mhurhangee/ep-ind-claims huggingface dataset:
A nylon tube automatic thermoforming apparatus, comprising a main body, a conveying assembly, a heating assembly and a tube bending assembly, characterized in that the heating assembly comprises an oven communicating with the conveying assembly and an electrically heated cylinder arranged between the oven and the tube bending assembly, wherein a heating coil is arranged in the electrically heated cylinder, the conveying assembly is configured to convey a nylon tube via the oven and the heating coil into the tube bending assembly, the electrically heated cylinder and the tube bending assembly are arranged outside the main body, and an air cooling system and a cut-off device are arranged outside the tube bending assembly.
A process for preparing potassium thiosulfate comprising the following steps: Step: providing a potassium hydroxide solution; Step: adding sulfur to the solution at a sulfur to potassium hydroxide mole ratio of from 1: 1 to 6: 1; Step: reacting these at a temperature of at least 70°C to form a reaction mixture comprising potassium polysulfide; Step: adding an oxidizing agent to the reaction mixture and reacting under conditions suitable to form potassium thiosulfate; and Step: recovering the potassium thiosulfate. Step: providing a potassium hydroxide solution; Step: adding sulfur to the solution at a sulfur to potassium hydroxide mole ratio of from 1: 1 to 6: 1; Step: reacting these at a temperature of at least 70°C to form a reaction mixture comprising potassium polysulfide; Step: adding an oxidizing agent to the reaction mixture and reacting under conditions suitable to form potassium thiosulfate; and Step: recovering the potassium thiosulfate.
A protective apparatus comprising: an impact shell having an anterior surface, an opposite posterior surface, a medial edge, an opposite lateral edge, a superior edge, and an opposite inferior edge; the impact shell further comprising an integrally formed structural lattice protruding from the impact shell posterior surface forming a protrusion surface, the lattice having a medial portion, a middle portion, and a lateral portion, wherein the lattice is comprised of a plurality of ribs; the lattice protruding from the impact shell posterior surface a first amount proximate the medial portion and a second amount proximate the middle portion, wherein the first amount is less than the second amount; an impact attenuating structure positioned proximate the posterior surface of the impact shell and the protrusion surface of the lattice, the impact attenuating structure affixed to the impact shell at least proximate the medial edge and the lateral edge, wherein a plurality of channels are recessed from a posterior surface of the impact attenuating structure; wherein the impact shell is coupled to an anterior surface of the impact attenuating structure and one or more of the channels on the posterior surface of the impact attenuating structure align with one or more corresponding ribs of the lattice on the posterior surface of the impact shell; and wherein the lattice is comprised of a first set of ribs extending from an inferior medial location to a superior lateral location of the impact shell and a second set of ribs extending from an inferior lateral location to a superior medial location of the impact shell.
A method of diagnosing pancreatic carcinoma, comprising detecting the expression of microRNA markers stably existing in the serum/plasma deriving from living body, tissues, organs and/or corpuses of a subject, the microRNA markers being: miR-25, and any one or more of markers selected from the group consisting of miR-20a, miR-99, miR-185, miR-21, miR-24, and miR-191, wherein the up-regulated expression of said microRNA in serum/plasma relative to a normal subject is indicative of pancreatic carcinoma in the subject.
A method for encapsulating a device with a hermetic seal comprising: forming a first layer of a first metal having at least one raised feature having a centerline over a first substrate; forming a second layer of a second metal wherein the first metal has a higher melting temperature than the second metal; and hermetically coupling the first substrate to a second substrate with an alloy formed from the first metal and the second metal adjacent to the at least one raised feature characterized in that when hermetically coupling the substrates, the raised feature penetrates into the second layer of the second metal when it is molten, and forms at least two regions of a stoichiometric alloy adjacent to the raised feature, whereby a double seal is formed about the centerline, and wherein the first metal is gold and the second metal is indium, and the stoichiometric alloy is AuIn 2. forming a first layer of a first metal having at least one raised feature having a centerline over a first substrate; forming a second layer of a second metal wherein the first metal has a higher melting temperature than the second metal; and hermetically coupling the first substrate to a second substrate with an alloy formed from the first metal and the second metal adjacent to the at least one raised feature characterized in that when hermetically coupling the substrates, the raised feature penetrates into the second layer of the second metal when it is molten, and forms at least two regions of a stoichiometric alloy adjacent to the raised feature, whereby a double seal is formed about the centerline, and wherein the first metal is gold and the second metal is indium, and the stoichiometric alloy is AuIn 2.
A nicotinic acetylcholine receptor subunit alpha polypeptide comprising a polypeptide motif of the sequence of Pro-Ser-Xaa1-Xaa2-Xaa3-Trp (SEQ ID NO:19) wherein: Xaa1 refers to Ser; Xaa2 refers to Lys or Leu; and Xaa3 refers to Ile. Xaa1 refers to Ser; Xaa2 refers to Lys or Leu; and Xaa3 refers to Ile.
An insulated cooler unit for producing cooled air, comprising within a thermally-insulated housing chamber: - an inlet for introducing air to be cooled, - an outlet for exiting of cooled air, - an air heat exchanger for cooling air, - a first fan, the unit additionally comprises - a first track member, optionally having a first channel member, - one or more first sliding member(s) adapted to slide over the first track member or within the optional first channel member, wherein the first fan is connected to the first sliding member, and wherein the first fan is slidably mounted in the first track member by means of the first sliding member(s), and wherein the first fan is capable of being slidably moved over a portion of a, preferably an entire, first length of the first track member, and characterized in that the unit additionally comprises one to four, preferably two, further fan(s) each connected to at least one further sliding members, and wherein each further fan is slidably mounted in the first track member by means of the further sliding member(s), and wherein each further fan is capable of being slidably moved over a portion of a, preferably an entire, first length of the first track member. - an inlet for introducing air to be cooled, - an outlet for exiting of cooled air, - an air heat exchanger for cooling air, - a first fan, - a first track member, optionally having a first channel member, - one or more first sliding member(s) adapted to slide over the first track member or within the optional first channel member,
Pharmaceutical dosage form comprising an active compound combination of nifedipine or nisoldipine and at least one angiotensin II antagonist and/or at least one diuretic, characterized in that the core is an osmotic release system, characterized in that the coat of the osmotic release system consists of cellulose acetate or a mixture of cellulose acetate and polyethylene glycol and furthermore characterized in that nifedipine or nisoldipine is located in the core and the angiotensin II antagonist and/or the diuretic is located in a mantle coating around the core and characterized in that the mantle coating comprises at least one film-forming polymer suitable for the rapid release of active compounds, wherein the film-forming polymer is partially hydrolysed polyvinyl alcohol, and furthermore characterized in that at least 85% of the nifedipine or nisoldipine (based on the declared total amount of the respective active compound) are released over a period of 24 hours, 5 to 17% of the nifedipine or nisoldipine are released over 4 hours and 43 to 80% of the nifedipine or nisoldipine are released over 12 hours according to USP release method using apparatus 2 (paddle) and at least 60% of the angiotensin II antagonist and/or the diuretic (based on the declared total amount of the respective active compound) are released over 30 minutes according to USP release method using apparatus 2 (paddle) at 75 revolutions per minute in 900 ml of suitable medium.
A porous material containing main aggregates and auxiliary aggregates as aggregates, wherein the main aggregates are silicon carbide particles, the auxiliary aggregates comprise (i) mullite particles or (ii) mullite particles and alumina particles, the aggregates are bound to one another via a binding phase so as to form pores, the binding phase contains at least one of an amorphous phase and a cordierite phase, and the porosity of the porous material is from 40 to 90%.
A calorimeter comprising: a plurality of graphite cores, each having a temperature sensing element upon a corresponding outer surface or embedded within a corresponding core; a jacket surrounding the plurality of graphite cores to provide thermal isolation of the plurality of cores from the ambient environment; a plurality of heater elements disposed on the inner surface of the jacket, each of the heater elements aligned with one or more of the plurality of graphite cores; an insulation layer disposed between the plurality of graphite cores and the jacket; and a shield having a shield temperature sensing element disposed on an inner surface of the shield and configured to provide temperature data. a plurality of graphite cores, each having a temperature sensing element upon a corresponding outer surface or embedded within a corresponding core; a jacket surrounding the plurality of graphite cores to provide thermal isolation of the plurality of cores from the ambient environment; a plurality of heater elements disposed on the inner surface of the jacket, each of the heater elements aligned with one or more of the plurality of graphite cores; an insulation layer disposed between the plurality of graphite cores and the jacket; and a shield having a shield temperature sensing element disposed on an inner surface of the shield and configured to provide temperature data.
A shovel, comprising: a cabin; a display device attached to the cabin; a main pump; an internal combustion configured to drive the main pump; an information acquiring device; and a controller configured to calculate an amount of work indicated by either a volume of an excavated material per predetermined period of time or a weight per the predetermined period of time based on the information acquired by the information acquiring device and to cause the display device to display the calculated amount of work per the predetermined period of time in a chronological order. a cabin; a display device attached to the cabin; a main pump; an internal combustion configured to drive the main pump; an information acquiring device; and a controller configured to calculate an amount of work indicated by either a volume of an excavated material per predetermined period of time or a weight per the predetermined period of time based on the information acquired by the information acquiring device and to cause the display device to display the calculated amount of work per the predetermined period of time in a chronological order.
A drive device for an electric bicycle, in particular for a Pedelec operated in a hybrid fashion by an electric motor and by muscle force, with - a drive housing, in which a hollow shaft is mounted, which is connected to a chain wheel of a chain transmission of an electric bicycle, - a pedal crank shaft, which is arranged coaxially in respect to the hollow shaft and which is connected at both ends to pedal cranks (23, 24), - a first clutch, which is arranged between the hollow shaft and the pedal crank shaft and is shifted depending on the rotation direction and - an electric motor, whose output is connected to the hollow shaft via a second clutch which is shifted depending on the rotation direction, characterized in that the hollow shaft is formed such that it is coupled to the pedal crank shaft in both rotation directions of the pedal crank shaft. - a drive housing, in which a hollow shaft is mounted, which is connected to a chain wheel of a chain transmission of an electric bicycle, - a pedal crank shaft, which is arranged coaxially in respect to the hollow shaft and which is connected at both ends to pedal cranks (23, 24), - a first clutch, which is arranged between the hollow shaft and the pedal crank shaft and is shifted depending on the rotation direction and - an electric motor, whose output is connected to the hollow shaft via a second clutch which is shifted depending on the rotation direction,
A method performed by a network node, the method comprising: allocating a first wake-up signal at a first frequency location; allocating a second WUS at a second frequency location based at least in part on the first frequency location; responsive to receiving a page associated with a wireless device configured for the first WUS, transmitting the first WUS on the first frequency location; and responsive to receiving a page associated with a wireless device configured for the second WUS, transmitting the second WUS on the second frequency location; characterised in that: the first WUS is associated with a first generation of a wireless system specification and the second WUS is associated with a second generation of the wireless system specification. allocating a first wake-up signal at a first frequency location; allocating a second WUS at a second frequency location based at least in part on the first frequency location; responsive to receiving a page associated with a wireless device configured for the first WUS, transmitting the first WUS on the first frequency location; and responsive to receiving a page associated with a wireless device configured for the second WUS, transmitting the second WUS on the second frequency location; characterised in that: the first WUS is associated with a first generation of a wireless system specification and the second WUS is associated with a second generation of the wireless system specification.
A method for manufacturing a staircase, comprising: - providing plate material, comprising planing, ripping, sanding, sawing and/or gluing together a carrier material based on wood, such as, for example, wood, plywood or MDF to form a plate-shaped core of a defined thickness; - manufacturing staircase component boards from the plate material by sawing; - with the aid of a CNC machining station, machining the staircase component boards for providing treads and stringers ready for assembly; - assembling the treads in the stringers to form a staircase; characterized in that - providing the plate material, further comprises covering the thus formed plate-shaped core on two sides with HPL (12b, 12c); - after machining of the staircase component boards with the aid of the CNC machining station and prior to assembly of the treads in the stringers, machined faces of the stringers that are exposed at least after assembly are covered with HPL or ABS laminate. - providing plate material, comprising planing, ripping, sanding, sawing and/or gluing together a carrier material based on wood, such as, for example, wood, plywood or MDF to form a plate-shaped core of a defined thickness; - manufacturing staircase component boards from the plate material by sawing; - with the aid of a CNC machining station, machining the staircase component boards for providing treads and stringers ready for assembly; - assembling the treads in the stringers to form a staircase; - providing the plate material, further comprises covering the thus formed plate-shaped core on two sides with HPL (12b, 12c); - after machining of the staircase component boards with the aid of the CNC machining station and prior to assembly of the treads in the stringers, machined faces of the stringers that are exposed at least after assembly are covered with HPL or ABS laminate.
An eyesight testing apparatus (10, 35) comprising an imaging device for the virtual imaging of a test object, which is located within a focal length of the imaging device and can be imaged at different distances, into an eye (11, 12) of a subject located in a focal point of the imaging device, comprising an optical deflection device, the deflection device being arranged in a beam path (13, 14) between the imaging device and the test object and deflecting the beam path by 180 degrees, the deflection device being displaceable in the direction of the beam path, and the test object not being displaceable, comprising a monitor device, the monitor device generating the test object, the monitor device comprising a single monitor, the optical components (16, 17, 18, 19, 23) lying in the beam path being of such a size that both eyes of the subject are able to take part in the test, it thus being possible for a partial beam path (13; 14) to be formed for each eye, a blocking device being arranged in the beam path, the blocking device comprising two LCD blocking elements (31, 32) which are each assigned to the partial beam paths and which are connected to the monitor for being controlled synchronously, characterised in that two visually different test objects can be displayed at the same time in a discernible manner by means of the monitor, the respective partial beam paths (13; 14) being blockable or releasable by means of the LCD blocking elements simultaneously with a change of a display of the test objects on the monitor, the LCD blocking elements being designed to block or release the partial beam paths separately so that in each case only one of the test objects becomes visible through a partial beam path.
A parallel test payload for testing analog carriers, comprising: a bit sequence configured to be segmented into a plurality of sub-sequences (14, 16, 18) having variable bit length carriers; and each of the plurality of sub-sequences including: respective carriers (C0, C1, C2, C3, C4, C5, C6, C7) represented uniformly in each one of the respective sub-sequences (14, 16, 18), such that each of the respective carriers are equally represented in each respective sub-sequence; wherein each respective sub-sequence has different number of bits per carrier; wherein the bit sequence is represented in each of the plurality of sub-sequences through the respective carriers. a bit sequence configured to be segmented into a plurality of sub-sequences (14, 16, 18) having variable bit length carriers; and each of the plurality of sub-sequences including: respective carriers (C0, C1, C2, C3, C4, C5, C6, C7) represented uniformly in each one of the respective sub-sequences (14, 16, 18), such that each of the respective carriers are equally represented in each respective sub-sequence; wherein each respective sub-sequence has different number of bits per carrier; wherein the bit sequence is represented in each of the plurality of sub-sequences through the respective carriers. respective carriers (C0, C1, C2, C3, C4, C5, C6, C7) represented uniformly in each one of the respective sub-sequences (14, 16, 18), such that each of the respective carriers are equally represented in each respective sub-sequence; wherein each respective sub-sequence has different number of bits per carrier; wherein the bit sequence is represented in each of the plurality of sub-sequences through the respective carriers.
A transmission component, comprising: a plurality of lasers configured to produce single-wavelength light at different wavelengths; a multiplexer configured to combine the single-wavelength light from the plurality of lasers into a multi-wavelength light signal; a switch configured to selectively pulse the multi-wavelength light signal according to received data to impose the received data on the multi-wavelength light signal to form a pulsed multi-wavelength light signal, by selectively switching the multi-wavelength light signal between an output channel and a loopback path; and an output port configured to output the pulsed multi-wavelength light signal. a plurality of lasers configured to produce single-wavelength light at different wavelengths; a multiplexer configured to combine the single-wavelength light from the plurality of lasers into a multi-wavelength light signal; a switch configured to selectively pulse the multi-wavelength light signal according to received data to impose the received data on the multi-wavelength light signal to form a pulsed multi-wavelength light signal, by selectively switching the multi-wavelength light signal between an output channel and a loopback path; and an output port configured to output the pulsed multi-wavelength light signal.
A metal plating apparatus for plating metal with zinc, and characterized in that the metal plating apparatus includes: • a rotating device including - a driving assembly comprising a driving gear, - a rotating assembly connected with and controlled by the driving assembly, and the rotating assembly including a sustaining pillar, and - a rotating seat mounted on the sustaining pillar and engaged with the driving gear; and • a plurality of stirring devices mounted on the rotating seat radially and spaced apart from each other. • a rotating device including - a driving assembly comprising a driving gear, - a rotating assembly connected with and controlled by the driving assembly, and the rotating assembly including a sustaining pillar, and - a rotating seat mounted on the sustaining pillar and engaged with the driving gear; and - a driving assembly comprising a driving gear, - a rotating assembly connected with and controlled by the driving assembly, and the rotating assembly including a sustaining pillar, and - a rotating seat mounted on the sustaining pillar and engaged with the driving gear; and • a plurality of stirring devices mounted on the rotating seat radially and spaced apart from each other.
A global navigation satellite system, GNSS, signal distribution system, configured to be disposed inside an equipment room of a GNSS base station and comprising: at least two baseband units, BBUs,; and a rack-type power splitter connected to each of the at least two BBUs, wherein the at least two BBUs and the rack-type power splitter are configured to be installed on a rack; a slot is configured to be disposed on the rack-type power splitter, and the slot is configured to support at least one type of card; the GNSS signal distribution system is further configured to, after a card is inserted into the slot, connect the card inserted into the slot to the rack-type power splitter; and the rack-type power splitter is configured to process a GNSS signal received from a GNSS antenna outside the equipment room based on a functional module of the card inserted into the slot, and distribute processed GNSS signals to the at least two BBUs. at least two baseband units, BBUs,; and a rack-type power splitter connected to each of the at least two BBUs, wherein the at least two BBUs and the rack-type power splitter are configured to be installed on a rack; a slot is configured to be disposed on the rack-type power splitter, and the slot is configured to support at least one type of card; the GNSS signal distribution system is further configured to, after a card is inserted into the slot, connect the card inserted into the slot to the rack-type power splitter; and the rack-type power splitter is configured to process a GNSS signal received from a GNSS antenna outside the equipment room based on a functional module of the card inserted into the slot, and distribute processed GNSS signals to the at least two BBUs.