mhurhangee/patent-ind-claim-en huggingface dataset:
A radio frequency (RF) device for receiving a magnetic resonance (MR) signal in an MR imaging or spectroscopy subject, the RF device comprising: - an MR receive coil tuned to receive an MR signal in an MR frequency band; - an analog signal processing chain operatively connected with the MR receive coil and at least partly tuned to operate at the MR frequency band for receiving an analog signal at the MR frequency band from the MR receive coil, and including an analog dispersive delay line tuned to impose a frequency-dependent signal delay upon the analog signal at the MR frequency band received from the MR receive coil, the frequency-dependent signal delay being monotonically increasing or monotonically decreasing over the MR frequency band, the analog dispersive delay line being connected to disperse the MR signal received by the MR receive coil to generate a dispersed MR signal, and - an A/D converter connected to generate a digitized dispersed MR signal from the dispersed MR signal, and - a digital signal processing chain at least partly tuned to operate at baseband, wherein the A/D converter is connecting the digital signal processing chain and the analog signal processing chain. - an MR receive coil tuned to receive an MR signal in an MR frequency band; - an analog signal processing chain operatively connected with the MR receive coil and at least partly tuned to operate at the MR frequency band for receiving an analog signal at the MR frequency band from the MR receive coil, and including an analog dispersive delay line tuned to impose a frequency-dependent signal delay upon the analog signal at the MR frequency band received from the MR receive coil, the frequency-dependent signal delay being monotonically increasing or monotonically decreasing over the MR frequency band, the analog dispersive delay line being connected to disperse the MR signal received by the MR receive coil to generate a dispersed MR signal, and - an A/D converter connected to generate a digitized dispersed MR signal from the dispersed MR signal, and - a digital signal processing chain at least partly tuned to operate at baseband, wherein the A/D converter is connecting the digital signal processing chain and the analog signal processing chain.
Method for determining the crop density of a field crop to be harvested by a harvesting machine from a plurality of plants , wherein the harvesting machine has a control arrangement and a sensor arrangement , wherein transmission pulses consisting of electromagnetic transmission beams are periodically emitted onto the crop in at least one transmission direction by means of the sensor arrangement , wherein the transmission pulses are reflected at the crop and are received as echo pulses by the sensor arrangement , characterised in that for at least some of the transmission pulses , different partial beams of one and the same transmission beam from plants of the field crop lying one behind the other in the respective transmission direction are reflected with a time delay relative to one another, so that the respective resulting echo pulse is composed of correspondingly time-shifted partial echo pulses , and that a value for the crop density is determined by means of the control arrangement based on a temporal relationship within the resulting echo pulse , wherein the temporal relationship is a time offset between two partial echo pulses , in particular between the first partial echo pulse and the last partial echo pulse , which are associated with a transmission pulse , and the time offset ΔT V is determined from the pulse width of the resulting echo pulse and that the pulse width is defined by the time interval between the first rising pulse edge and the last falling pulse edge of the echo pulse . for at least some of the transmission pulses , different partial beams of one and the same transmission beam from plants of the field crop lying one behind the other in the respective transmission direction are reflected with a time delay relative to one another, so that the respective resulting echo pulse is composed of correspondingly time-shifted partial echo pulses , and that a value for the crop density is determined by means of the control arrangement based on a temporal relationship within the resulting echo pulse , wherein the temporal relationship is a time offset between two partial echo pulses , in particular between the first partial echo pulse and the last partial echo pulse , which are associated with a transmission pulse , and
A hermetically sealed blister package for a contact lens, wherein the blister package includes a base member made of plastics material, and a sealing member joined to the base member to form a blister cavity arranged to hold an unworn contact lens and contact lens packaging solution; the base member having an upper surface and a lower surface and including a blister well and a handle, the handle being provided by a flange that extends out from the blister well; the base member including a female connecting feature and a male connecting feature; the female connecting feature on the base member being configured to interlock with a corresponding male connecting feature on a substantially identical base member to mechanically fasten the base member to the substantially identical base member to form a base member assembly; CHARACTERISED IN THAT : the flange is planar; the planar flange includes the female connecting feature and the male connecting feature, the female connecting feature comprises a hole in the flange located between a perimeter of the blister well and an edge of the flange and the male connecting feature is located outside of the perimeter of the blister well. the base member having an upper surface and a lower surface and including a blister well and a handle, the handle being provided by a flange that extends out from the blister well; the base member including a female connecting feature and a male connecting feature; the female connecting feature on the base member being configured to interlock with a corresponding male connecting feature on a substantially identical base member to mechanically fasten the base member to the substantially identical base member to form a base member assembly; CHARACTERISED IN THAT : the flange is planar; the planar flange includes the female connecting feature and the male connecting feature, the female connecting feature comprises a hole in the flange located between a perimeter of the blister well and an edge of the flange and the male connecting feature is located outside of the perimeter of the blister well. the flange is planar; the planar flange includes the female connecting feature and the male connecting feature, the female connecting feature comprises a hole in the flange located between a perimeter of the blister well and an edge of the flange and the male connecting feature is located outside of the perimeter of the blister well.
A light emitting diode, comprising: a lower semiconductor layer formed on a substrate ; an upper semiconductor layer disposed above the lower semiconductor layer to expose at least a portion of edge regions of the lower semiconductor layer ; a first electrode formed on a region of the upper semiconductor layer , with an insulation layer interposed between the first electrode and the region of the upper semiconductor layer ; a second electrode formed on another region of the upper semiconductor layer to supply electric current to the upper semiconductor layer ; an extension part of the first electrode in direct contact with at least a portion of the exposed lower semiconductor layer ; and a DBR layer formed below the lower semiconductor layer on an opposed side of the substrate , wherein the insulation layer comprises a distributed Bragg reflector structure by alternately stacking two or more insulation layers having different indices of refraction, wherein the insulation layer comprises multiple layers including SiO 2 wherein the outermost layer of the insulation layer is an SiO 2 3102 layer. a lower semiconductor layer formed on a substrate ; an upper semiconductor layer disposed above the lower semiconductor layer to expose at least a portion of edge regions of the lower semiconductor layer ; a first electrode formed on a region of the upper semiconductor layer , with an insulation layer interposed between the first electrode and the region of the upper semiconductor layer ; a second electrode formed on another region of the upper semiconductor layer to supply electric current to the upper semiconductor layer ; an extension part of the first electrode in direct contact with at least a portion of the exposed lower semiconductor layer ; and a DBR layer formed below the lower semiconductor layer on an opposed side of the substrate , wherein the insulation layer comprises a distributed Bragg reflector structure by alternately stacking two or more insulation layers having different indices of refraction, wherein the insulation layer comprises multiple layers including SiO 2 wherein the outermost layer of the insulation layer is an SiO 2 3102 layer.
A brake valve arrangement for use in a trailer electronic braking system comprising a pressure control module controllable by an electronic control unit, having a main supply of pneumatic pressure and a reservoir , characterised in that the valve arrangement comprises a park valve having pneumatic connections to the main supply , reservoir and pressure control module , which valve is provided with a first actuator for actuating the raising and lowering of the trailer height and a second actuator for controlling parking and manoeuvring functions.
A method for preparing an oncolytic virus formulation, comprising mixing oncolytic viruses and tumor cells in a ratio of 1: 1 to 20: 1 so as to infect tumor cells, and culturing the infected tumor cells to induce apoptosis at 37°C and 5% oxygen content, collecting microparticles released from the apoptotic tumor cells within 48-72 hours, wherein the microparticles are the oncolytic virus formulation generated after the cell vesicles coat the oncolytic viruses, wherein the collection of the microparticles released from the apoptotic tumor cells comprises removing the tumor cells and their debris at a centrifugal force of not more than 5000 g, and collecting the microparticles at a centrifugal force of 10000 g to 50000 g.
A topical composition comprising an RT1 strain of Propionibacterium acnes selected from the group consisting of HL050PA2 and HL025PA1 or an RT2 strain of Propionibacterium acnes selected from the group consisting of HL001PA1, HL103PA1 and HL106PA1 for use as a medicament.
Assembly forming a protective vest, firstly comprising a basic vest having, in the worn state, an outer front face intended to cover the front, in particular the thorax and the abdomen, of the vest wearer, and an outer rear face intended to cover the back of the vest wearer, the two front and rear faces being connected to each other from above at the level of the shoulders, and laterally so as to define between them a passage for the head and two passages for the arms, and secondly comprising at least one panel (30; 40) having an outer face and an inner face, means for removably attaching the at least one panel to the outer front face or to the outer rear face of the vest are provided such that, when the at least one panel is attached to the vest, it substantially covers the entire outer front face or the entire outer rear face of the vest, and the at least one panel is adapted to be detached from the vest in the worn state only by hand movements or displacements outside the basic vest.
A process for workup of a crude ester from the esterification of a benzenepolycarboxylic acid with at least one C 4 -C 12 monoalkanol, wherein the crude ester additionally comprises - at least one di-(C 4 -C 12 -alkyl) ether from the etherification of the at least one C 4 -C 12 monoalkanol, - optionally the at least one C 4 -C 12 monoalkanol, and - optionally water, in which the crude ester is subjected to a thermal purification in at least one mass transfer apparatus by introducing a steam-containing gas stream in the region of the bottom of the mass transfer apparatus to obtain a bottom product enriched in the at least one benzenepolycarboxylic ester and depleted of the at least one di-(C 4 -C 12 -alkyl) ether and a vapor enriched in the at least one di-(C 4 -C 12 -alkyl) ether, wherein the vapor is at least partly condensed, the condensate is separated into an aqueous phase and an organic phase comprising di-(C 4 -C 12 -alkyl) ether and C 4 -C 12 monoalkanol, a portion of the organic phase is recycled as reflux stream into the thermal purification of the crude ester, and another portion of the organic phase is discharged. - at least one di-(C 4 -C 12 -alkyl) ether from the etherification of the at least one C 4 -C 12 monoalkanol, - optionally the at least one C 4 -C 12 monoalkanol, and - optionally water, in which the crude ester is subjected to a thermal purification in at least one mass transfer apparatus by introducing a steam-containing gas stream in the region of the bottom of the mass transfer apparatus to obtain a bottom product enriched in the at least one benzenepolycarboxylic ester and depleted of the at least one di-(C 4 -C 12 -alkyl) ether and a vapor enriched in the at least one di-(C 4 -C 12 -alkyl) ether, wherein the vapor is at least partly condensed, the condensate is separated into an aqueous phase and an organic phase comprising di-(C 4 -C 12 -alkyl) ether and C 4 -C 12 monoalkanol, a portion of the organic phase is recycled as reflux stream into the thermal purification of the crude ester, and another portion of the organic phase is discharged.
A User Equipment, UE , comprising: a transmitting and receiving unit configured for: transmitting a request message including an application identity to a core network , and receiving a response message responding to the request message, wherein the response message includes a range class corresponding to the application identity; and a control unit configured for initiating a procedure to perform a detection that another UE is in proximity of the UE , wherein the range class is an information defining a discovery range, and the detection is performed in accordance with the range class included in the response message. a transmitting and receiving unit configured for: transmitting a request message including an application identity to a core network , and receiving a response message responding to the request message, wherein the response message includes a range class corresponding to the application identity; and transmitting a request message including an application identity to a core network , and receiving a response message responding to the request message, wherein the response message includes a range class corresponding to the application identity; and a control unit configured for initiating a procedure to perform a detection that another UE is in proximity of the UE , wherein the range class is an information defining a discovery range, and the detection is performed in accordance with the range class included in the response message.
Electromagnetic acoustic transducer for ultrasound testing of units under test which are composed substantially of an electrically conductive material, having: a magnet system for production of a magnetic field, which is intended to penetrate into the unit under test , and an inductive coil arrangement for production of an electromagnetic alternating field, which is superimposed on this magnetic field in the unit under test, and for detection of electromagnetic alternating fields emitted from the unit under test, wherein the magnet system is arranged in a magnetization unit , the coil arrangement is arranged in a probe unit which is separate from the magnetization unit and is always located in the area of the magnetic field which is produced by the magnetization unit, the probe unit is mounted such that it can move relative to the magnetization unit in the area of the magnetic field such that the probe unit can move relative to the magnetization unit during operation of the transducer, an intermediate space of variable size is located between the magnetization unit and the probe unit , the intermediate space is encapsulated in a contamination-proof manner with the aid of a flexible casing , and the intermediate space between the magnet system and the coil arrangement is free of magnetic field concentrators. a magnet system for production of a magnetic field, which is intended to penetrate into the unit under test , and an inductive coil arrangement for production of an electromagnetic alternating field, which is superimposed on this magnetic field in the unit under test, and for detection of electromagnetic alternating fields emitted from the unit under test, wherein the magnet system is arranged in a magnetization unit , the coil arrangement is arranged in a probe unit which is separate from the magnetization unit and is always located in the area of the magnetic field which is produced by the magnetization unit, the probe unit is mounted such that it can move relative to the magnetization unit in the area of the magnetic field such that the probe unit can move relative to the magnetization unit during operation of the transducer, an intermediate space of variable size is located between the magnetization unit and the probe unit , the intermediate space is encapsulated in a contamination-proof manner with the aid of a flexible casing , and the intermediate space between the magnet system and the coil arrangement is free of magnetic field concentrators.
An evaluation device, determining the necessity of a notch filter inserted in a control system that controls an electric motor by closed loop control, the evaluation device comprising: a characteristic acquisition part for changing a parameter associated with a characteristic of the notch filter from a first value, which is a prescribed value, to a second value, and acquiring a change in a frequency response characteristic of the electric motor when the notch filter is applied; and a determination part for determining the necessity of the notch filter based on the change in the frequency response characteristic that has been acquired, wherein the evaluation device is characterized in that the parameter is a parameter that represents a width or a depth of the notch filter , and the second value is a parameter having a filter effect smaller than the first value. a characteristic acquisition part for changing a parameter associated with a characteristic of the notch filter from a first value, which is a prescribed value, to a second value, and acquiring a change in a frequency response characteristic of the electric motor when the notch filter is applied; and a determination part for determining the necessity of the notch filter based on the change in the frequency response characteristic that has been acquired, wherein the evaluation device is characterized in that the parameter is a parameter that represents a width or a depth of the notch filter , and the second value is a parameter having a filter effect smaller than the first value.
A process for preparing a compound of formula wherein Ar is phenyl optionally substituted with one to five R substituent/s each R independently selected from halogen, (C1-C4)-alkyl optionally substituted by halogen, (Cl-C4)-alkoxy optionally substituted by halogen; and P is a primary amine protecting group; which comprises a. reacting a compound of formula wherein each R 1 and R 2 is independently hydrogen and (C1-C4)-alkyl or taken together a (C3-C7)-cycloalkyl group; with a compound of formula Ar-CHO (III) wherein Ar is defined above; in the presence of a catalyst to give a compound of formula wherein Ar, R 1 and R2 are defined above and wherein said catalyst is an organometallic complex of Cu(II) or Cu(I) with a chiral ligand. b) converting a compound of formula IV into a compound of formula I. a. reacting a compound of formula wherein each R 1 and R 2 is independently hydrogen and (C1-C4)-alkyl or taken together a (C3-C7)-cycloalkyl group; with a compound of formula Ar-CHO (III) wherein Ar is defined above; in the presence of a catalyst to give a compound of formula wherein Ar, R 1 and R2 are defined above and wherein said catalyst is an organometallic complex of Cu(II) or Cu(I) with a chiral ligand. b) converting a compound of formula IV into a compound of formula I.
A reciprocating compressor comprising: a compression part compressing, by a piston , gas sucked into a cylinder through a suction valve , and discharging the compressed gas through a discharge valve ; a piston drive part supplying a force to the piston to reciprocate the piston via a rod coupled to the piston ; and a container part accommodating the compression part and forming a vacuum region around the compression part , wherein the container part includes a housing forming the vacuum region, and a cylinder holding part disposed between the housing and the cylinder , a side surface of the cylinder is spaced from an inner surface of the housing facing the side surface of the cylinder , a first end part of the cylinder holding part is formed on the side surface of the cylinder , a second end part of the cylinder holding part is formed on the inner surface of the housing , characterized in that the first end part includes a pedestal base part fixed to the side surface of the cylinder , and a pedestal coupling part in contact with the pedestal base part and coupled to the second end part via an elastic part 31, and the pedestal coupling part is movable relative to the pedestal base part along a movement direction of the piston . a compression part compressing, by a piston , gas sucked into a cylinder through a suction valve , and discharging the compressed gas through a discharge valve ; a piston drive part supplying a force to the piston to reciprocate the piston via a rod coupled to the piston ; and a container part accommodating the compression part and forming a vacuum region around the compression part , wherein the container part includes a housing forming the vacuum region, and a cylinder holding part disposed between the housing and the cylinder , a side surface of the cylinder is spaced from an inner surface of the housing facing the side surface of the cylinder , a first end part of the cylinder holding part is formed on the side surface of the cylinder , a second end part of the cylinder holding part is formed on the inner surface of the housing , characterized in that the first end part includes a pedestal base part fixed to the side surface of the cylinder , and a pedestal coupling part in contact with the pedestal base part and coupled to the second end part via an elastic part 31, and the pedestal coupling part is movable relative to the pedestal base part along a movement direction of the piston .
A slit lamp microscope comprising: an illumination unit that illuminates an eye to be examined; an illumination support arm to which the illumination unit is attached; a support base to which the illumination support arm is attached; and an illumination-power-supply cable disposed along the illumination support arm from the support base side to the illumination unit, wherein the illumination support arm has a groove-shaped cable holder in which the illumination-power-supply cable is disposed along the outer surface of the illumination support arm in an externally exposed state. an illumination unit that illuminates an eye to be examined; an illumination support arm to which the illumination unit is attached; a support base to which the illumination support arm is attached; and an illumination-power-supply cable disposed along the illumination support arm from the support base side to the illumination unit, wherein the illumination support arm has a groove-shaped cable holder in which the illumination-power-supply cable is disposed along the outer surface of the illumination support arm in an externally exposed state.