mhurhangee/ep-ind-claims huggingface dataset:
A disconnector lever comprising a handle part which is arranged to turn between a first position and a second position, whereby the disconnector lever is arranged to control contacts of the disconnector to be in an open position in the first handle part position and in a closed position in the second handle part position, and which handle part is provided with a position indicator and a lock latch, whereby the handle part may be locked into place by using the lock latch when the handle part remains in the open position, characterized in that the lock latch is a part of the handle part the handle part is furnished with a detachable extension part which is arranged to form a one-sided handle or a two-sided handle and which is arranged to prevent the use of the lock latch in the handle part during operation.
A method of configuring a light scanning unit usable with an image forming apparatus, the light scanning unit comprising: a laser diode which emits a light beam with a predetermined wavelength of approximately 500nm or less, there being an angle θ formed between a polarization direction of the light beam emitted by the laser diode, and a sub-scanning direction a beam deflector which deflects and scans the light beam emitted by the laser diode toward a photosensitive body; an f-θ lens which has at least one plastic lens and forms an image corresponding to the light deflected by the beam deflector on the photosensitive body; and the at least one plastic lens has a maximum value (L max) and a minimum value (L min) of a total light passing distance according to a deflection angle from an axis of the light beam; the method characterized by confguring the light scanning unit to satisfy the following formula: 0 < L max - L min ≤ 20 × cos θ 5 + 10 × λ / 5 × 10 - 4 where is a wavelength of the light beam emitted by the laser diode, such that the light scanning unit is set in consideration of the arrangement of the laser diode. a laser diode which emits a light beam with a predetermined wavelength of approximately 500nm or less, there being an angle θ formed between a polarization direction of the light beam emitted by the laser diode, and a sub-scanning direction a beam deflector which deflects and scans the light beam emitted by the laser diode toward a photosensitive body; an f-θ lens which has at least one plastic lens and forms an image corresponding to the light deflected by the beam deflector on the photosensitive body; and the at least one plastic lens has a maximum value (L max) and a minimum value (L min) of a total light passing distance according to a deflection angle from an axis of the light beam; the method characterized by confguring the light scanning unit to satisfy the following formula: 0 < L max - L min ≤ 20 × cos θ 5 + 10 × λ / 5 × 10 - 4 where is a wavelength of the light beam emitted by the laser diode, such that the light scanning unit is set in consideration of the arrangement of the laser diode.
A computer-based method of modeling a geophysical system, comprising: defining a geophysical model of an area of the earth; defining a domain for the model including a physical domain and a parameter domain; defining a sparse domain for the model, wherein the sparse domain has a sparse parameter domain that is a subset of the parameter domain; determining a geophysical basis of the geophysical system; computing a sparse model result based on the sparse domain and the geophysical basis; resolving a model result from the sparse model result by interpolation; obtaining a perturbation response of the geophysical system; and defining a model error by comparing the model result to the perturbation response. defining a geophysical model of an area of the earth; defining a domain for the model including a physical domain and a parameter domain; defining a sparse domain for the model, wherein the sparse domain has a sparse parameter domain that is a subset of the parameter domain; determining a geophysical basis of the geophysical system; computing a sparse model result based on the sparse domain and the geophysical basis; resolving a model result from the sparse model result by interpolation; obtaining a perturbation response of the geophysical system; and defining a model error by comparing the model result to the perturbation response.
A composition suitable for firing to form a ceramic material therefrom, said composition comprising: (a) from 1 to 40 wt. % of a first particulate material having a Mohs hardness of at least 8.5 and a d 50 of from 20 μm to 500 μm; (b) at least 50 wt. % of a second particulate material comprising alumina and having a d 50 of from 0.1 to 20 μm; and (c) from 0 to 10 wt. % sintering aid; wherein the amount of (a), (b) and (c) are based on the total dry weight of the composition; and wherein the first particulate material is fused corundum and the second particulate material is calcined alumina particulate other than fused corundum. (a) from 1 to 40 wt. % of a first particulate material having a Mohs hardness of at least 8.5 and a d 50 of from 20 μm to 500 μm; (b) at least 50 wt. % of a second particulate material comprising alumina and having a d 50 of from 0.1 to 20 μm; and (c) from 0 to 10 wt. % sintering aid;
A quantum dot device, comprising an anode made of a conductive metal oxide, the conductive metal oxide having a work function, a hole injection layer on the anode, a hole transport layer on the hole injection layer, a quantum dot layer on the hole transport layer, and a cathode on the quantum dot layer, wherein an absolute value of a highest occupied molecule orbital energy level of the quantum dot layer is greater than or equal to 5.6 electronvolts, the hole injection layer has a first surface contacting the anode and a second surface contacting the hole transport layer, an absolute value of a highest occupied molecule orbital energy level of the first surface of the hole injection layer is greater than or equal to an absolute value of the work function of the anode, characterised in that a difference between an absolute value of a highest occupied molecule orbital energy level of the hole transport layer and an absolute value of the highest occupied molecule orbital energy level of the quantum dot layer is less than 0.5 electronvolts; and an absolute value of a highest occupied molecule orbital energy level of the first surface of the hole injection layer is different from an absolute value of a highest occupied molecule orbital energy level of the second surface of the hole injection layer.
A method for composing a metal treatment composition from a clay found in nature for creating a ceramic-metal layer on the surfaces of a friction pair comprising the steps of; producing a clay powder having a particle size range of 1-40 nanometers as measured by high resolution X-ray low-angle scattering (XRLS) and being in the full X-ray amorphous state, producing a Magnesium Metasilicate powder having a particle size range of 1 -40 nanometers and being in the full X-ray amorphous state, producing a Tin Chloride powder having a particle size range of 1-40 nanometers and being in the full X-ray amorphous state, and characterized by mixing a mineral oil and the clay powder and the Magnesium Metasilicate powder and the Tin Chloride powder in the following weight percentages; mineral oil 95.5-84 weight %, clay powder 3-8 weight %, Magnesium Metasilicate powder 0.5-3 weight %, and Tin Chloride powder 1-5 weight % to form the metal treatment composition for creating a ceramic-metal layer on the surfaces of a friction pair.
A method for wireless communications by a user equipment, UE, characterized by comprising: selecting a subset of antennas used for transmission as a function of antenna gain imbalance; transmitting to an access point power headroom information about the subset of antennas (408; 410; 412) used for transmission including individual power headroom information for a plurality of transmit antennas of the UE, wherein the power headroom information comprises a difference between a current transmit power of each antenna and a maximum transmit power. selecting a subset of antennas used for transmission as a function of antenna gain imbalance; transmitting to an access point power headroom information about the subset of antennas (408; 410; 412) used for transmission including individual power headroom information for a plurality of transmit antennas of the UE, wherein the power headroom information comprises a difference between a current transmit power of each antenna and a maximum transmit power.
A compound of formula R-Y1-CH 2 -CO-X wherein R is a linear C 10-24 unsubstituted unsaturated alkylene group said group comprising at least 4 non-conjugated double bonds; X is CF 3; and Y1 is selected from O, S, SO or SO 2; or a salt thereof for use in the treatment or prevention of a fibrotic disease, wherein the fibrotic disease is pulmonary fibrotic disorder or liver fibrosis. wherein R is a linear C 10-24 unsubstituted unsaturated alkylene group said group comprising at least 4 non-conjugated double bonds; X is CF 3; and Y1 is selected from O, S, SO or SO 2; or a salt thereof for use in the treatment or prevention of a fibrotic disease, wherein the fibrotic disease is pulmonary fibrotic disorder or liver fibrosis.
Piece of sleeping or reclining furniture, in particular a bed, comprising: - a mattress having at least one piezoelectric or electromagnetic sensor embedded in a foam material of the mattress for detecting vibrations, motion and/or sound, wherein the mattress has at least one sensor plate, which acts as an element for receiving structure-borne sound and to which the at least one sensor is coupled, - further comprising an evaluation unit, which is connected to the sensor and is designed to process and evaluate the signals from the at least one sensor and to detect physiological parameters of a person using the piece of sleeping or reclining furniture, characterized in that the piece of sleeping or reclining furniture has an electromotive furniture drive comprising adjusting drives (7, 8) for adjusting furniture parts and comprising a control device for controlling the adjusting drives (7, 8), wherein the evaluation unit is coupled to the control device or is integrated in the control device, and in that the mattress has at least one induction coil, which is arranged in an outer region and is connected to the sensor in order to inductively supply power to the sensor. - a mattress having at least one piezoelectric or electromagnetic sensor embedded in a foam material of the mattress for detecting vibrations, motion and/or sound, wherein the mattress has at least one sensor plate, which acts as an element for receiving structure-borne sound and to which the at least one sensor is coupled, - further comprising an evaluation unit, which is connected to the sensor and is designed to process and evaluate the signals from the at least one sensor and to detect physiological parameters of a person using the piece of sleeping or reclining furniture,
A heads-up display, comprising: a light emitting diode chip, including: a substrate; and an array of LEDs on the substrate arranged in a plurality of rows along a longitudinal direction of the substrate, and adjacent LEDs in each row of the array being separated by the same longitudinal pitch, each of the LEDs having a diameter between 1 μm and 50 μm, characterized by LEDs in a row of the array being longitudinally offset from corresponding LEDs in another row.
An extension set for coupling a medical fluid supply tube to the head of a catheter device, said extension set comprising a connector and a head of a catheter device, said head having a circular hub with a circumferential recess defined in a side surface of the circular hub, the connector comprising: a cap having a top surface, a bottom surface, a central region, and a circumferential region; the cap defining at least two slots, each slot extending from the circumferential region of the cap towards the central region, the slots defining at least one lobe, the at least one lobe including: an outwardly projecting lift tab, an inwardly projecting catch that is configured to releasably engage the circumferential recess, and at least a resilient region such that the lobe is reversibly deformed and spatially displaced when a force of between 2 and 14 Newtons is applied to its respective lift tab; wherein the connector is rotatably mounted on the circular hub and in a coupled state of the connector and the circular hub, the inwardly projecting catch is engaged in the circumferential recess, wherein to decouple the connector from the circular hub, at least one lift tab is liftable to reversibly displace the lobe and disengage the catch radially from the circumferential recess by deforming the resilient region. a cap having a top surface, a bottom surface, a central region, and a circumferential region; the cap defining at least two slots, each slot extending from the circumferential region of the cap towards the central region, the slots defining at least one lobe, the at least one lobe including: an outwardly projecting lift tab, an inwardly projecting catch that is configured to releasably engage the circumferential recess, and at least a resilient region such that the lobe is reversibly deformed and spatially displaced when a force of between 2 and 14 Newtons is applied to its respective lift tab; an outwardly projecting lift tab, an inwardly projecting catch that is configured to releasably engage the circumferential recess, and at least a resilient region such that the lobe is reversibly deformed and spatially displaced when a force of between 2 and 14 Newtons is applied to its respective lift tab; wherein the connector is rotatably mounted on the circular hub and in a coupled state of the connector and the circular hub, the inwardly projecting catch is engaged in the circumferential recess, wherein to decouple the connector from the circular hub, at least one lift tab is liftable to reversibly displace the lobe and disengage the catch radially from the circumferential recess by deforming the resilient region.
A mobile telecommunications network including: a network core operable to provide core network functions; and a radio access network having control means, and radio means for wireless communication with terminals registered with the telecommunications network; wherein the control means includes a client function operable to control routing of traffic within the control means; characterised in that: the client function is operable to control routing of traffic within the control means to a plurality of applications (20, 20A, 20B) hosted by the control means according to policy information provided by a director function of the core network, one or more of the applications (20, 20A, 20B) is operable to service a request from the terminal and accordingly sends a response data packet to the terminal, and the client function is operable to send a copy of the response data packet to the network core based on the policy information. a network core operable to provide core network functions; and a radio access network having control means, and radio means for wireless communication with terminals registered with the telecommunications network; wherein the control means includes a client function operable to control routing of traffic within the control means; the client function is operable to control routing of traffic within the control means to a plurality of applications (20, 20A, 20B) hosted by the control means according to policy information provided by a director function of the core network, one or more of the applications (20, 20A, 20B) is operable to service a request from the terminal and accordingly sends a response data packet to the terminal, and the client function is operable to send a copy of the response data packet to the network core based on the policy information.
Autonomous control mechanism for a timepiece movement or timepiece, comprising at least one selection and/or control means, comprising at least one control stem, which is movable with respect to a main bar between a plurality of stable stem positions, to actuate the pivoting, in each said stable stem position, of a single control train of a plurality of control trains comprised in said mechanism, and which comprises, on a first side of said main bar, at least a first control train or a first control drive means, and, on a second side of said main bar, opposite to said first side, at least a second control train or a second control drive means, and wherein said stem controls the positioning of a pull-out piece, which is fitted to said first side or to said second side and movable with respect to a boss or a pin comprised in said main bar, in a stable position of the pull-out piece associated with each said stable stem position, in which said stable pull-out piece position any movement applied to said control stem by the user causes the pivoting motion of either a single said first control train or first control drive means, or a single said second control train or second control drive means, wherein said control stem comprises guide means that cooperate with complementary guide means of a sliding pinion mounted on said control stem, to allow translation of said sliding pinion with respect to said control stem in a longitudinal direction in which said control stem is movable with respect to said main bar, and in order to make said sliding pinion pivot integrally with said control stem with respect to a pivot axis about which said control stem is arranged to pivot, and wherein said sliding pinion comprises a first driving means arranged to drive a said first control train or first control drive means, and also comprises a second drive means arranged to drive a said second control train or second control drive means, wherein said sliding pinion is in one piece and comprises a first toothing arranged to cooperate with a first idle wheel for driving a said first control train or first control drive means, and comprises a second toothing arranged to cooperate with a second idle wheel for driving a said second control train or second control drive means, and characterized in that said autonomous control mechanism comprises, fitted on said first side or on said second side of said main bar opposite to the side that carries said pull-out piece, a lever, arranged to carry said second idle wheel arranged to cooperate with said second drive means to drive, according to the position of said lever, a single said second control train or second control drive means of a plurality of said second control trains or second control drive means.
Apparatus for quantifying ocular dominance of a subject comprising - at least one display for providing a first image (20L, 30L) representing a first target (22L, 32L) to a first eye of the subject, and for providing a second image (20R, 30R) representing a second target (22R, 32R) to a second eye of the subject, and - a control unit to control the at least one display, wherein the first image (20L, 30L) and the second image (20R, 30R) are such that the first target (22L, 32L) on the first image (20L, 30L) has an identical position, an identical orientation, an identical size and an identical shape to the second target (22R, 32R) on the second image (20R, 30R), the first target (22L, 32L) comprises n points (PL1,.., PLi,...PLj,...PLn) and the second target (22R, 32R) comprises n points (PR1,...,PRi,..,PLj...PRn) where n≥2, 1≤i≤n and 1≤j≤n; each point (PLi) of the first target (22L, 32L) matches with a point (PRi) of the second target (22R, 32R) where PLi has the same position in the first image (20L, 30L) than PRi for 1≤i≤n in the second image (20R, 30R); to each point (PLi) of the first target and to each point (PRi) of the second target corresponds respectively a feature value VLi for the first target and a feature value VRi for the second target; the feature value of at least two points (PLi, PLj) of the first target differs; and for each n points (PLi, PRi) of the first and second target VLi + VRi = VLj + VRj for any i and j. - at least one display for providing a first image (20L, 30L) representing a first target (22L, 32L) to a first eye of the subject, and for providing a second image (20R, 30R) representing a second target (22R, 32R) to a second eye of the subject, and - a control unit to control the at least one display, the first image (20L, 30L) and the second image (20R, 30R) are such that the first target (22L, 32L) on the first image (20L, 30L) has an identical position, an identical orientation, an identical size and an identical shape to the second target (22R, 32R) on the second image (20R, 30R), the first target (22L, 32L) comprises n points (PL1,.., PLi,...PLj,...PLn) and the second target (22R, 32R) comprises n points (PR1,...,PRi,..,PLj...PRn) where n≥2, 1≤i≤n and 1≤j≤n; each point (PLi) of the first target (22L, 32L) matches with a point (PRi) of the second target (22R, 32R) where PLi has the same position in the first image (20L, 30L) than PRi for 1≤i≤n in the second image (20R, 30R); to each point (PLi) of the first target and to each point (PRi) of the second target corresponds respectively a feature value VLi for the first target and a feature value VRi for the second target; the feature value of at least two points (PLi, PLj) of the first target differs; and for each n points (PLi, PRi) of the first and second target VLi + VRi = VLj + VRj for any i and j.
Process for preparing triallyl isocyanurate (TAIC), comprising rearrangement of triallyl cyanurate in the presence of a Cu salt at a temperature of at least 90°C, characterized in that TAC and a Cu 2+ salt are introduced continuously in an amount of 0.01 to 1% by weight of Cu 2+, based on TAC, separately from one another or in the form of a mixture comprising these components, into a TAIC-containing reaction mixture which has been formed at at least 90°C by rearrangement of TAC in the presence of a Cu 2+ salt and has not been cooled below 90°C thereafter, the rearrangement is performed under these conditions while maintaining a temperature in the range of 90 to 160°C and an amount of reaction mixture corresponding to the addition is discharged continuously and TAIC is isolated therefrom.
Process for manufacturing acrolein from glycerol characterized in that the dehydration reaction of glycerol is carried out in the presence of a catalyst system comprising, as a main constituent, a catalyst corresponding to the general formula: MP x M' y O z in which: - M represents V; - M' represents an element selected from hydrogen atom or elements belonging to Group 1 to Group 16 of the Periodic Table; - x ranging from 0.2 to 3.0, limits included, preferably ranging from 0.5 to 2.5; - y ranging from 0 to 2.0, limits included, preferably from 0 to 1.0; and - z is the amount of oxygen bound to the other elements and that corresponds to their oxidation state. - M represents V; - M' represents an element selected from hydrogen atom or elements belonging to Group 1 to Group 16 of the Periodic Table; - x ranging from 0.2 to 3.0, limits included, preferably ranging from 0.5 to 2.5; - y ranging from 0 to 2.0, limits included, preferably from 0 to 1.0; and - z is the amount of oxygen bound to the other elements and that corresponds to their oxidation state.