mhurhangee/ep-ind-claims huggingface dataset:
A cylinder comprising a piston rod and an optical position sensor directed towards a marker disposed on the piston rod and comprising a number of code words, each code word consisting of two or more code characters and a separator character, each of the two or more code and separator characters consisting of a sequence of code elements (h, d) selected from a set of at least two code elements (h, d) readable by the position sensor and applied to the piston rod, wherein - b-different code characters (0, 1, 2,..., b-1) are formed from the code elements (h, d) in a b-adic representation, - two or more of the code characters (0, 1, 2,..., b-1) form a code word in the b-adic representation and - each code word has n code characters, characterized in that the marking comprises a plurality of code word pairs consisting of code words which are adjacent in the measuring direction and which have a predetermined total physical length on the piston rod in pairs, the total physical length being the same for all code word pairs. - b-different code characters (0, 1, 2,..., b-1) are formed from the code elements (h, d) in a b-adic representation, - two or more of the code characters (0, 1, 2,..., b-1) form a code word in the b-adic representation and - each code word has n code characters,
A double-caged platinum nanocluster complex, comprising: (a) a dendrimer; (b) a platinum nanocluster comprising platinum oxides, the platinum nanocluster being confined inside of the dendrimer; and (c) polyethylene glycol, coated on the surface of the dendrimer. (a) a dendrimer; (b) a platinum nanocluster comprising platinum oxides, the platinum nanocluster being confined inside of the dendrimer; and (c) polyethylene glycol, coated on the surface of the dendrimer.
Method for producing a dentition model by means of a milling machine, for which purpose digital data from a scanning operation of the dental situation presented by the patient are used for EDP-assisted modelling of a dentition model, characterized in that - a workpiece composed of at least two workpiece parts (1, 2) is clamped in detachably assembled fashion in a milling machine for the milling operation, - one of the workpiece parts is used to produce the toothed rim of the dentition model and at least one second workpiece part is used to simultaneously produce a base plate, - and the bores for connecting base plate and toothed rim are produced in one work operation through the base plate into the underside of the dentition model. - a workpiece composed of at least two workpiece parts (1, 2) is clamped in detachably assembled fashion in a milling machine for the milling operation, - one of the workpiece parts is used to produce the toothed rim of the dentition model and at least one second workpiece part is used to simultaneously produce a base plate, - and the bores for connecting base plate and toothed rim are produced in one work operation through the base plate into the underside of the dentition model.
A machine for cutting a laminated glass sheet comprising two side glass sheets and an intermediate sheet of thermoplastic material; the machine comprising a resting plane, scoring and breaking means to divide the laminated glass sheet into two pieces of sheet joined together by an elongated intermediate portion of said sheet of thermoplastic material, and a heating assembly of said elongated intermediate portion; the heating assembly comprising an outer bulb and heating emitting means comprising an incandescent elongated source housed in said bulb; the elongated incandescent source being arranged over or under said resting plane, kept during a step of heating in a fixed position with respect to said resting plane and to said sheet to emit a divergent heating beam having an optical axis thereof intersecting said elongated intermediate portion, characterized in that said heating assembly further comprises first focusing means for focusing at least part of said heating beam along at least a first elongated focusing line either external to or intersecting the elongated intermediate portion of said sheet of thermoplastic material and forming a thermal blade extending along said elongated portion to heat said elongated portion simultaneously.
Integrated optical waveguide evanescent field sensor for sensing of chemical and/or physical quantities, comprising a substrate carrying a waveguide layer structure comprising - a waveguide core layer sandwiched between two cladding layers (11, 12) formed by a lower and a upper cladding layer, of a lower refractive index than the waveguide core layer, - a sensing section (14A, 14B) comprising a sensing layer included in the upper cladding layer, wherein a longitudinal section of said substrate including said waveguide layer structure and said sensing section is exchangeable as a separate element, wherein the waveguide layer structure is formed as a channel (4, 5) over a portion of its length, characterized in that at least one lens is included in the waveguide layer structure located outside said channel (4, 5) and outside said separate element, such that in use a diverging beam leaving the channel (4, 5) and passing through the lens is converted into a parallel beam (24, 25), which parallel beam (24, 25) has a width that is larger than the width of the channel (4, 5). - a waveguide core layer sandwiched between two cladding layers (11, 12) formed by a lower and a upper cladding layer, of a lower refractive index than the waveguide core layer, - a sensing section (14A, 14B) comprising a sensing layer included in the upper cladding layer, wherein a longitudinal section of said substrate including said waveguide layer structure and said sensing section is exchangeable as a separate element,
Closure for a container, said container having an open top side defined by an upper rim comprising an outwardly extending peripheral ledge surrounding said open top side, the closure comprising an annular base to be fixed to the upper rim of the container and defining an access opening to the container, and the closure further comprising a lid moveable relative to the annular base between a closed position, in which the lid covers the access opening, and an open position, in which the access opening is unblocked by the lid, the annular base comprising a peripheral skirt which has an integral non-removable end portion adapted to be arranged over the upper rim of the container, and furthermore comprising a peripheral locking rim integrally formed on said end portion of the peripheral skirt, said peripheral locking rim having a proximal end and a distal end, said proximal end of the peripheral locking rim being hingedly connected to the peripheral skirt, allowing the peripheral locking rim to be moved to a folded state, in which the peripheral locking rim is folded inwardly towards an inner surface of the end portion of the peripheral skirt, such that, when the locking rim is in the folded state, the distal end thereof can move beyond and engage under the peripheral ledge of the container to lock the annular base to the upper rim of the container, wherein the locking rim has a circumferential surface facing radially inwardly in the folded state, characterized in that at least one circumferentially extending sealing rib (14, 15) is formed on said circumferential surface. the closure comprising an annular base to be fixed to the upper rim of the container and defining an access opening to the container, and the closure further comprising a lid moveable relative to the annular base between a closed position, in which the lid covers the access opening, and an open position, in which the access opening is unblocked by the lid, the annular base comprising a peripheral skirt which has an integral non-removable end portion adapted to be arranged over the upper rim of the container, and furthermore comprising a peripheral locking rim integrally formed on said end portion of the peripheral skirt, said peripheral locking rim having a proximal end and a distal end, said proximal end of the peripheral locking rim being hingedly connected to the peripheral skirt, allowing the peripheral locking rim to be moved to a folded state, in which the peripheral locking rim is folded inwardly towards an inner surface of the end portion of the peripheral skirt, such that, when the locking rim is in the folded state, the distal end thereof can move beyond and engage under the peripheral ledge of the container to lock the annular base to the upper rim of the container, wherein the locking rim has a circumferential surface facing radially inwardly in the folded state, characterized in that at least one circumferentially extending sealing rib (14, 15) is formed on said circumferential surface.
A process for esterifying a mixture comprising between 10% and 20% by weight free fatty acids (FFAs), said process comprising the steps of: (i) providing at least a first portion of the mixture to at least a first reaction vessel; (ii) heating the first portion of the mixture to a reaction temperature for esterification, the reaction temperature being between 71 °C and 76 °C; (iii) introducing esterification conditions to the first reaction vessel, comprising adding an esterification catalyst and an alcohol to the reaction vessel, the esterification catalyst being sulphuric acid; (iv) stopping the heating of the first portion of the mixture; (v) recirculating the first portion of the mixture by removing it from the first reaction vessel and returning it to the first reaction vessel; and (vi) esterifying the FFAs in the first portion of the mixture; wherein the recirculation of the first portion of the mixture is configured to maintain a reaction temperature suitable for esterification of the FFAs in the first portion of the mixture, the reaction temperature being between 71 °C and 76 °C; and wherein the mass of esterification catalyst used relative to the % by weight FFAs in the mixture before esterification is from 26 kg catalyst per % by weight FFAs to 32 kg catalyst per % by weight FFAs, such that the amount of FFAs in the mixture is reduced to 3% by weight or less. (i) providing at least a first portion of the mixture to at least a first reaction vessel; (ii) heating the first portion of the mixture to a reaction temperature for esterification, the reaction temperature being between 71 °C and 76 °C; (iii) introducing esterification conditions to the first reaction vessel, comprising adding an esterification catalyst and an alcohol to the reaction vessel, the esterification catalyst being sulphuric acid; (iv) stopping the heating of the first portion of the mixture; (v) recirculating the first portion of the mixture by removing it from the first reaction vessel and returning it to the first reaction vessel; and (vi) esterifying the FFAs in the first portion of the mixture; wherein the recirculation of the first portion of the mixture is configured to maintain a reaction temperature suitable for esterification of the FFAs in the first portion of the mixture, the reaction temperature being between 71 °C and 76 °C; and wherein the mass of esterification catalyst used relative to the % by weight FFAs in the mixture before esterification is from 26 kg catalyst per % by weight FFAs to 32 kg catalyst per % by weight FFAs, such that the amount of FFAs in the mixture is reduced to 3% by weight or less.
Headphones with - a memory on which one or more audio files (430, 450 are stored; wherein each of the one or more audio files (430; 450) is associated with a distinctive identification (440; 460), and wherein the one or more audio files (430; 450) are locked, such that access is only possible by an RFID code containing a distinctive identification corresponding to the distinctive identification (440; 460) of a respective audio file 430; 450); and - an NFC reader configured to read a distinctive identification of an NFC tag brought into the immediate vicinity of the NFC reader of the headphones, where the headphones thereby causing the headphones to: compare the distinctive identification of the NFC tag with distinctive identifications (440; 460) of audio files (430; 450) stored on the memory; unlock a corresponding audio file (430; 450) in the event that the distinctive identification of the NFC tag matches a distinctive identification (440; 460) of a stored audio file (430; 450); and automatically start playback of the corresponding audio file (430; 450). - a memory on which one or more audio files (430, 450 are stored; wherein each of the one or more audio files (430; 450) is associated with a distinctive identification (440; 460), and wherein the one or more audio files (430; 450) are locked, such that access is only possible by an RFID code containing a distinctive identification corresponding to the distinctive identification (440; 460) of a respective audio file 430; 450); and - an NFC reader configured to read a distinctive identification of an NFC tag brought into the immediate vicinity of the NFC reader of the headphones, where the headphones thereby causing the headphones to: compare the distinctive identification of the NFC tag with distinctive identifications (440; 460) of audio files (430; 450) stored on the memory; unlock a corresponding audio file (430; 450) in the event that the distinctive identification of the NFC tag matches a distinctive identification (440; 460) of a stored audio file (430; 450); and automatically start playback of the corresponding audio file (430; 450). compare the distinctive identification of the NFC tag with distinctive identifications (440; 460) of audio files (430; 450) stored on the memory; unlock a corresponding audio file (430; 450) in the event that the distinctive identification of the NFC tag matches a distinctive identification (440; 460) of a stored audio file (430; 450); and automatically start playback of the corresponding audio file (430; 450).
A lash extension comprising: a first cluster of hair comprising a first synthetic hair and a second cluster of hair comprising a second synthetic hair, wherein each of the first synthetic hair and the second synthetic hair have a proximal end (102PE, 104PE) and a distal end (102DE, 104DE); and a base, characterized in that the base intersects each synthetic hair (102, 104) between the proximal end (102PE, 104PE) and the distal end (102DE, 104DE), wherein the first synthetic hair of the first cluster intersects the second synthetic hair of the second cluster at the base, wherein a first segment of each synthetic hair (102, 104) extends between the base and the proximal end (102PE, 104PE) and a second segment of each synthetic hair (102, 104) extends between the base and the distal end (102DE, 104DE). a first cluster of hair comprising a first synthetic hair and a second cluster of hair comprising a second synthetic hair, wherein each of the first synthetic hair and the second synthetic hair have a proximal end (102PE, 104PE) and a distal end (102DE, 104DE); and a base, characterized in that the base intersects each synthetic hair (102, 104) between the proximal end (102PE, 104PE) and the distal end (102DE, 104DE), wherein the first synthetic hair of the first cluster intersects the second synthetic hair of the second cluster at the base, wherein a first segment of each synthetic hair (102, 104) extends between the base and the proximal end (102PE, 104PE) and a second segment of each synthetic hair (102, 104) extends between the base and the distal end (102DE, 104DE).
Payment terminal comprising a slot for inserting a magnetic memory card, a general display plane of said terminal, formed by a keyboard and/or a screen of the terminal, forming a non-zero angle with a general positioning surface of said terminal, said slot being arranged on a lateral side of said terminal, said terminal further comprising a pin-code mask and being characterized in that the bottom plane of the insertion slot of a magnetic memory card is substantially parallel to the plane on which the terminal is positioned and in that the height of the slot relative to the plane on which the terminal is positioned is calculated so that fingers holding the card during its translational motion within the slot do not come into contact with said pin-code mask of the terminal.
A tablet comprising crystalline -isopropyl 2-(( -(((2R,3R,4R,5R)-5-(2,4-dioxo-3,4-dihydropyrimidin-1 -yl)-4-fluoro-3-hydroxy-4-methyltetrahydrofuran-2-yl)methoxy)(phenoxy)phosphoryl)amino)propanoate represented by the formula Sp- 4: having XRPD 2θ-reflections (±0.2°) at 6.1, 8.2, 10.4, 12.7, 17.2, 17.7, 18.0, 18.8, 19.4, 19.8, 20.1, 20.8, 21.8 and 23.3.
A system comprising: a plurality of cells (104, 106, 108, 110) configured to provide wireless network connectivity to devices, each cell being configured to generate and send a demand, each demand indicating a current load for the one of the plurality of cells, and indicating an anticipated load for the one of the plurality of cells at a predetermined subsequent time; and a connector node in wireless communication with the plurality of cells over a shared wireless backhaul channel, the connector node configured to provide backhaul to or from a core network, the connector node configured to: receive said demand from each of the plurality of cells; determine a particular backhaul rate for each of the plurality of cells based on the demands received, on characteristics of the shared wireless backhaul channel and on assigned backhaul rates associated with the other cells of the plurality of cells, and allocate capacity based on the particular backhaul rates; wherein the connector node determines the particular backhaul rate for each cell of the plurality of cells to be equal to the demand when the demands from the plurality of cells is a set of achievable rates, and the particular backhaul rate for each of the plurality of cells to be set to an achievable rate based on the set of demands from the plurality of cells and on channel characteristics when the set of demands is determined to be unachievable. a plurality of cells (104, 106, 108, 110) configured to provide wireless network connectivity to devices, each cell being configured to generate and send a demand, each demand indicating a current load for the one of the plurality of cells, and indicating an anticipated load for the one of the plurality of cells at a predetermined subsequent time; and a connector node in wireless communication with the plurality of cells over a shared wireless backhaul channel, the connector node configured to provide backhaul to or from a core network, the connector node configured to: receive said demand from each of the plurality of cells; determine a particular backhaul rate for each of the plurality of cells based on the demands received, on characteristics of the shared wireless backhaul channel and on assigned backhaul rates associated with the other cells of the plurality of cells, and allocate capacity based on the particular backhaul rates; receive said demand from each of the plurality of cells; determine a particular backhaul rate for each of the plurality of cells based on the demands received, on characteristics of the shared wireless backhaul channel and on assigned backhaul rates associated with the other cells of the plurality of cells, and allocate capacity based on the particular backhaul rates; wherein the connector node determines the particular backhaul rate for each cell of the plurality of cells to be equal to the demand when the demands from the plurality of cells is a set of achievable rates, and the particular backhaul rate for each of the plurality of cells to be set to an achievable rate based on the set of demands from the plurality of cells and on channel characteristics when the set of demands is determined to be unachievable.
A method for monitoring brake torque of an elevator having a motor, comprising the steps of: determining a minimum motor current required to drive an output shaft of the motor through the brake while engaging the brake; computing a baseline brake torque based at least partially on the minimum motor current; characterized in that the method further comprises the steps of: periodically monitoring the brake torque for any significant decrease as compared with the baseline brake torque; and generating an alert if a subsequently computed brake torque is determined to be less than a predefined fraction of the baseline brake torque. determining a minimum motor current required to drive an output shaft of the motor through the brake while engaging the brake; computing a baseline brake torque based at least partially on the minimum motor current; characterized in that the method further comprises the steps of: periodically monitoring the brake torque for any significant decrease as compared with the baseline brake torque; and generating an alert if a subsequently computed brake torque is determined to be less than a predefined fraction of the baseline brake torque. periodically monitoring the brake torque for any significant decrease as compared with the baseline brake torque; and generating an alert if a subsequently computed brake torque is determined to be less than a predefined fraction of the baseline brake torque.
An apparatus comprising: an array of capacitive sensor electrodes comprising a plurality of distinct capacitive sensor electrodes distributed over a sensing area; conductive traces connected to respective ones of the plurality of distinct capacitive sensor electrodes; and a shield electrode overlying the conductive traces, wherein the shield electrode extends across the sensing area in multiple parallel shielding strips, between which are defined openings through the shield electrode to the underlying capacitive sensor electrodes, the openings defining multiple parallel unshielded strips and wherein the shield electrode overlies the conductive traces in the sensing area. an array of capacitive sensor electrodes comprising a plurality of distinct capacitive sensor electrodes distributed over a sensing area; conductive traces connected to respective ones of the plurality of distinct capacitive sensor electrodes; and a shield electrode overlying the conductive traces, wherein the shield electrode extends across the sensing area in multiple parallel shielding strips, between which are defined openings through the shield electrode to the underlying capacitive sensor electrodes, the openings defining multiple parallel unshielded strips and wherein the shield electrode overlies the conductive traces in the sensing area.
A multipole jack in which: terminal bases (21a-21i) that make contact with electrodes of a multipole plug are provided in an approximately cylindrical main body, connecting ends (212a-212i, 212m) of each terminal bases (21a -21i) are led out from the main body, the main body is attached to an approximately bottomed cylindrical resin case from an opening of the case, characterized in that inner ends (341a-341i) of extension terminals (34a-34i) which protrude through side walls of the case and which are insert-molded are electrically connected to the connecting ends (212a-212i, 212m) of the corresponding terminal bases (21a -21i). terminal bases (21a-21i) that make contact with electrodes of a multipole plug are provided in an approximately cylindrical main body, connecting ends (212a-212i, 212m) of each terminal bases (21a -21i) are led out from the main body, the main body is attached to an approximately bottomed cylindrical resin case from an opening of the case, characterized in that inner ends (341a-341i) of extension terminals (34a-34i) which protrude through side walls of the case and which are insert-molded are electrically connected to the connecting ends (212a-212i, 212m) of the corresponding terminal bases (21a -21i).
A crystalline form of the compound 2-(3-(8-amino-6-(trifluoromethyl)imidazo[1,2-a]pyrazin-3 -yl)-4-methylphenyl)-3,3,3 -trifluoro-2-hydroxypropanamide.