mhurhangee/ep-ind-claims huggingface dataset:
A box, comprising: a floor; two end walls (106a, 106b); two side walls (108a, 108b); and a plurality of openings (134a-134h) in the floor; characterized by a carrier introduced into the box; wherein each of the openings (134a-134h) is dimensioned to receive a supporting bar (138a-138f), and wherein the openings (134a-134h) are arranged to uniformly lift the carrier at supporting bars (138a-138f) introduced into the openings (134a-134h) and position the same at a position above the floor. a floor; two end walls (106a, 106b); two side walls (108a, 108b); and a plurality of openings (134a-134h) in the floor; characterized by a carrier introduced into the box; wherein each of the openings (134a-134h) is dimensioned to receive a supporting bar (138a-138f), and wherein the openings (134a-134h) are arranged to uniformly lift the carrier at supporting bars (138a-138f) introduced into the openings (134a-134h) and position the same at a position above the floor.
A method, comprising: at an electronic device including one or more processors, memory, a touch-sensitive surface, a display, and a location sensor (135, 168): automatically, and without instructions from a user: determining that a user of the electronic device is in a vehicle that has come to rest at a geographic location; upon determining that the user has left the vehicle at the geographic location, determining whether positioning information, retrieved from the location sensor to identify the geographic location, satisfies accuracy criteria; upon determining that the positioning information does not satisfy the accuracy criteria, providing a prompt to the user to input information about the geographic location; in response to providing the prompt, receiving information from the user about the geographic location and storing the information as vehicle location information; and in accordance with a determination that the user is heading towards the geographic location, displaying a user interface object that includes the vehicle location information, wherein the user interface object is displayed on a lock screen of the electronic device. automatically, and without instructions from a user: determining that a user of the electronic device is in a vehicle that has come to rest at a geographic location; upon determining that the user has left the vehicle at the geographic location, determining whether positioning information, retrieved from the location sensor to identify the geographic location, satisfies accuracy criteria; determining that a user of the electronic device is in a vehicle that has come to rest at a geographic location; upon determining that the user has left the vehicle at the geographic location, determining whether positioning information, retrieved from the location sensor to identify the geographic location, satisfies accuracy criteria; upon determining that the positioning information does not satisfy the accuracy criteria, providing a prompt to the user to input information about the geographic location; in response to providing the prompt, receiving information from the user about the geographic location and storing the information as vehicle location information; and in accordance with a determination that the user is heading towards the geographic location, displaying a user interface object that includes the vehicle location information, wherein the user interface object is displayed on a lock screen of the electronic device.
A manual dosing device with a support structure with means for releasably holding (30.1, 30.2) a syringe at the lower end drive means (36, 41) that generate a linear movement and are fastened to the structure above the means for releasably holding (30.1, 30.2) at least one displacement means for transferring the linear movement on a piston of the syringe through a rod for displacement of a fluid in the syringe, and a covering housing, characterized in that the supporting structure is formed by an elongated frame including parallel spaced elongated members (5.1, 5.2, 6.1, 6.2) such that the forces are transferred into frame if the drive means (36, 41) drive the displacement means and if the syringe with means for releasably holding (30.1, 30.2) is displaced and the housing covers the frame.
A balloon, which can be illuminated from within, can be filled with propellant gas, and is capable of ascending, with a lower and an upper area when used for the generic purpose, with an interior space, wherein in the interior space, one or more light diodes are located, which are designed and equipped to illuminate the interior space of the balloon, wherein the one or more light diodes is or are connected or connectable via at least one first cable or at least one contact with at least one energy source, which is located outside of the interior space which can be filled or is filled with propellant gas, wherein the energy source is held in height by propellant gas, characterized in that the balloon is formed from one, two or more material strips or comprises said strips, which is or are interconnected along shared seams in such a manner as to be sealed against the propellant gas, that the one light diode or several light diodes is or are incorporated in sections in one or in several places into at least one provided shared seam of adjacent material strips, or that one, in particular flexible, first connecting element is incorporated in sections or essentially completely in one or more places into at least one provided shared seam of adjacent material strips or adjacent material sections, wherein the one light diode or the several light diodes is or are connected or connectable with the first connecting element, and that the seam connecting the adjacent material strips, in particular film strips, represents a weld seam, and that all the seams are essentially outside the interior space.
A terminal comprising a terminal container and configured to be accommodated in a terminal cavity of a connector housing comprising: elastic contact pieces configured to come into elastic contact with a counterpart terminal in a terminal container, each of the elastic contact pieces including a bent portion bent and extending from a portion of a side wall (2a, 2b) of the terminal container in the terminal container, each of the elastic contact pieces further includes a contact portion which is bent and extends from a front end of a clamping portion and is bent in a direction of elastic contact with the counterpart terminal, and then extends in a direction of insertion/extraction of the counterpart terminal to the terminal container, characterized in that the clamping portion extends from a front end of the bent portion in the terminal container along an extending direction of the side wall (2a, 2b), and gaps larger than a bending range of the elastic contact piece clamping the counterpart terminal are formed between the clamping portions and inner wall portions (4a, 4b) of the terminal cavity. elastic contact pieces configured to come into elastic contact with a counterpart terminal in a terminal container, each of the elastic contact pieces including a bent portion bent and extending from a portion of a side wall (2a, 2b) of the terminal container in the terminal container, each of the elastic contact pieces further includes a contact portion which is bent and extends from a front end of a clamping portion and is bent in a direction of elastic contact with the counterpart terminal, and then extends in a direction of insertion/extraction of the counterpart terminal to the terminal container, characterized in that the clamping portion extends from a front end of the bent portion in the terminal container along an extending direction of the side wall (2a, 2b), and gaps larger than a bending range of the elastic contact piece clamping the counterpart terminal are formed between the clamping portions and inner wall portions (4a, 4b) of the terminal cavity.
A method for data transmission, comprising: determining a signaling speed of operation of an electronic device; selecting a data bus inversion algorithm based on the signaling speed of operation; using the selected data bus inversion algorithm to encode data; and sending the encoded data and a data bus inversion flag to a receiver over a transmission line. determining a signaling speed of operation of an electronic device; selecting a data bus inversion algorithm based on the signaling speed of operation; using the selected data bus inversion algorithm to encode data; and sending the encoded data and a data bus inversion flag to a receiver over a transmission line.
A variable displacement radial piston fluid working machine, the fluid working machine comprising: an inward ring and an outward ring around the inward ring; the inward ring comprising a rotatable ring cam, the outward ring comprising a plurality of radially extending cylinders circumferentially spaced around the outward ring, each cylinder having a piston reciprocably mounted therein; a drive shaft coupled to the ring cam; the outward ring comprising first and second axially spaced structural members (18A, 18B) and a plurality of cylinder blocks demountably retainable therebetween, each of the plurality of cylinder blocks comprising at least some of the said plurality of cylinders each said cylinder block being mountable to locate one or more said cylinders in opposing relation to a portion of the ring cam to enable the pistons to be driven by the ring cam and demountable to expose the inward ring for access, characterised in that the ring cam comprises a plurality of ring cam segments which are individually removable in a radially outward direction between the first and second axially spaced structural elements (18A,18B) when the or each cylinder block which would otherwise overlay the respective ring cam segment is demounted. an inward ring and an outward ring around the inward ring; the inward ring comprising a rotatable ring cam, the outward ring comprising a plurality of radially extending cylinders circumferentially spaced around the outward ring, each cylinder having a piston reciprocably mounted therein; a drive shaft coupled to the ring cam; the outward ring comprising first and second axially spaced structural members (18A, 18B) and a plurality of cylinder blocks demountably retainable therebetween, each of the plurality of cylinder blocks comprising at least some of the said plurality of cylinders each said cylinder block being mountable to locate one or more said cylinders in opposing relation to a portion of the ring cam to enable the pistons to be driven by the ring cam and demountable to expose the inward ring for access, characterised in that the ring cam comprises a plurality of ring cam segments which are individually removable in a radially outward direction between the first and second axially spaced structural elements (18A,18B) when the or each cylinder block which would otherwise overlay the respective ring cam segment is demounted.
A method of shielding an implantable medical lead, comprising: providing an inner layer of insulation establishing an axial dimension, the inner layer surrounding at least one conductive filar, providing a shield over the inner layer of insulation, the shield comprising: at least six metal wires (1140, 1142) forming a braid about the inner layer of insulation with at least three of the at least six wires being coiled in a first direction and at least three of the at least six wires being coiled in a second direction, the metal wires each having a dimension that faces outward from the inner layer within a range from 0.013 - 0.065 mm (0.5 to 2.5 mils); providing an outer layer of insulation over the shield; providing at least one proximal electrode on a proximal end of the inner layer of insulation and at least one distal electrode on a distal end of the inner layer of insulation, with the at least one conductive filar establishing an electrical pathway between the at least one proximal electrode and the at least one distal electrode; characterized in that the outer layer of insulation is being adhered to the inner layer of insulation through openings within the braid formed by the metal wires. providing an inner layer of insulation establishing an axial dimension, the inner layer surrounding at least one conductive filar, providing a shield over the inner layer of insulation, the shield comprising: at least six metal wires (1140, 1142) forming a braid about the inner layer of insulation with at least three of the at least six wires being coiled in a first direction and at least three of the at least six wires being coiled in a second direction, the metal wires each having a dimension that faces outward from the inner layer within a range from 0.013 - 0.065 mm (0.5 to 2.5 mils); at least six metal wires (1140, 1142) forming a braid about the inner layer of insulation with at least three of the at least six wires being coiled in a first direction and at least three of the at least six wires being coiled in a second direction, the metal wires each having a dimension that faces outward from the inner layer within a range from 0.013 - 0.065 mm (0.5 to 2.5 mils); providing an outer layer of insulation over the shield; providing at least one proximal electrode on a proximal end of the inner layer of insulation and at least one distal electrode on a distal end of the inner layer of insulation, with the at least one conductive filar establishing an electrical pathway between the at least one proximal electrode and the at least one distal electrode; characterized in that the outer layer of insulation is being adhered to the inner layer of insulation through openings within the braid formed by the metal wires.
A peptide of 10 to 30 amino acids, comprising a) amino acid sequence E-X 1 X 2 X 3 -YVGHH-X 4 (SEQ ID NO: 9), wherein at least one of X 1, X 2, or X 3, being a glycine or a serine residue, while the other(s) of X 1, X 2, or X 3 are any amino acid; and X 4 is a threonine or glutamine;or b) a sequence deriving from SEQ ID NO: 9 by one or more chemical modifications that protect the peptide against proteolysis, wherein said modification is selected from the group consisting of i) the N-terminus being in the form of an acetyl group, ii) the C-terminus being in the form of an amide group, and iii) a -CONH- peptide bond being modified and replaced by a (CH2NH) reduced bond, a (NHCO) retro-inverso bond, a (CH2-O) methylene-oxy bond, a (CH2-S) thiomethylene bond, a (CH2CH2) carba bond, a (CO-CH2) cetomethylene bond, a (CHOH-CH2) hydroxyethylene bond), a (N-N) bound, a E-alcene bond or a -CH=CH-bond. a) amino acid sequence E-X 1 X 2 X 3 -YVGHH-X 4 (SEQ ID NO: 9), wherein at least one of X 1, X 2, or X 3, being a glycine or a serine residue, while the other(s) of X 1, X 2, or X 3 are any amino acid; and X 4 is a threonine or glutamine;or wherein at least one of X 1, X 2, or X 3, being a glycine or a serine residue, while the other(s) of X 1, X 2, or X 3 are any amino acid; and X 4 is a threonine or glutamine;or b) a sequence deriving from SEQ ID NO: 9 by one or more chemical modifications that protect the peptide against proteolysis, wherein said modification is selected from the group consisting of i) the N-terminus being in the form of an acetyl group, ii) the C-terminus being in the form of an amide group, and iii) a -CONH- peptide bond being modified and replaced by a (CH2NH) reduced bond, a (NHCO) retro-inverso bond, a (CH2-O) methylene-oxy bond, a (CH2-S) thiomethylene bond, a (CH2CH2) carba bond, a (CO-CH2) cetomethylene bond, a (CHOH-CH2) hydroxyethylene bond), a (N-N) bound, a E-alcene bond or a -CH=CH-bond.
Portable power tool, in particular circular saw, having a housing unit, having at least one guide unit at least for guiding a pivoting movement of the housing unit, having at least one setting unit (16a; 16b) for setting at least one cutting parameter, in particular a cutting depth and/or a cutting angle, which has at least one securing element (18a, 32a), arranged on the guide unit, for securing a position of the housing unit and/or for limiting a movement of the housing unit, having at least one operator control unit (20a; 20b), which has at least one operator control element (22a, 34a; 22b, 34b) at least for acting on the securing element (18a, 32a), and having at least one at least partially flexible transmission unit (24a, 36a; 24b, 36b), which is intended to transmit a movement of the operator control element (22a, 34a; 22b, 34b) to the securing element (18a, 32a), wherein the guide unit comprises at least one guide element for the housing unit, which is in the form of a slotted guide, a guide groove or of a guide rail, characterized in that the securing element (18a, 32a) is in the form of a latching element, wherein the transmission unit (24a, 36a; 24b, 36b) has at least one transmission element (26a, 28a, 70a) for connecting the operator control element (22a, 34a; 22b, 34b) and the securing element (18a, 32a), which is in the form of a flexible tensile-force transmission element in the form of a cable pull and/or Bowden cable or of an incompressible compressive-force transmission element, wherein the transmission unit (24a, 36a; 24b, 36b) is provided for transmitting at least a part of an operating force acting on the operator control element (22a, 34a; 22b, 34b) as an actuating force to the securing element (18a, 32a), and wherein at least a majority of the transmission unit (24a, 36a; 24b, 36b) is arranged within the housing unit.
Process for the preparation of a high-purity ferric citrate, said process comprising the following steps: a) bringing into contact ferric acetylacetonate and citric acid in at least one liquid medium so as to obtain a mixture; b) heating the mixture obtained in step a) to a temperature from 35°C to the reflux temperature of the at least one medium used so as to obtain a solution of ferric citrate in said medium; c) bringing into contact the solution of ferric citrate with an antisolvent so as to cause its precipitation; and d) isolating and, optionally, drying it. a) bringing into contact ferric acetylacetonate and citric acid in at least one liquid medium so as to obtain a mixture; b) heating the mixture obtained in step a) to a temperature from 35°C to the reflux temperature of the at least one medium used so as to obtain a solution of ferric citrate in said medium; c) bringing into contact the solution of ferric citrate with an antisolvent so as to cause its precipitation; and d) isolating and, optionally, drying it.
A multimedia processing method applied to a multimedia processing system, the multimedia processing system comprising a multimedia processing apparatus and multimedia processing server, wherein the method comprises the following steps performed by the multimedia processing apparatus: sending a management information request to the multimedia processing server; sending a task list request to the multimedia processing server; receiving management information and a remote task list comprising at least one task, each task having an associated start time from a multimedia processing server; and calculating a wake time of the multimedia processing apparatus according to the management information, the remote task list, and a local task list comprising at least one task having an associated start time that is stored on the multimedia processing apparatus; wherein the management information comprises a prestart interval, and wherein the calculating a wake time comprises modifying the start time of a task based on the prestart interval; sending the wake time to the multimedia processing server; receiving an adjusted wake time from the multimedia processing server, wherein the adjusted wake time is generated by the multimedia processing server according the number of multimedia processing apparatus that are connected to the multimedia processing server wherein the wake time is adjusted if it is determined by the multimedia processing server that load of a time slot in which the wake time is located exceeds the load of the multimedia processing server, wherein the time slot is included in the management information; and waking up at the adjusted wake time and executing a task in the remote task list. sending a management information request to the multimedia processing server; sending a task list request to the multimedia processing server; receiving management information and a remote task list comprising at least one task, each task having an associated start time from a multimedia processing server; and calculating a wake time of the multimedia processing apparatus according to the management information, the remote task list, and a local task list comprising at least one task having an associated start time that is stored on the multimedia processing apparatus; wherein the management information comprises a prestart interval, and wherein the calculating a wake time comprises modifying the start time of a task based on the prestart interval; sending the wake time to the multimedia processing server; receiving an adjusted wake time from the multimedia processing server, wherein the adjusted wake time is generated by the multimedia processing server according the number of multimedia processing apparatus that are connected to the multimedia processing server wherein the wake time is adjusted if it is determined by the multimedia processing server that load of a time slot in which the wake time is located exceeds the load of the multimedia processing server, wherein the time slot is included in the management information; and waking up at the adjusted wake time and executing a task in the remote task list.
Sleep trainer comprising a band including at least two electrodes (21, 22) for carrying out an impedance measurement and a monitor for receiving a measurement signal from the electrodes (21, 22) which monitor is releasable connected to the band to allow a user to manually remove the monitor from the band, in which the band includes a band body comprising a first electrode and a second electrode, in which each electrode (21, 22) has an electrode distal end (211, 221) comprising a sensor pad (212, 222) exposing at an external surface at an inner side of the band in which the sensor pad (212, 222) is arranged for a skin contact; and in which each electrode (21, 22) has an electrode proximal end (210, 220) exposing at an externally accessible surface of the band forming a band contact point (210, 220), and a band pocket for receiving the monitor in which each band contact point (210, 220) is positioned inside the band pocket; the monitor includes a monitor housing for supporting electrical components, in which the monitor is provided with a first and second monitor contact point (31, 32) to obtain an electrical connection of the monitor with respectively the first and second band contact point (210, 220) of the first and second electrode (21, 22), which monitor contact points (31, 32) are positioned at an external surface of the monitor, in which the band and monitor contact points (210, 220; 31, 32) are arranged to obtain the electrical connection by an abutting engagement of the contact points (210, 220; 31, 32), in which the band pocket is dimensioned in correspondence with the monitor housing to mate the monitor contact points (31, 32) with the band contact points (210, 220) and wherein the band pocket has a band pocket wall which is stretchable to press the monitor contact points (31, 32) onto the band contact points (210, 220). in which each electrode (21, 22) has an electrode distal end (211, 221) comprising a sensor pad (212, 222) exposing at an external surface at an inner side of the band in which the sensor pad (212, 222) is arranged for a skin contact; and in which each electrode (21, 22) has an electrode proximal end (210, 220) exposing at an externally accessible surface of the band forming a band contact point (210, 220), and