mhurhangee/ep-ind-claims huggingface dataset:
A deep-drawing packaging machine having: a sealing device that clamps and seals a top film and a bottom film by an upper mold and a lower mold, clamping tabs that clamp both-side edges of the top film and the bottom film, and a carrying device that carries the top film and the bottom film clamped by the clamping tabs; characterized in that the deep-drawing packaging machine is configured to generate a gap between the clamping tab and the top film and the bottom film positioned in a range clamped by the upper mold and the lower mold when the upper mold and the lower mold of the sealing device are closed.
An apparatus, comprising: a riser spider to connect a plurality of riser pipe sections during assembly of a riser pipe string, the riser spider to form an annulus around a first section of the plurality of riser pipe sections and to support the first section of the plurality of riser pipe sections during connection to a second section of the plurality of riser pipe sections; the apparatus further comprises: an antenna to read a plurality of radio frequency identification tags attached to outsides of the plurality of riser pipe sections, characterised in that the antenna comprises an oblong loop attached to and substantially spanning about half of an internal surface of the riser spider so that the antenna follows the contour of the riser spider. a riser spider to connect a plurality of riser pipe sections during assembly of a riser pipe string, the riser spider to form an annulus around a first section of the plurality of riser pipe sections and to support the first section of the plurality of riser pipe sections during connection to a second section of the plurality of riser pipe sections; the apparatus further comprises: an antenna to read a plurality of radio frequency identification tags attached to outsides of the plurality of riser pipe sections, characterised in that the antenna comprises an oblong loop attached to and substantially spanning about half of an internal surface of the riser spider so that the antenna follows the contour of the riser spider. an antenna to read a plurality of radio frequency identification tags attached to outsides of the plurality of riser pipe sections, characterised in that the antenna comprises an oblong loop attached to and substantially spanning about half of an internal surface of the riser spider so that the antenna follows the contour of the riser spider.
A pouched product for oral use comprising a liquid permeable cover material and a portion sized amount of a filling material comprising nicotine, the filling material comprising a first type of particles, the first type of particles being water insoluble particles of microcrystalline cellulose, water insoluble starch or a mixture thereof, the filling material being enclosed by the liquid permeable cover material, the pouched product having a generally rectangular shape defining a first main surface and a second main surface and having a thickness between the first main surface and the second main surface, characterized in that the particles of the first type of particles have an average particle size within the range of from 0.5 mm to 2.5 mm, that the filling material has a pre-use moisture content of from 1% by weight of the filling material to 35% by weight of the filling material and that the filling material comprises one or more water soluble components, the pouched product having a pre-use thickness determined as the maximum distance between the two main surfaces (8, 9) at an applied pressure force of 0.5 N and a post-use thickness determined as the maximum distance between the two main surfaces (8, 9) at an applied pressure force of 0.5 N after a use period of 10 minutes according to the test procedure disclosed herein, and a ratio (t2/t1) between the post-use thickness and the pre-use thickness being in the range of from 1.0 to 1.25, wherein nicotine is present on an outer surface of at least some particles of the first type of particles.
A method for determining a network topology of a hierarchical network, the method comprising the steps of: (a) providing an outage state matrix representing an outage state of leaf nodes at the lowest hierarchical level of said hierarchical network; (b) decomposing the state matrix into a first probability matrix ( Ŵ) indicating for each inner node of said hierarchical network the probability that the respective inner node forms the origin of an outage at the lowest hierarchical level of said hierarchical network and into a second probability matrix indicating for each leaf node at the lowest hierarchical level of said hierarchical network the probability that an inner node forms a hierarchical superordinate node of the respective leaf node at the lowest hierarchical level of said hierarchical network; and (c) evaluating the second probability matrix to determine the network topology of said hierarchical network wherein the hierarchical network is a hierarchical power supply network, wherein the hierarchical power supply network comprises at its lowest hierarchy level leaf nodes formed by smart meters generating event data streams indicating a current outage state of the leaf nodes of said power supply network, wh erein the outage state matrix derived from event data streams is a two-dimensional matrix, wherein the first dimension of said outage state matrix represents time, and wherein the second dimension of said outage state matrix represents smart meters forming leaf nodes at the lowest hierarchical level of said power supply network, wherein each column of said two-dimensional outage state matrix represents states of a respective smart meter at particular points in time, and wherein each row of said outage state matrix represents the states of all smart meters at a particular point in time. (a) providing an outage state matrix representing an outage state of leaf nodes at the lowest hierarchical level of said hierarchical network; (b) decomposing the state matrix into a first probability matrix ( Ŵ) indicating for each inner node of said hierarchical network the probability that the respective inner node forms the origin of an outage at the lowest hierarchical level of said hierarchical network and into a second probability matrix indicating for each leaf node at the lowest hierarchical level of said hierarchical network the probability that an inner node forms a hierarchical superordinate node of the respective leaf node at the lowest hierarchical level of said hierarchical network; and (c) evaluating the second probability matrix to determine the network topology of said hierarchical network wherein the hierarchical network is a hierarchical power supply network, wherein the second dimension of said outage state matrix represents smart meters forming leaf nodes at the lowest hierarchical level of said power supply network, wherein each column of said two-dimensional outage state matrix represents states of a respective smart meter at particular points in time, and wherein each row of said outage state matrix represents the states of all smart meters at a particular point in time.
An openable box-like induction coil forming at least one single turn coil when in the closed position to form an induction furnace in its interior volume, the openable box-like induction coil having at least one pair of electric power terminal connections (92a, 92b); characterised by: the openable box-like induction coil having a pair of pivot connections (P 1, P 2) to allow pivot opening of at least two opposing moveable sides (12a, 12b) of the openable box-like induction coil, and wherein the openable box-like induction coil includes a box-like electromagnetically shielded enclosure surrounding the openable box-like induction coil, the box-like electromagnetically shielded enclosure having at least two movable side sections (14a, 14b) facing each of the at least two opposing moveable sides (12a, 12b) of the openable box-like induction coil to allow opening of the at least two opposing moveable sides of the openable box-like induction coil at least partially through the installed planes of the at least two movable side sections of the box-like electromagnetically shielded enclosure when the at least two moveable side sections of the box-like electromagnetically shielded enclosure are at least partially removed from the installed planes. the openable box-like induction coil having a pair of pivot connections (P 1, P 2) to allow pivot opening of at least two opposing moveable sides (12a, 12b) of the openable box-like induction coil, and wherein the openable box-like induction coil includes a box-like electromagnetically shielded enclosure surrounding the openable box-like induction coil, the box-like electromagnetically shielded enclosure having at least two movable side sections (14a, 14b) facing each of the at least two opposing moveable sides (12a, 12b) of the openable box-like induction coil to allow opening of the at least two opposing moveable sides of the openable box-like induction coil at least partially through the installed planes of the at least two movable side sections of the box-like electromagnetically shielded enclosure when the at least two moveable side sections of the box-like electromagnetically shielded enclosure are at least partially removed from the installed planes.
An easy-to-remove member, applied to a battery of an electronic device, comprises: a first surface including: a weak adhesive portion to be bonded with a bottom surface of the battery; and a strong adhesive portion to be bonded with a top surface of the battery, wherein a separating structure is arranged at a boundary between the weak adhesive portion and the strong adhesive portion, the separating structure is to separate the easy-to-remove member into a first body and a second body, the first body corresponds to the weak adhesive portion, which comprises a first adhesive-free portion, and the second body corresponds to the strong adhesive portion; and a second surface, wherein at least a part of the second surface of the first body is to be bonded with an inner wall of a battery cabin of the electronic device, and the second surface of the second body is to be attached to the inner wall of the battery cabin; characterized in that: the easy-to-remove member also comprises a second adhesive-free portion that is uncoated with adhesive, and the second adhesive-free portion is located at an edge of the strong adhesive portion. a first surface including: a weak adhesive portion to be bonded with a bottom surface of the battery; and a strong adhesive portion to be bonded with a top surface of the battery, wherein a separating structure is arranged at a boundary between the weak adhesive portion and the strong adhesive portion, the separating structure is to separate the easy-to-remove member into a first body and a second body, the first body corresponds to the weak adhesive portion, which comprises a first adhesive-free portion, and the second body corresponds to the strong adhesive portion; and a weak adhesive portion to be bonded with a bottom surface of the battery; and a strong adhesive portion to be bonded with a top surface of the battery, wherein a separating structure is arranged at a boundary between the weak adhesive portion and the strong adhesive portion, the separating structure is to separate the easy-to-remove member into a first body and a second body, the first body corresponds to the weak adhesive portion, which comprises a first adhesive-free portion, and the second body corresponds to the strong adhesive portion; and a second surface, wherein at least a part of the second surface of the first body is to be bonded with an inner wall of a battery cabin of the electronic device, and the second surface of the second body is to be attached to the inner wall of the battery cabin; the easy-to-remove member also comprises a second adhesive-free portion that is uncoated with adhesive, and the second adhesive-free portion is located at an edge of the strong adhesive portion.
Use of siRNA in the preparation of a medicament for the treatment of an eye condition characterised by an increased intraocular pressure, wherein said medicament is formulated for topical administration on the corneal surface and downregulates the expression of a target gene in the eye selected from the group consisting of Carbonic Anhydrases II, IV and XII; Adrenergic Receptors: beta1 and 2 and alpha 1A, 1B and 1D; Acetylcholinesterase; Cyclooxygenases 1 and 2; ATPases: alpha1, alpha2, alpha3, beta1, beta2; Endothelial Leukocyte Adhesion Molecule I (ELAM-1); Angiotensin II, Angiotensin II Converting Enzymes (ACE I and ACE II), Angiotensin II Receptors (ATR1 and ATR2) and Renin; Cochlin.
An agricultural vehicle cab having: a cab window section; and a roof section provided on top of the cab; wherein at least a portion of the roof section is moveable relative to the cab window section to shade the interior of the cab, characterized in that the agricultural vehicle cab has a sun sensor provided on the roof section, wherein the movement of the said at least a portion of the roof section is controlled based on the position of the sun determined by the sun sensor and wherein the agricultural vehicle cab comprises a first actuator to effect longitudinal movement of the roof section relative to the cab window section, and wherein the agricultural vehicle cab comprises a second actuator to effect lateral or transverse movement of the roof section relative to the cab window section. a cab window section; and a roof section provided on top of the cab; wherein at least a portion of the roof section is moveable relative to the cab window section to shade the interior of the cab, characterized in that the agricultural vehicle cab has a sun sensor provided on the roof section, wherein the movement of the said at least a portion of the roof section is controlled based on the position of the sun determined by the sun sensor and wherein the agricultural vehicle cab comprises a first actuator to effect longitudinal movement of the roof section relative to the cab window section, and wherein the agricultural vehicle cab comprises a second actuator to effect lateral or transverse movement of the roof section relative to the cab window section.
A rolling mill having a work roll shifting function, comprising at least one rolling stand (11 to 16, 210) including a pair of upper and lower work rolls (22a, 22b; 121a, 121b) and roll shifting means (40, 50, 140) for shifting the work rolls in an axial direction thereof, the pair of upper and lower work rolls each having, at one end of a roll body portion (31 a, 32a; 131 a, 132a), a tapering portion (31 b, 32b; 131 b, 132b) having a roll diameter gradually decreasing toward a tip of the work roll, the pair of upper and lower work rolls clamping a strip while having the tapering portions located on opposite sides from each other in an axial direction thereof, wherein the rolling stand is a reversing rolling stand for performing multipass multiple rolling while inverting a transport direction of the strip, characterized in that in the work rolls, at least surfaces of the roll body portions are formed of a ceramic material or a cemented carbide and formed to have 1200 HV or more in terms of Vickers hardness, and the roll shifting means are controlled to shift roll shoulder portions (31 c, 32c, 131c, 132c), which are start positions of the tapering surfaces of the tapering portions, stepwise along the axial direction of the upper and lower work rolls from deep positions located inward from widthwise opposite end portions of the strip to shallow positions located nearer to the widthwise opposite end portions of the strip, every time the strip is passed.
A single-molecule guide RNA (sgRNA) comprising the nucleic acid sequence of SEQ ID NO: 71,959, wherein the sgRNA comprises three 2'O-methyl-phosphorothioate residues at each of its 5' and 3' ends.
Method for applying an adhesive to a finger surface of a substrate, comprising; - providing a contactless application device comprising at least 2 nozzles for ejecting adhesive onto the substrate without contacting the substrate, - providing a modified adhesive comprising - a condensation resin selected from the group of urea formaldehyde resin, melamine formaldehyde resin, modified melamine formaldehyde resin (xMF) and phenol resorcinol formaldehyde resin or combinations thereof, - optionally a hardener, wherein the rheology of the adhesive is modified by at least one of the following measures: - cooling to a temperature between 5 and 15 °C, preferably 5 to 10 °C to achieve a viscosity of at least 5000 mPas and preferably less than 20,000 mPas, - including into the adhesive a viscosity increasing substance to increase the viscosity to at least 3000 mPas and preferably less than 20,000 mPas, - including a thixotropic increasing substance in an effective amount to prevent sagging of the adhesive on the surface. - providing a contactless application device comprising at least 2 nozzles for ejecting adhesive onto the substrate without contacting the substrate, - providing a modified adhesive comprising - a condensation resin selected from the group of urea formaldehyde resin, melamine formaldehyde resin, modified melamine formaldehyde resin (xMF) and phenol resorcinol formaldehyde resin or combinations thereof, - optionally a hardener, wherein the rheology of the adhesive is modified by at least one of the following measures: - a condensation resin selected from the group of urea formaldehyde resin, melamine formaldehyde resin, modified melamine formaldehyde resin (xMF) and phenol resorcinol formaldehyde resin or combinations thereof, - optionally a hardener, - cooling to a temperature between 5 and 15 °C, preferably 5 to 10 °C to achieve a viscosity of at least 5000 mPas and preferably less than 20,000 mPas, - including into the adhesive a viscosity increasing substance to increase the viscosity to at least 3000 mPas and preferably less than 20,000 mPas, - including a thixotropic increasing substance in an effective amount to prevent sagging of the adhesive on the surface.
A method of determining whether events in a heart's electrical activity result in corresponding blood flow events, the method comprising the following steps: (a) simultaneously taking an electrocardiograph and an impedance cardiograph of the heart; (b) examining successive heartbeat cycles of the ECG to detect successive occurrences of a plurality of different periodic waveform features each indicative of electrical activity of the heart; (c) defining a period of time ("search period") following each such detection; (d) examining the ICG in each said search period to detect the occurrence of a waveform feature in the ICG corresponding to the detected ECG waveform feature and indicative of blood flow resulting from the detected ECG waveform feature; and characterised by in respect of each heartbeat cycle, generating a signal indicative of the degree of concordance of the ICG with the ECG by: (e) for each pair of corresponding features detected in step (d), measuring equivalent parameters in respect of each feature of the pair; and (f) summing the difference between the measured parameters of each pair of corresponding features. (a) simultaneously taking an electrocardiograph and an impedance cardiograph of the heart; (b) examining successive heartbeat cycles of the ECG to detect successive occurrences of a plurality of different periodic waveform features each indicative of electrical activity of the heart; (c) defining a period of time ("search period") following each such detection; (d) examining the ICG in each said search period to detect the occurrence of a waveform feature in the ICG corresponding to the detected ECG waveform feature and indicative of blood flow resulting from the detected ECG waveform feature; and characterised by in respect of each heartbeat cycle, generating a signal indicative of the degree of concordance of the ICG with the ECG by: (e) for each pair of corresponding features detected in step (d), measuring equivalent parameters in respect of each feature of the pair; and (f) summing the difference between the measured parameters of each pair of corresponding features.
An electrode assembly comprising an anode structure and a cathode structure, each of said anode structure and cathode structure comprising i) a flange (11, 31) which can interact with a flange (11, 31) on an another electrode structure to hold a separator in between the two, ii) an electrolysis compartment (14, 34) which contains an electrode (15, 35), and which in use contains a liquid to be electrolysed, iii) an inlet (26, 46) for the liquid to be electrolysed and iv) an outlet header (16, 36) for evolved gas and spent liquid, wherein the outlet header (16, 36) on one of the anode structure and the cathode structure is an external outlet header wherein the external outlet header is an outlet volume by which gases evolved during electrolysis exit the electrode structure and which is provided on the electrode structure outside of the electrolysis compartment, and the outlet header (16, 36) on the other one of the anode structure and the cathode structure is an internal outlet header wherein the internal outlet header is an outlet volume by which gases evolved during electrolysis exit the electrode structure and which is provided on the electrode structure inside of the electrolysis compartment. i) a flange (11, 31) which can interact with a flange (11, 31) on an another electrode structure to hold a separator in between the two, ii) an electrolysis compartment (14, 34) which contains an electrode (15, 35), and which in use contains a liquid to be electrolysed, iii) an inlet (26, 46) for the liquid to be electrolysed and iv) an outlet header (16, 36) for evolved gas and spent liquid,
Adjustment device for a bonnet with an actuator for raising the rear edge of the bonnet, wherein the adjustment device comprises a leg, with a guide, firmly fixed to the bonnet as well as a holding element which is firmly attached to the vehicle body with a section guided in the guide, wherein the guide of the leg firmly fixed to the bonnet can by moved with regard to the section of the holding element by the actuator for raising the rear edge of the bonnet, characterised in that the actuator comprises a first rotating drive which is fixed to the vehicle body and has a rotating leg which is connected in an articulated manner to a first lever attached to the bonnet, as well as second rotating drive with a rotating leg which is connected in an articulating manner to a second lever fastened to the bonnet.
A forming method for papery materials in sheet form, in which after laying a sheet of papery material on a mould cavity, the sheet is subjected to at least partial dragging within the mould without it being retained along the edge of said cavity, characterised in that the papery material used is extensible to at least 5% and in addition the sheet is subjected to at least partial stretching within the mould, while at the same time being retained along the edge of said cavity, independently of the order in which the two aforesaid operations are carried out and independently of any partial overlapping of said operations.
A method of measuring heat consumption in a room in a building, wherein the measurement comprises measurement of the difference between the temperatures of a heat source and a room, respectively, characterised in that a time mean temperature is measured for the heat source and the room, respectively, during a common, predetermined period of time; and that the heat consumption for said period of time is calculated at the end of the time period based on the two separate mean temperatures of the heat source and the room respectively at the end of the time period.