mhurhangee/ep-ind-claims huggingface dataset:
A checkweighing device (1, 201, 202, 203) for installation and use between an infeed conveyor and an outfeed conveyor that are arranged in parallel, spaced apart at a horizontal distance, and vertically offset relative to each other, wherein the infeed conveyor has a transport surface located at a higher level than a transport surface of the outfeed conveyor, the checkweighing device (1, 201, 202, 203) comprising: a weighing cell with a weighing platform; a power-actuated rake; and a slide chute comprising at least one sorting gate, the slide chute adapted to direct items either to the outfeed conveyor or to a discard receiver; wherein, in the installed state of the checkweighing device (1, 201, 202, 203) between said infeed conveyor and outfeed conveyor: the weighing platform is arranged laterally adjacent to and substantially level with the transport surface of the infeed conveyor, the slide chute adjoins an opposite side of the weighing platform and leads to the outfeed conveyor, and the rake is arranged to move in a direction transverse to the direction of transport of the infeed conveyor, so as to perform the functions of sweeping incoming items from the transport surface of the infeed conveyor over to the weighing platform, and sweeping items that have been weighed from the weighing platform to the slide chute. a weighing cell with a weighing platform; a power-actuated rake; and a slide chute comprising at least one sorting gate, the slide chute adapted to direct items either to the outfeed conveyor or to a discard receiver; wherein, in the installed state of the checkweighing device (1, 201, 202, 203) between said infeed conveyor and outfeed conveyor: the weighing platform is arranged laterally adjacent to and substantially level with the transport surface of the infeed conveyor, the slide chute adjoins an opposite side of the weighing platform and leads to the outfeed conveyor, and the rake is arranged to move in a direction transverse to the direction of transport of the infeed conveyor, so as to perform the functions of sweeping incoming items from the transport surface of the infeed conveyor over to the weighing platform, and sweeping items that have been weighed from the weighing platform to the slide chute. the weighing platform is arranged laterally adjacent to and substantially level with the transport surface of the infeed conveyor, the slide chute adjoins an opposite side of the weighing platform and leads to the outfeed conveyor, and the rake is arranged to move in a direction transverse to the direction of transport of the infeed conveyor, so as to perform the functions of sweeping incoming items from the transport surface of the infeed conveyor over to the weighing platform, and sweeping items that have been weighed from the weighing platform to the slide chute.
A reaction method accompanied by production of a gas component, comprising: a step of supplying a liquid containing at least one raw material compound and a low-boiling compound having a standard boiling point lower than a standard boiling point of the raw material compound to a flow channel, wherein the flow channel has a specific surface area of 10 m 2 /m 3 or more and less than 1000 m 2 /m 3, and an equivalent diameter of 5 μm or more and 50 mm or less; a step of heating the liquid to produce a liquid reaction product and a gas component by a reaction of the raw material compound; and a step of separating a liquid phase containing the reaction product from a gas phase containing the gas component and the low-boiling compound. a step of supplying a liquid containing at least one raw material compound and a low-boiling compound having a standard boiling point lower than a standard boiling point of the raw material compound to a flow channel, wherein the flow channel has a specific surface area of 10 m 2 /m 3 or more and less than 1000 m 2 /m 3, and an equivalent diameter of 5 μm or more and 50 mm or less; a step of heating the liquid to produce a liquid reaction product and a gas component by a reaction of the raw material compound; and a step of separating a liquid phase containing the reaction product from a gas phase containing the gas component and the low-boiling compound.
A composition for use in a method of treating an ER-associated cancer in a subject, the method comprising steps of: administering to the subject a composition comprising a compound: or a pharmaceutically acceptable salt thereof, wherein the subject has been determined to have brain metastases. administering to the subject a composition comprising a compound: or a pharmaceutically acceptable salt thereof, wherein the subject has been determined to have brain metastases.
An orientation controller to be connected to an insertion unit of an endoscopic device having a rotatable bending section; said controller comprising: a handle defining an axial direction to be handled by an operator; a rotatable bearing structure connecting between the handle and the insertion unit; the rotatable bearing structure being configured and operable to rotate the rotatable bending section of the insertion unit about the axial direction; and a mode selector capable of operating the endoscopic device in locked mode and unlocked operation modes, wherein operation of the locked mode blocks the rotatable bearing structure, and operation of the unlocked mode releases the rotatable bearing structure and allows the operator to rotate the rotatable bending section by rotating the rotatable bearing structure about the axial direction; wherein, when the insertion unit comprises an inner elongated shaft structure and an outer elongated shaft structure surrounding the inner elongated shaft structure; said rotatable bearing structure comprises an inner rotatable bearing element being configured for connecting between the inner elongated shaft structure and the handle, and an outer rotatable bearing element connected to the outer elongated shaft structure such that the inner rotation bearing element is capable of rotating within the outer rotatable bearing element, thereby rotating in the unlocked operation mode the rotatable bending section around itself without changing the outer elongated shaft structure's position inside the body lumen. a handle defining an axial direction to be handled by an operator; a rotatable bearing structure connecting between the handle and the insertion unit; the rotatable bearing structure being configured and operable to rotate the rotatable bending section of the insertion unit about the axial direction; and a mode selector capable of operating the endoscopic device in locked mode and unlocked operation modes, wherein operation of the locked mode blocks the rotatable bearing structure, and operation of the unlocked mode releases the rotatable bearing structure and allows the operator to rotate the rotatable bending section by rotating the rotatable bearing structure about the axial direction; wherein, when the insertion unit comprises an inner elongated shaft structure and an outer elongated shaft structure surrounding the inner elongated shaft structure; said rotatable bearing structure comprises an inner rotatable bearing element being configured for connecting between the inner elongated shaft structure and the handle, and an outer rotatable bearing element connected to the outer elongated shaft structure such that the inner rotation bearing element is capable of rotating within the outer rotatable bearing element, thereby rotating in the unlocked operation mode the rotatable bending section around itself without changing the outer elongated shaft structure's position inside the body lumen.
A garment and brassiere accessory consisting of: a body having a front surface, a rear surface, an upper edge, at least two side edges, and at least two upper corners and at least one lower corner; at least one attachment strap having a proximal portion overlapping the body and a distal portion extending away from the body; at least one fastener located in a region along the upper edge, on the attachment strap; and one of: a) at least one fastener located on the rear surface, the at least one attachment strap extending from each of the at least two upper corners, with a plurality of fasteners being located on the proximal portion of the attachment strap, and at least one fastener being located on the distal portion of the attachment strap; or b) at least one fastener located on the at least two side edges, the at least one attachment strap extending from each of the at least two upper corners and from each of the at least two side edges, with a fastener being located on the proximal portion of each attachment strap on the side edges, and a fastener being located on the distal portion of each attachment strap; characterised in that the accessory further comprises an upper band having elastomeric qualities, the upper band being located along the upper edge of the body such that it keeps the accessory securely in place when in use. a body having a front surface, a rear surface, an upper edge, at least two side edges, and at least two upper corners and at least one lower corner; at least one attachment strap having a proximal portion overlapping the body and a distal portion extending away from the body; at least one fastener located in a region along the upper edge, on the attachment strap; and one of: a) at least one fastener located on the rear surface, the at least one attachment strap extending from each of the at least two upper corners, with a plurality of fasteners being located on the proximal portion of the attachment strap, and at least one fastener being located on the distal portion of the attachment strap; or b) at least one fastener located on the at least two side edges, the at least one attachment strap extending from each of the at least two upper corners and from each of the at least two side edges, with a fastener being located on the proximal portion of each attachment strap on the side edges, and a fastener being located on the distal portion of each attachment strap; a) at least one fastener located on the rear surface, the at least one attachment strap extending from each of the at least two upper corners, with a plurality of fasteners being located on the proximal portion of the attachment strap, and at least one fastener being located on the distal portion of the attachment strap; or b) at least one fastener located on the at least two side edges, the at least one attachment strap extending from each of the at least two upper corners and from each of the at least two side edges, with a fastener being located on the proximal portion of each attachment strap on the side edges, and a fastener being located on the distal portion of each attachment strap;
A method of manufacturing a hydroisomerization catalyst, comprising a process (a) of obtaining an ion-exchanged molecular sieve by performing ion exchange of a molecular sieve containing an organic template and an alkali metal or an alkaline earth metal cation in a solution containing an ammonium ion or a proton and using water as a main solvent, and in which all the organic template is not substantially removed by calcination, to suitably remove the organic template, a process (b) of loading at least one metal selected from a group consisting of metals belonging to Groups 8-10 of the Periodic Table of the Elements, molybdenum, and tungsten, on a carrier containing the ion-exchanged molecular sieve obtained in the process (a) or a calcined material thereof, and a process (c) of calcining a catalyst composite containing the carrier or the calcined material obtained in the process (b), wherein the organic template is one selected from a group consisting of an alkyl amine, an alkyl diamine, an alkyl triamine, an alkyl tetramine, a pyrrolidine, a piperazine, an amino piperazine, an alkyl pentamine, and an alkyl hexamine, and the molecular sieve containing the organic template is at least one crystalline aluminosilicate selected from a group consisting of ZSM-22 and ZSM-48.
A tape dispenser comprising a case operable to house a tape roll, the case including: a first main plate, a second main plate spaced from the first main plate and rotatably connected to the first main plate, a circumferential wall between the first main plate and the second main plate, wherein the circumferential wall is divided along its circumferential direction into a first circumferential wall portion (26; 28) and second circumferential wall portion (22; 24), wherein the first circumferential wall portion is integral with the first main plate, and the second circumferential wall portion is integral with the second main plate, a supporting axis extending from the first main plate in the direction of the second main plate, a cutting blade disposed on the second circumferential wall portion, and a substantially arc shaped supporting surface disposed on the second circumferential wall portion proximate the cutting blade, characterized in that the inner surface of the second circumferential wall portion comprises one or more protrusions, a sand blasted surface, an embossed surface, or a release agent. a first main plate, a second main plate spaced from the first main plate and rotatably connected to the first main plate, a circumferential wall between the first main plate and the second main plate, wherein the circumferential wall is divided along its circumferential direction into a first circumferential wall portion (26; 28) and second circumferential wall portion (22; 24), wherein the first circumferential wall portion is integral with the first main plate, and the second circumferential wall portion is integral with the second main plate, a supporting axis extending from the first main plate in the direction of the second main plate, a cutting blade disposed on the second circumferential wall portion, and a substantially arc shaped supporting surface disposed on the second circumferential wall portion proximate the cutting blade, characterized in that the inner surface of the second circumferential wall portion comprises one or more protrusions, a sand blasted surface, an embossed surface, or a release agent.
Method for real-time monitoring the operational state of a capacitive sensor capable of being mounted on a rotating machine, and connected to an electronic measuring module via a high frequency transmission line, this method comprising the steps of: - generating within the electronic module a signal for compensating in capacitance parasitic effects from the transmission line and the sensor, - generating within the electronic module a signal for compensating in conductance parasitic effects from the transmission line and the sensor, - extracting said signal representative of the capacitance compensation and said signal representative of the conductance compensation so as to determine an operating point of said transmission line and said sensor, - analyzing the operating point so as to check if it is located in a predetermined area. - generating within the electronic module a signal for compensating in capacitance parasitic effects from the transmission line and the sensor, - generating within the electronic module a signal for compensating in conductance parasitic effects from the transmission line and the sensor, - extracting said signal representative of the capacitance compensation and said signal representative of the conductance compensation so as to determine an operating point of said transmission line and said sensor, - analyzing the operating point so as to check if it is located in a predetermined area.
An apparatus for optically analysing value documents by measuring and analysing luminescence radiation which is excited upon illumination of the value documents with optical radiation of a given wavelength, having a recording area in which a value document is located during analysis, a semiconductor radiation source for illuminating the value documents with optical radiation suitable for exciting the luminescence radiation, and a spectrographic device which has: a spatially dispersing optical device for at least partly decomposing optical luminescence radiation coming from the recording area into spectrally separate spectral components propagating in different directions according to the wavelength, a detection device (30; 34) locally resolving in at least one spatial direction for detecting the spectral components, characterized in that the apparatus has a collimating and focusing optic for collimating the optical radiation directed from the recording area onto the dispersing device and for focusing at least some of the spectral components formed by means of the dispersing optical device onto the detection device (30; 34), and that the direction of the radiation from the recording area falling on the collimating and focusing optic is inclined from a surface spanned by the spectral components in the area between the collimating and focusing optic and the detection device. a spatially dispersing optical device for at least partly decomposing optical luminescence radiation coming from the recording area into spectrally separate spectral components propagating in different directions according to the wavelength, a detection device (30; 34) locally resolving in at least one spatial direction for detecting the spectral components, characterized in that the apparatus has a collimating and focusing optic for collimating the optical radiation directed from the recording area onto the dispersing device and for focusing at least some of the spectral components formed by means of the dispersing optical device onto the detection device (30; 34), and that the direction of the radiation from the recording area falling on the collimating and focusing optic is inclined from a surface spanned by the spectral components in the area between the collimating and focusing optic and the detection device.
A coordination node for controlling communications between Light Fidelity, Li-Fi, Access Points, APs, and user equipment, UEs,, the coordination node configured to: receive peer connectivity reports from Li-Fi APs which identify Li-Fi APs having at least partially overlapping coverage areas; develop a handover pathway data structure, based on the peer connectivity reports, that identifies Li-Fi APs that can receive communication handover from other identified Li-Fi APs; determine an identifier of a first Li-Fi AP providing Li-Fi communication service for a UE; access the handover pathway data structure using the identifier of the first Li-Fi AP to determine an identifier of a second Li-Fi AP to which handover from the first Li-Fi AP can be performed; and initiate handover of the Li-Fi communication service for the UE from the first Li-Fi AP to the second Li-Fi AP. receive peer connectivity reports from Li-Fi APs which identify Li-Fi APs having at least partially overlapping coverage areas; develop a handover pathway data structure, based on the peer connectivity reports, that identifies Li-Fi APs that can receive communication handover from other identified Li-Fi APs; determine an identifier of a first Li-Fi AP providing Li-Fi communication service for a UE; access the handover pathway data structure using the identifier of the first Li-Fi AP to determine an identifier of a second Li-Fi AP to which handover from the first Li-Fi AP can be performed; and initiate handover of the Li-Fi communication service for the UE from the first Li-Fi AP to the second Li-Fi AP.
Method of encoding a video stream to be transmitted over a communication network, said video stream comprising a series of elementary bit-stream units, at least one elementary bit-stream unit comprising a priority field adapted to indicate a priority level associated with said elementary bit-stream unit, said method comprising the step of combining (S68, S90), in a priority field of at least one current elementary bit-stream unit, a priority level associated with said current elementary bit-stream unit and at least one additional priority level associated with another elementary bit-stream unit chosen from the series of elementary bit-stream units; said priority field comprising a set of bits, said priority level associated with said current elementary bit-stream unit and said at least one additional priority level associated with another elementary bit-stream unit are respectively coded with sub-sets of bits of said priority field, and being characterized in that said priority level associated with said current elementary bit-stream unit being coded with a sub-set of bits containing the most significant bits of said priority field and said additional priority level associated with another elementary bit-stream unit being coded with a sub-set of bits containing the less significant bits of said priority field.
A two-dimensional position map correcting method used when detecting with radiation detectors each formed of a plurality of scintillator elements arranged in one dimension, two dimensions or three dimensions, and a light sensor optically coupled thereto, for correcting a two-dimensional position map presenting, in two dimensions, signal strengths obtained with the light sensor as corresponding to incident positions of the radiation incident on the scintillator elements, the two-dimensional position map correcting method comprising a peak separating step for drawing boundaries (B x, B y) based on peaks of the signal strengths, and separating respective positions by the boundaries (B x, B y), a number determining step for determining, by using spatial periodicity of the peaks, the number of peaks having failed to be separated in the peak separating step, with a plurality of the peaks connecting to each other, characterized by further comprising: determining a target area when the separation has failed; and a boundary determining step for separating respective positions of the peaks having failed to be separated in the peak separating step, by setting the boundaries (B x, B y) so that a sensitivity ratio of each of the scintillator elements and a total ratio of pixel values in peak areas be in agreement. determining a target area when the separation has failed; and a boundary determining step for separating respective positions of the peaks having failed to be separated in the peak separating step, by setting the boundaries (B x, B y) so that a sensitivity ratio of each of the scintillator elements and a total ratio of pixel values in peak areas be in agreement.
Process for preparing an alkaline dispersion of aggregated silicon dioxide particles by dividing a preliminary dispersion comprising 20% to 35% by weight of aggregated silicon dioxide particles having a BET surface area of 120 to 300 m 2 /g, within a pH of 3 to 5 into at least two streams, placing these streams under a pressure of at least 50 bar and depressurizing them to a collision point, each via one nozzle, in a grinding chamber, and admixing the dispersion that runs off at the bottom, with an alkaline substance in an amount such that the dispersion overall has a pH of more than 7, characterized in that the preliminary dispersion is sprayed using three nozzles disposed in one plane at an angle of 120° to one another and the alkaline substance is introduced by means of a nozzle located above the collision point while the dispersion is still in the grinding chamber.