mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic apparatus for making a video call with another electronic apparatus of a video call counterpart, comprising: a processor configured to divide an image of a user of the electronic apparatus into a plurality of areas by using profile information of the video call counterpart, wherein the profile information used for dividing the image of the user includes reputation or blocking history of the video call counterpart; an input device configured to receive a selection input from the user to select at least one area among the plurality of areas such that the image comprises at least one selected area that has been selected by the user and at least one unselected area that has not been selected by the user; wherein the processor is further configured to edit the at least one unselected area to generate an edited image comprising the at least one selected area and the edited at least one unselected area, or to edit the at least one selected area to generate an edited image comprising the at least one unselected area and the edited at least one selected area, wherein the edited image is generated by displaying the edited at least one selected area or the edited at least one unselected area with an alternative image or by distorting the edited at least one selected area or the edited at least one unselected area; and a communication device configured to transmit the edited image to the other electronic apparatus of the video call counterpart. a processor configured to divide an image of a user of the electronic apparatus into a plurality of areas by using profile information of the video call counterpart, wherein the profile information used for dividing the image of the user includes reputation or blocking history of the video call counterpart; an input device configured to receive a selection input from the user to select at least one area among the plurality of areas such that the image comprises at least one selected area that has been selected by the user and at least one unselected area that has not been selected by the user; wherein the processor is further configured to edit the at least one unselected area to generate an edited image comprising the at least one selected area and the edited at least one unselected area, or to edit the at least one selected area to generate an edited image comprising the at least one unselected area and the edited at least one selected area, wherein the edited image is generated by displaying the edited at least one selected area or the edited at least one unselected area with an alternative image or by distorting the edited at least one selected area or the edited at least one unselected area; and a communication device configured to transmit the edited image to the other electronic apparatus of the video call counterpart.
A method of receiving acknowledgment, 'ACK', or negative-acknowledgment, 'NACK' from a wireless device , comprising: transmitting signalling to configure the wireless device for discontinuous reception 'DRX' having a plurality of awake periods and a plurality of sleep periods, wherein the awake periods alternate in time with the sleep periods, such that a receiver of the wireless device is always on during the awake periods, and the receiver of the wireless device is off for at least some portion of the sleep periods, and the wireless device monitors Layer 1 for Control Channel Elements 'CCEs' only during the awake periods; transmitting, on a semi-persistent resource, downlink data to the wireless device during the awake periods of the wireless device ; receiving ACK or NACK information corresponding to the downlink data transmission from the wireless device irrespective of the DRX awake periods and the DRX sleep periods. transmitting signalling to configure the wireless device for discontinuous reception 'DRX' having a plurality of awake periods and a plurality of sleep periods, wherein the awake periods alternate in time with the sleep periods, such that a receiver of the wireless device is always on during the awake periods, and the receiver of the wireless device is off for at least some portion of the sleep periods, and the wireless device monitors Layer 1 for Control Channel Elements 'CCEs' only during the awake periods; transmitting, on a semi-persistent resource, downlink data to the wireless device during the awake periods of the wireless device ; receiving ACK or NACK information corresponding to the downlink data transmission from the wireless device irrespective of the DRX awake periods and the DRX sleep periods.
A built-in sink with a sink basin for holding a volume of water, the sink basin having a bottom surface with an outlet and an intermediate level which is arranged above the bottom surface and below an upper rim , an overflow of the sink basin being arranged in a side wall of the sink basin between the intermediate level and the upper rim , wherein the intermediate level is a surface formed as an inclined plane which merges into the side wall , characterized in that the intermediate level slopes from the bottom surface in the direction of the side wall at an angle of inclination of preferably up to 10° or more.
X-ray diffraction apparatus, comprising: an X-ray source with a target having an atomic number Z less than 50 for emitting a beam of X-rays ; an energy resolving X-ray detector ; and a sample holder for holding a sample such that the beam of X-rays from the X-ray source are incident on the sample and are diffracted onto the X-ray detector; wherein the X-ray diffraction apparatus further comprises a K-beta radiation multilayer mirror for selecting the K-beta radiation from the X-ray source and for reflecting the K-beta radiation onto the sample and wherein the energy resolution of the X-ray detector is sufficient to select for K-beta radiation over K-alpha radiation with a sensitivity to K-beta radiation of at least 10 times the sensitivity to K-alpha radiation. an X-ray source with a target having an atomic number Z less than 50 for emitting a beam of X-rays ; an energy resolving X-ray detector ; and a sample holder for holding a sample such that the beam of X-rays from the X-ray source are incident on the sample and are diffracted onto the X-ray detector; wherein the X-ray diffraction apparatus further comprises a K-beta radiation multilayer mirror for selecting the K-beta radiation from the X-ray source and for reflecting the K-beta radiation onto the sample and wherein the energy resolution of the X-ray detector is sufficient to select for K-beta radiation over K-alpha radiation with a sensitivity to K-beta radiation of at least 10 times the sensitivity to K-alpha radiation.
An agonist of a Toll Like Receptor (TLR) for use in the treatment of cancer, wherein said treatment is combination treatment with interferon-gamma (IFNγ), and optionally an inducer of IFNγ ,and wherein said agonist is a TLR2/6 agonist.
A method of communicating information, the method comprising: detecting , by a wireless communication device , that a handheld communication device is within range of said wireless communication device; determining , by said wireless communication device, whether said handheld communication device is authorized to communicate with said wireless communication device, based on a list of authorized devices; and if said handheld communication device is authorized, establishing a direct communication link between said wireless communication device and said handheld communication device; characterized by exchanging preference information between said wireless, communication device and said handheld communication device over said direct communication link for establishing or maintaining subsequent communications, wherein the preference information comprises a preferred time of day or a preferred type of information to be exchanged. detecting , by a wireless communication device , that a handheld communication device is within range of said wireless communication device; determining , by said wireless communication device, whether said handheld communication device is authorized to communicate with said wireless communication device, based on a list of authorized devices; and if said handheld communication device is authorized, establishing a direct communication link between said wireless communication device and said handheld communication device; characterized by exchanging preference information between said wireless, communication device and said handheld communication device over said direct communication link for establishing or maintaining subsequent communications, wherein the preference information comprises a preferred time of day or a preferred type of information to be exchanged.
An agricultural harvesting system comprising an agricultural harvester , in particular a forage harvester , which includes at least one agricultural working assembly which is configured for assisting or performing agricultural work, and an adjusting unit for parameter adjustment of the respective working assembly , a conveyor passage for a crop material flow (S) produced in a harvesting process by harvesting a field stand , and an NIR sensor device including an NIR sensor which is configured for detecting contents and/or properties of the crop material flow (S), wherein the crop material flow (S) can be guided in the conveyor passage past the NIR sensor , characterised in that the agricultural harvesting system further has an online data processing device for controlling the respective working assembly , which device is configured to generate control data on the basis of crop material flow data generated by the NIR sensor device and corresponding to the contents and/or properties detected by the NIR sensor , and that the adjusting unit is configured to carry out parameter adjustment of the respective working assembly at least on the basis of the control data.
A computer system comprising - a housing having at least one housing wall , the at least one housing wall having a first recess for mounting a first add-on board having a first height profile - a system board arranged in the housing and extending perpendicular to the at least one housing wall , wherein the first recess in the at least one housing wall extends perpendicular to the system board ; - a mounting device adapted to be mounted in the first recess and to mount a second add-on board having a second height profile parallel to the system board in the computer system , Characterized in that the at least one housing wall comprises an opening adjoining the first recess , in which opening a part of the holding device extending parallel to the at least one housing wall can be arranged, and wherein the opening is arranged to be covered with a blind if the computer system is arranged to mount the first add-on board having the first height profile in the first recess . - a housing having at least one housing wall , the at least one housing wall having a first recess for mounting a first add-on board having a first height profile - a system board arranged in the housing and extending perpendicular to the at least one housing wall , wherein the first recess in the at least one housing wall extends perpendicular to the system board ; - a mounting device adapted to be mounted in the first recess and to mount a second add-on board having a second height profile parallel to the system board in the computer system ,
A key separation method applicable to a Serving GPRS Support Node SGSN, comprising: when a User Equipment hands over from a source node to a target node, or when the User Equipment moves from the source node to the target node in idle state, determining whether or not the source node is a Home NodeB ; and if the source node is the Home NodeB HNB, triggering an Authentication and Key Agreement procedure according to the operator's policy, to update Ciphering Key and Integrity Key , wherein when a relocation request message sent by the source node to the SGSN carries a radio network controller identification, RNC ID, of an HNB gateway, HNB GW, the SGSN determines that the source node is an HNB. when a User Equipment hands over from a source node to a target node, or when the User Equipment moves from the source node to the target node in idle state, determining whether or not the source node is a Home NodeB ; and if the source node is the Home NodeB HNB, triggering an Authentication and Key Agreement procedure according to the operator's policy, to update Ciphering Key and Integrity Key , wherein when a relocation request message sent by the source node to the SGSN carries a radio network controller identification, RNC ID, of an HNB gateway, HNB GW, the SGSN determines that the source node is an HNB.
A storage wagon for bulk material , including a loading container which is mobile on on-track undercarriages and has a bottom conveyor belt extending in a longitudinal direction of the wagon, and also including a transfer conveyor belt , adjoining the bottom conveyor belt , for passing on the stored bulk material in a first conveying direction and a transfer device for passing on the bulk material in a second conveying direction extending approximately perpendicular to the first conveying direction , characterized in that the transfer device is fastened at a transfer end of the transfer conveyor belt and that the transfer conveyor belt is pivotable laterally.
An integrated circuit comprising a first passive component (Comp) of capacitive, resistive, or inductive type comprising: a plurality of second and third passive components (Comp u ) of said type, each having a same first theoretical value Comp u_ t, the second components being connected together so that their values add, and each third component being associated with a first switch having its state determining whether the value of the third component adds to the values of the second components; and a plurality of fourth passive components (Comp corr , Comp corr1 ) of said type, each associated with a second switch having its state determining whether the value of the fourth component adds to the values of the second components, at least one (Comp corr ) of the fourth passive components (Comp corr , Comp corr1 ) having a second theoretical value equal to (1-P) .Comp u_ t or to (1+P) .Comp u_ t, P being positive and strictly smaller than 1/2. a plurality of second and third passive components (Comp u ) of said type, each having a same first theoretical value Comp u_ t, the second components being connected together so that their values add, and each third component being associated with a first switch having its state determining whether the value of the third component adds to the values of the second components; and a plurality of fourth passive components (Comp corr , Comp corr1 ) of said type, each associated with a second switch having its state determining whether the value of the fourth component adds to the values of the second components, at least one (Comp corr ) of the fourth passive components (Comp corr , Comp corr1 ) having a second theoretical value equal to (1-P) .Comp u_ t or to (1+P) .Comp u_ t, P being positive and strictly smaller than 1/2.
A modular microwave power supply , comprising: a plurality of microwave power supply modules and a plurality of isolating diodes , wherein each of plurality of microwave power supply modules further comprises: a ferro-resonant transformer ; a resonant capacitor which connects in series with the secondary winding of the ferro-resonant transformer ; and a rectifier diode which, together with the resonant capacitor , connects in parallel with the secondary winding of the ferro-resonant transformer ; wherein each of the plurality of microwave power supply modules respectively connects with an electrode of one of the plurality of isolating diodes , and the other electrodes of the plurality of isolating diodes are all connected in common to a magnetron load , the modular microwave power supply being characterized in that a number of the plurality of microwave power supply modules is N, and a number of the plurality of isolating diodes is N, wherein the N is a positive integer equal to or greater than 4. a plurality of microwave power supply modules and a plurality of isolating diodes , wherein each of plurality of microwave power supply modules further comprises: a ferro-resonant transformer ; a resonant capacitor which connects in series with the secondary winding of the ferro-resonant transformer ; and a rectifier diode which, together with the resonant capacitor , connects in parallel with the secondary winding of the ferro-resonant transformer ; a ferro-resonant transformer ; a resonant capacitor which connects in series with the secondary winding of the ferro-resonant transformer ; and a rectifier diode which, together with the resonant capacitor , connects in parallel with the secondary winding of the ferro-resonant transformer ; wherein each of the plurality of microwave power supply modules respectively connects with an electrode of one of the plurality of isolating diodes , and the other electrodes of the plurality of isolating diodes are all connected in common to a magnetron load , the modular microwave power supply being characterized in that a number of the plurality of microwave power supply modules is N, and a number of the plurality of isolating diodes is N, wherein the N is a positive integer equal to or greater than 4.
A method for producing a lining for a furniture piece, in particular a seating furniture piece, wherein the lining comprises at least one weft thread made of a plastic and warp threads made of a plastic, wherein the lining , after manufacture, is spread out without wrinkling for the furniture piece in a first step, wherein the lining is subjected to a heat treatment in a second step in a first region (I) in which the lining undergoes a lower clamping force in relation to adjoining regions after being clamped onto the furniture piece by a frame of the furniture piece while the lining is exempted from the heat treatment in a second region (II) adjoining the first region (I), wherein the heat treatment is carried out with respect to a treatment temperature and a treatment duration in such a way that a shrinking process is triggered in the lining in the treated first region (I).
Objective lens, consisting of, in order from an object side to an image side: a first meniscus lens having a convex side towards the object side; a second meniscus lens having a convex side towards the object side; a first condensing unit configured to condense light from the second meniscus lens; an aperture stop ; a second condensing unit configured to condense light from the aperture stop; wherein an apex of the second meniscus lens is spaced apart from the first meniscus lens; a total number of lenses in the first and second condensing units is not less than 4 and not more than 6; if a radius of the first meniscus lens on the object side is denoted r1, a radius of the first meniscus lens on the image side is denoted r2, a radius of the second meniscus lens on the object side is denoted r3, and a radius of the second meniscus lens on the image side is denoted r4, the following four conditions are fulfilled: 1.98 ≥ r 2 / r 4 ≥ 1.40 ; 0.35 ≥ r 4 / r 3 ≥ 0.111 ; 0.65 ≥ r 2 / r 3 ≥ 0.16 ; and 4.0 ≤ r 1 / r 4 ≤ 7.6 , characterized in that a field of view of the objective lens is not less than 225°. a first meniscus lens having a convex side towards the object side; a second meniscus lens having a convex side towards the object side; a first condensing unit configured to condense light from the second meniscus lens; an aperture stop ; a second condensing unit configured to condense light from the aperture stop; wherein an apex of the second meniscus lens is spaced apart from the first meniscus lens; a total number of lenses in the first and second condensing units is not less than 4 and not more than 6; if a radius of the first meniscus lens on the object side is denoted r1, a radius of the first meniscus lens on the image side is denoted r2, a radius of the second meniscus lens on the object side is denoted r3, and a radius of the second meniscus lens on the image side is denoted r4, the following four conditions are fulfilled: 1.98 ≥ r 2 / r 4 ≥ 1.40 ; 0.35 ≥ r 4 / r 3 ≥ 0.111 ; 0.65 ≥ r 2 / r 3 ≥ 0.16 ; and 4.0 ≤ r 1 / r 4 ≤ 7.6 ,
A rotational coupling device, comprising: an armature having a shape that is complementary to a shape of a shaft such that the armature is configured for directly coupling to the shaft for rotation therewith about a rotational axis and for movement axially relative to the shaft; an electromagnet assembly disposed on a first axial side of the armature and fixed against rotation relative to the rotational axis; and, a collar disposed on a second axial side of the armature opposite the electromagnet assembly, the collar configured for rotation with the shaft, but fixed against axial movement relative to the shaft, the collar housing a first permanent magnet wherein the electromagnet assembly urges the armature in a first axial direction to release the armature from the collar and urge the armature into engagement with a member of the coupling device to apply a torque between the member and the armature when a current having a first polarity is provided to the electromagnet assembly and the first permanent magnet urges the armature in a second axial direction to release the armature from the member and thereby disengage transmission of torque between the armature and the member when the current is not provided to the electromagnet assembly characterized in that the member of the coupling device comprises the electromagnet assembly and the torque brakes rotation of the armature. an armature having a shape that is complementary to a shape of a shaft such that the armature is configured for directly coupling to the shaft for rotation therewith about a rotational axis and for movement axially relative to the shaft; an electromagnet assembly disposed on a first axial side of the armature and fixed against rotation relative to the rotational axis; and, a collar disposed on a second axial side of the armature opposite the electromagnet assembly, the collar configured for rotation with the shaft, but fixed against axial movement relative to the shaft, the collar housing a first permanent magnet wherein the electromagnet assembly urges the armature in a first axial direction to release the armature from the collar and urge the armature into engagement with a member of the coupling device to apply a torque between the member and the armature when a current having a first polarity is provided to the electromagnet assembly and the first permanent magnet urges the armature in a second axial direction to release the armature from the member and thereby disengage transmission of torque between the armature and the member when the current is not provided to the electromagnet assembly characterized in that the member of the coupling device comprises the electromagnet assembly and the torque brakes rotation of the armature.