mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging device including an image sensor having a plurality of photodiodes and a controller which is adapted to control the image sensor , wherein each of the plurality of photodiodes includes: a first semiconductor region of a first conductive-type formed in common to the plurality of photodiodes; a second semiconductor region of a second conductive-type contrary to the first conductive-type, which is formed over the first semiconductor region and is separated from an adjacent photodiode by a channel stopper of the first conductive-type formed in common to the plurality of photodiodes; a third semiconductor region of the first conductive-type formed over the second semiconductor region ; a first potential setting region which sets a potential in the first semiconductor region; and a second potential setting region which sets a potential in the third semiconductor region , and the controller is adapted to supply mutually different voltages to the first potential setting region and the second potential setting region to generate an accelerating electric field so as to acceleratedly move, into the second semiconductor region , either one of positive and negative electric charges generated in the first semiconductor region . each of the plurality of photodiodes includes: a first semiconductor region of a first conductive-type formed in common to the plurality of photodiodes; a second semiconductor region of a second conductive-type contrary to the first conductive-type, which is formed over the first semiconductor region and is separated from an adjacent photodiode by a channel stopper of the first conductive-type formed in common to the plurality of photodiodes; a third semiconductor region of the first conductive-type formed over the second semiconductor region ; a first potential setting region which sets a potential in the first semiconductor region; and a second potential setting region which sets a potential in the third semiconductor region , and a first semiconductor region of a first conductive-type formed in common to the plurality of photodiodes; a second semiconductor region of a second conductive-type contrary to the first conductive-type, which is formed over the first semiconductor region and is separated from an adjacent photodiode by a channel stopper of the first conductive-type formed in common to the plurality of photodiodes; a third semiconductor region of the first conductive-type formed over the second semiconductor region ; a first potential setting region which sets a potential in the first semiconductor region; and a second potential setting region which sets a potential in the third semiconductor region , and the controller is adapted to supply mutually different voltages to the first potential setting region and the second potential setting region to generate an accelerating electric field so as to acceleratedly move, into the second semiconductor region , either one of positive and negative electric charges generated in the first semiconductor region .
Method for identifying a current brought about due to a fault, in particular an arc, in a main current path comprising a first coil that comprises a winding with a plurality of turns and that is inductively coupled to a second coil , in which method - a voltage is applied to the second coil , - an electric current produced by the second coil is detected, - the electric current is compared with a limit value, and - the presence of the fault is deduced on the basis of the comparison, characterized in that a third coil is electrically connected in antiparallel with the second coil and is inductively coupled to the second coil . - a voltage is applied to the second coil , - an electric current produced by the second coil is detected, - the electric current is compared with a limit value, and - the presence of the fault is deduced on the basis of the comparison,
Method for producing a double-gate non-volatile memory cell comprising a driver transistor comprising a gate and a memory transistor comprising a control gate adjacent to the gate of the driver transistor, wherein the following steps are carried out: ∘ forming at least partially the gate of the driver transistor comprising the obtaining of a relief made of a semi-conductive material on a substrate ; ∘ forming the control gate of the memory transistor, comprising steps of: - forming on at least one edge of the relief made of a semi-conductive material and at least one portion of the substrate of a stack of layers configured to store electrical charges; - deposition of a first layer of a semi-conductive material so as to cover the stack of layers at least; - etching of the first layer so as to form a first pattern juxtaposed to the relief made of a semi-conductive material of the gate of the driver transistor; characterised in that the formation of the control gate of the memory transistor further comprises following steps of: ∘ forming a second layer of a semi-conductive material at least on the first pattern , ∘ etching of the second layer so as to form on the first pattern , a second pattern having an upper face , substantially flat, configured to make it possible for a re-contact on the control gate of the memory transistor. ∘ forming at least partially the gate of the driver transistor comprising the obtaining of a relief made of a semi-conductive material on a substrate ; ∘ forming the control gate of the memory transistor, comprising steps of: - forming on at least one edge of the relief made of a semi-conductive material and at least one portion of the substrate of a stack of layers configured to store electrical charges; - deposition of a first layer of a semi-conductive material so as to cover the stack of layers at least; - etching of the first layer so as to form a first pattern juxtaposed to the relief made of a semi-conductive material of the gate of the driver transistor; - forming on at least one edge of the relief made of a semi-conductive material and at least one portion of the substrate of a stack of layers configured to store electrical charges; - deposition of a first layer of a semi-conductive material so as to cover the stack of layers at least; - etching of the first layer so as to form a first pattern juxtaposed to the relief made of a semi-conductive material of the gate of the driver transistor; ∘ forming a second layer of a semi-conductive material at least on the first pattern , ∘ etching of the second layer so as to form on the first pattern , a second pattern having an upper face , substantially flat, configured to make it possible for a re-contact on the control gate of the memory transistor.
A computer implemented method for providing access to a third party service, the method comprising the steps of: obtaining location and time data for each of a first plurality of mobile electronic devices , each mobile electronic device being associated with one user of a second plurality of users, said second plurality of users comprising a group of associated users; comparing a first set of location and time data obtained for a first mobile electronic device of said first plurality of mobile electronic devices to a second set of location and time data obtained for a second mobile electronic device of said first plurality of mobile electronic devices to determine that at least the first and the second mobile electronic devices were kept in close proximity to each other for a first predetermined period of time and over a predetermined distance covered together by the two mobile electronic devices; determining from said comparison of the first and second set of location and time data for said at least two mobile electronic devices that the first and second mobile electronic devices reached together an end-location wherein the end-location is confined within a boundary of a geofence ; and in response to said determination, communicating, to a third party device, data comprising an identifier of a user associated with the respective first or second mobile electronic device to enable the third party device to provide access to the third party service for said user. obtaining location and time data for each of a first plurality of mobile electronic devices , each mobile electronic device being associated with one user of a second plurality of users, said second plurality of users comprising a group of associated users; comparing a first set of location and time data obtained for a first mobile electronic device of said first plurality of mobile electronic devices to a second set of location and time data obtained for a second mobile electronic device of said first plurality of mobile electronic devices to determine that at least the first and the second mobile electronic devices were kept in close proximity to each other for a first predetermined period of time and over a predetermined distance covered together by the two mobile electronic devices; determining from said comparison of the first and second set of location and time data for said at least two mobile electronic devices that the first and second mobile electronic devices reached together an end-location wherein the end-location is confined within a boundary of a geofence ; and in response to said determination, communicating, to a third party device, data comprising an identifier of a user associated with the respective first or second mobile electronic device to enable the third party device to provide access to the third party service for said user.
A surgical positioning instrument for controlled delivery of a device to a target site of a bone to be treated, comprising: a main body extending at one end into an indicator probe for visual determination of the target site, and at an opposite end into a handle , the indicator probe including, on its underside, a terminal end for placement against a surface of the bone; rail arms , each rail arm extending in opposite directions from the main body and having a free end; an alignment guide having a device portal for insertion of a device therethrough, the alignment guide being detachable and movable along a length of the rail , wherein the device portal is configured to provide delivery of the device to the target site indicated by the indicator probe ; and characterised in that one of the rail arms has a larger radius than the other rail arm. a main body extending at one end into an indicator probe for visual determination of the target site, and at an opposite end into a handle , the indicator probe including, on its underside, a terminal end for placement against a surface of the bone; rail arms , each rail arm extending in opposite directions from the main body and having a free end; an alignment guide having a device portal for insertion of a device therethrough, the alignment guide being detachable and movable along a length of the rail , wherein the device portal is configured to provide delivery of the device to the target site indicated by the indicator probe ; and characterised in that one of the rail arms has a larger radius than the other rail arm.
Device for covering at least one component (F, S, P) of a fastening system (B) for a fastening point, in which a rail (S) for a rail vehicle is fastened on a substrate (U), wherein the fastening system (B) comprises a spring element (F), which, in the mounted state, exerts an elastic hold-down force on the rail (S), and wherein the device comprises a cover cap provided to be positioned over the spring element (F) in order to shield the spring element (F) from the environment, wherein the cover cap has a recess which, in the state positioned over the spring element (F), receives the spring element (F) and which is dimensioned in such manner that the spring element (F) can freely follow, within the recess , the movements of the rail (S) occurring during use, wherein the device also comprises a retaining part , which can be handled separately from the cover cap and is provided to be arranged in the region of the spring element (F), and has at least one moulded element , which serves as a stop for positioning the cover cap on the retaining part in a precise manner, characterised in that the retaining part has at least one underlying section , which can be inserted under an assigned section of the spring element (F).
Substructure for a ship sliding door arrangement, characterized by at least one frame having at least one upper horizontal frame profile and at least two vertical frame profiles connected to the upper horizontal frame profile so as to extend in parallel with one another and at a spacing from one another, wherein at least one T-shaped longitudinal slot in each case is formed on vertical frame outer sides or vertical frame inner sides of the vertical frame profiles and on a horizontal frame inner side of the upper horizontal frame profile , which slot extends continuously in the longitudinal direction of the relevant frame profile , wherein the relevant vertical frame profile is fastened to the upper vertical frame profile via at least one connection angle, wherein the relevant connection angle has a horizontal slot nut portion inserted into the T-shaped longitudinal slot on the horizontal frame inner side of the upper horizontal frame and a vertical slot nut portion connected thereto and inserted into the T-shaped longitudinal slot on the horizontal frame outer side or frame inner side of the relevant vertical frame profile , and wherein at least one threaded bore extending in the depth direction of the relevant T-shaped longitudinal slot is formed on each slot nut portion, into which threaded bore a set screw is screwed in each case.
A process to produce a (iv) cyclic polyester oligomer composition comprising cyclic polyester oligomers having two to five repeat units and containing furanic units, said process comprising the steps of: (a) reacting a monomer composition comprising: (i) a bifunctional furan-derivative having two functional groups selected from the group consisting of carboxylic acid, ester, acid halide and their combinations and (ii) a diol in an linear oligomerization step to produce a (iii) linear polyester oligomer composition comprising a linear oligomer species containing one or more furanic units and two to four repeat units, (b) reacting the (iii) linear polyester oligomer composition in a distillation-assisted cyclization (DA-C) step to form a (iv) cyclic polyester oligomer composition comprising cyclic oligomers having two to five repeat units and containing furan units and a (v) diol byproduct, wherein the (v) diol byproduct is removed by evaporation in the distillation-assisted cyclization (DA-C) step, wherein distillation-assisted cyclization means that that the cyclization reaction in a typically single reaction vessel is accompanied and enhanced by the simultaneous removal of condensation reaction byproducts and solvent through their evaporization, followed by the collection of these byproducts and solvent, as well as other volatile species, via condensation in a separate vessel. (a) reacting a monomer composition comprising: (i) a bifunctional furan-derivative having two functional groups selected from the group consisting of carboxylic acid, ester, acid halide and their combinations and (ii) a diol in an linear oligomerization step to produce a (iii) linear polyester oligomer composition comprising a linear oligomer species containing one or more furanic units and two to four repeat units, (b) reacting the (iii) linear polyester oligomer composition in a distillation-assisted cyclization (DA-C) step to form a (iv) cyclic polyester oligomer composition comprising cyclic oligomers having two to five repeat units and containing furan units and a (v) diol byproduct,
Apparatus including a safety circuit arrangement for electronically interconnecting first electronic circuitry in a hazardous environment with second electronic circuitry whilst partitioning the second electronic circuitry from the hazardous environment, the apparatus comprising: a) a body defining a passage which opens at one end into the hazardous environment, the passage comprising a stepped bore defined in the body, the stepped bore having adjacent first and second portions, the first portion having a larger diameter than the second portion and the body defining a shoulder at the intersection of the first and second portions of the bore which shoulder is directed away from said one end of the passage; b) a PCB mounted to the shoulder in the first portion of the bore so as to extend across and close the passage, a seal being provided between the PCB and the shoulder and the PCB being encased within a layer of insulating material on the side of the PCB facing away from said one end of the passage, the PCB and insulating layer forming a gas tight barrier across the passage; c) the PCB having at least one first connector connected with said first electronic circuity located in the hazardous environment and at least one second connector extending through the layer of insulating material and connected with said second electronic circuitry; d) the at least one first connector and the at least one second connector being electronically coupled such that the first electronic circuitry is electronically connected with the second electronic circuity through the PCB and insulating layer. a) a body defining a passage which opens at one end into the hazardous environment, the passage comprising a stepped bore defined in the body, the stepped bore having adjacent first and second portions, the first portion having a larger diameter than the second portion and the body defining a shoulder at the intersection of the first and second portions of the bore which shoulder is directed away from said one end of the passage; b) a PCB mounted to the shoulder in the first portion of the bore so as to extend across and close the passage, a seal being provided between the PCB and the shoulder and the PCB being encased within a layer of insulating material on the side of the PCB facing away from said one end of the passage, the PCB and insulating layer forming a gas tight barrier across the passage; c) the PCB having at least one first connector connected with said first electronic circuity located in the hazardous environment and at least one second connector extending through the layer of insulating material and connected with said second electronic circuitry; d) the at least one first connector and the at least one second connector being electronically coupled such that the first electronic circuitry is electronically connected with the second electronic circuity through the PCB and insulating layer.
Method for actuating a magnetic resonance imaging system for generating magnetic resonance image data (BD) of an examination object (O), in which k-space data (RD) is acquired as part of an accelerated echoplanar imaging (A-EPI) with undersampling according to a pulse sequence diagram (PSS), which pulse sequence diagram (PSS) has a plurality of repetitions, each of which comprising - a first sampling diagram (AS1) for a recording (NA) of k- space data (RD) for Nyquist ghosting correction or for generating magnetic field maps, - a subsequent second sampling diagram (AS2) for an accelerated echoplanar recording (A-EPI) and - an excitation diagram (A-RF) shared by both recordings (NA, A-EPI), wherein the first sampling diagram (AS1) of a real subset (REP1, REP2, REP3, REP4) of the plurality of repetitions is modified in that, on the basis of the k-space data (RD) acquired using the modified first sampling diagram (AS1), it is made possible to expand k-space data (RD) that is missing as a consequence of the undersampling and/or to correct artifacts occurring due to the undersampling in the image space. - a first sampling diagram (AS1) for a recording (NA) of k- space data (RD) for Nyquist ghosting correction or for generating magnetic field maps, - a subsequent second sampling diagram (AS2) for an accelerated echoplanar recording (A-EPI) and - an excitation diagram (A-RF) shared by both recordings (NA, A-EPI),
A sniffer leak detector with a sniffer probe and a vacuum pump connected to each other via a gas flow path, wherein a gas analyzer is arranged along the gas flow path for analyzing the gas drawn in by the vacuum pump via the sniffer probe , and with a distance sensor detecting the distance between the sniffer probe and a test object , and a control connected to the distance sensor , characterized in that the control is configured to vary the carrier gas flow conveyed along the gas flow path in dependence on the distance measured by setting a greater gas flow for a greater distance than for a smaller distance.
A method for producing rubber particles bound to a membrane-associated protein, the method comprising the step of performing protein synthesis in the presence of both rubber particles and a cell-free protein synthesis solution containing an mRNA coding for a membrane-associated protein to bind the membrane-associated protein to the rubber particles.
A household appliance comprising at least one cover plate (8; 11; 23), which cover plate (8; 11; 23) is a formed sheet metal part, wherein - the cover plate (8; 11; 23) is a bent plate sheet metal part having linear bending lines (16-18; 26; 27-29) that each extend over a respective full width (W) of the cover plate (8; 11; 23), - the cover plate (8; 23) is a cover plate (8; 23) of a drawer of the household appliance , - the cover plate is designed to cover the front side of the drawer , and - end caps (9; 12; 24) are fixed to the cover plate (8; 11; 23) covering sides of the cover plate (8; 11; 23), characterized in that - the end caps (9; 24) are formed as grip plates respectively comprising a cup-shaped recess , wherein the recesses are provided to be gripped by hand to move the drawer . - the cover plate (8; 11; 23) is a bent plate sheet metal part having linear bending lines (16-18; 26; 27-29) that each extend over a respective full width (W) of the cover plate (8; 11; 23), - the cover plate (8; 23) is a cover plate (8; 23) of a drawer of the household appliance , - the cover plate is designed to cover the front side of the drawer , and - end caps (9; 12; 24) are fixed to the cover plate (8; 11; 23) covering sides of the cover plate (8; 11; 23), - the end caps (9; 24) are formed as grip plates respectively comprising a cup-shaped recess , wherein the recesses are provided to be gripped by hand to move the drawer .