of the first DNA, and the first nick and the second nick are less than 1 Kb apart, forming a fragile site, and wherein the nick translation comprises the first nick and second nick of the fragile site moving toward each other, and the method further comprises mitigating fragmentation at the fragile site by reducing driving conditions by stimulating exonuclease activity of a polymerase with a high concentration of dNTPs and then limiting extension by restricting or omitting at least one nucleotide; repairing the nicks on the first DNA; wherein the repairing is carried out by a ligase; linearizing the first DNA; and detecting the pattern of the first label on the linearized first DNA,
Switching device comprising a housing with a cap which can pivot about a rotation axis, and comprising a fastening apparatus for direct mounting on a mounting rail, - wherein the cap has, on a side which faces the housing inner side, at least one coupling contact (36a, 36b, 36c, 36d) for electrical and/or signal-transmitting contact connection to at least one adjacent switching device which can be arranged in a row on the end side of the housing, - wherein, when the cap is pivoted, the contact connection is closed or released, - wherein, when the cap is pivoted, the fastening apparatus is locked or unlocked, and - wherein the fastening apparatus comprises a spring-elastic latching element, which is integrally formed on the housing, for force-fitting fastening to a mounting rail end side and also comprises a sliding element, which is linearly displaceably mounted within the housing and is coupled to the cap, for interlocking fastening to the mounting rail end side which is situated opposite the latching element. - wherein the cap has, on a side which faces the housing inner side, at least one coupling contact (36a, 36b, 36c, 36d) for electrical and/or signal-transmitting contact connection to at least one adjacent switching device which can be arranged in a row on the end side of the housing, - wherein, when the cap is pivoted, the contact connection is closed or released, - wherein, when the cap is pivoted, the fastening apparatus is locked or unlocked, and - wherein the fastening apparatus comprises a spring-elastic latching element, which is integrally formed on the housing, for force-fitting fastening to a mounting rail end side and also comprises a sliding element, which is linearly displaceably mounted within the housing and is coupled to the cap, for interlocking fastening to the mounting rail end side which is situated opposite the latching element.
A discharge spout comprising at least two interconnected segments (8, 9) for varying the delivery length for an agricultural harvesting machine, in particular a forage harvester, wherein at least one segment (8, 9) is formed from a main body (15, 16) which is formed in one piece and which has a cover-free region and which is of a U-shaped configuration and the connection of the at least two segments (8, 9) is effected in at least region-wise overlapping relationship, wherein the segment which is downstream in relation to the flow direction of the crop material embraces the upstream segment in the overlap region, characterised in that the region of the downstream segment that embraces the upstream segment, is of an outwardly cranked configuration corresponding to the wall thickness of the main body of the upstream segment so that the connection of the at least two segments (8, 9) is effected projection-free in the overlap region in relation to the flow direction of the crop material.
A wafer carrier (140, 340, 540, 640) comprising a body defining a central axis (142, 342), a generally planar top surface (141, 641) perpendicular to the central axis (142, 342), and pockets (143, 643) recessed below the top surface (141, 641) for receiving wafers, the body being adapted for mounting on a spindle of a processing apparatus so that the central axis (142, 342) of the body is coaxial with the spindle; characterized in that the body includes a lip (180, 380, 580, 680) projecting upwardly around the periphery of the top surface (141, 641), the lip (180, 380, 580, 680) defining a lip surface (181, 381, 581, 681) sloping upwardly from the planar top surface (141, 641) in a radially outward direction away from the central axis (142, 342).
A coupler for coupling a robotic arm to a surgical table, the coupler comprising: a first portion configured to couple to a robotic arm; a second portion configured to couple to a surgical table, the second portion having a post configured to translate along a first axis of the first portion to couple the second portion to the first portion; and a locking mechanism configured to transition a coupling between the first portion and the second portion between a locked position and an unlocked position, wherein in the locked position, movement of the first portion relative to the second portion in six degrees of freedom is constrained; and wherein the locking mechanism comprises a first cam, a second cam and a ball bearing assembly (440, 442) positioned within an interior cavity of the first portion, wherein the ball bearing assembly comprises a ball bearing holder and a ball bearing, the ball bearing holder comprising a receiving cavity which receives the post; wherein the first cam 450 and second cam 452 are coupled to the ball bearing holder, wherein rotation of the first and second cams (450, 452) causes a translation of the first and second cams (450, 452) along the first axis, so as to translate the ball bearing holder along the first axis, thereby translating the post along the first axis to the locked position or the unlocked position; wherein the interior cavity comprises an interior contact surface and the post comprises an exterior contact surface, and the ball bearing contacts the interior contact surface and the exterior contact surface in the locked position. a first portion configured to couple to a robotic arm; a second portion configured to couple to a surgical table, the second portion having a post configured to translate along a first axis of the first portion to couple the second portion to the first portion; and a locking mechanism configured to transition a coupling between the first portion and the second portion between a locked position and an unlocked position, wherein in the locked position, movement of the first portion relative to the second portion in six degrees of freedom is constrained; and wherein the locking mechanism comprises a first cam, a second cam and a ball bearing assembly (440, 442) positioned within an interior cavity of the first portion, wherein the ball bearing assembly comprises a ball bearing holder and a ball bearing, the ball bearing holder comprising a receiving cavity which receives the post; wherein the first cam 450 and second cam 452 are coupled to the ball bearing holder, wherein rotation of the first and second cams (450, 452) causes a translation of the first and second cams (450, 452) along the first axis, so as to translate the ball bearing holder along the first axis, thereby translating the post along the first axis to the locked position or the unlocked position; wherein the interior cavity comprises an interior contact surface and the post comprises an exterior contact surface, and the ball bearing contacts the interior contact surface and the exterior contact surface in the locked position.
Camera comprising a motorized object lens adjusting module for adjusting the object lens or parts thereof, an image processing module for processing the images captured by the camera, an interface module for providing signal interfaces and an external housing enclosing the modules (3, 4, 5), an internal assembly frame for holding all said modules (3,4,5) as a unit independently from the external housing, with a first receptacle for the motorized object lens adjusting module in a front position, a second receptacle for the image processing module in a middle position and a third receptacle for the interface module in a back position, characterized in that: the internal assembly frame comprises a box-shaped section defining the second receptacle, whereby the image processing module is inserted in the box- shaped section though a channel of the box-shaped section, whereby the internal assembly frame is made of plastic. the internal assembly frame comprises a box-shaped section defining the second receptacle, whereby the image processing module is inserted in the box- shaped section though a channel of the box-shaped section, whereby the internal assembly frame is made of plastic.
A single facer equipped with a plurality of corrugated roll units each composed of a pair of corrugated rolls (11, 12), each corrugated roll unit being used for corrugating a medium, the single facer comprising: a use space (Pu) at which the medium is to be corrugated, a first space adjacent to and directly under the use space (Pu), a third space adjacent to the first space on one side in a sheet transfer direction, and a fourth space adjacent to the first space on the other side in the sheet transfer direction; a lifting/lowering device configured for causing one of the corrugated roll units to be lifted and lowered; a horizontal movement device configured for causing one of the corrugated roll units to be moved horizontally between the first space, the third space, and the fourth space; and a control device controlling the lifting/lowering device and the horizontal movement device to move the corrugated roll units, characterized in that the single facer comprises a second space adjacent to and directly under the first space, and the lifting/lowering device is configured to cause one of the corrugated roll units to be lifted and lowered between the use space (Pu) the first space, and the second space. a use space (Pu) at which the medium is to be corrugated, a first space adjacent to and directly under the use space (Pu), a third space adjacent to the first space on one side in a sheet transfer direction, and a fourth space adjacent to the first space on the other side in the sheet transfer direction; a lifting/lowering device configured for causing one of the corrugated roll units to be lifted and lowered; a horizontal movement device configured for causing one of the corrugated roll units to be moved horizontally between the first space, the third space, and the fourth space; and a control device controlling the lifting/lowering device and the horizontal movement device to move the corrugated roll units, characterized in that the single facer comprises a second space adjacent to and directly under the first space, and the lifting/lowering device is configured to cause one of the corrugated roll units to be lifted and lowered between the use space (Pu) the first space, and the second space.
An apparatus for receiving data from a serving base station in a cellular communication system, the apparatus comprising: a blind decoding unit for identifying and decoding a downlink control information transmitted by the serving base station, an extraction unit for extracting from a first field of the downlink control information a scheduling control information and from a second field of the downlink control information an interference information, and a transceiver for receiving or transmitting data on resources specified by the scheduling information while taking into account the interference information so as to reduce the interference caused by transmitters other than the serving base station, wherein the transceiver is configured to receive within a protocol of a layer higher than the physical layer a control information carrying a transmission mode, wherein the transmission mode can take a value which defines that the apparatus is to extract from the downlink control information the interference information as well as values which do not define that the apparatus is to extract the interference information from the downlink control information. a blind decoding unit for identifying and decoding a downlink control information transmitted by the serving base station, an extraction unit for extracting from a first field of the downlink control information a scheduling control information and from a second field of the downlink control information an interference information, and a transceiver for receiving or transmitting data on resources specified by the scheduling information while taking into account the interference information so as to reduce the interference caused by transmitters other than the serving base station, wherein the transceiver is configured to receive within a protocol of a layer higher than the physical layer a control information carrying a transmission mode, wherein the transmission mode can take a value which defines that the apparatus is to extract from the downlink control information the interference information as well as values which do not define that the apparatus is to extract the interference information from the downlink control information.