mhurhangee/patent-ind-claim-en huggingface dataset:
A neutron capture therapy system comprising: a neutron generation device for generating a neutron beam, including: a neutron beam generator for generating the neutron beam, a moderator for slowing down the neutron beam to an epithermal neutron energy range, and a reflector for guiding deflected neutrons back to the moderator, an irradiation room for irradiating an irradiated body with the neutron beam, and a placement table for supporting the irradiated body, wherein the placement table is accommodated in the irradiation room, wherein the placement table comprises: a placement member for supporting a patient, an adjustment device for adjusting a spatial position of the placement member, and a driving rod connected between the adjustment device and the placement member, characterized in that it further comprises a first shielding member covering the adjustment device, wherein the first shielding member is configured to prevent the adjustment device from being irradiated by radioactive rays, the adjustment device is configured to drive the driving rod to move to adjust the spatial position of the placement member, and the first shielding member is provided with a through slot providing a receiving space for the driving rod to move. a neutron generation device for generating a neutron beam, including: a neutron beam generator for generating the neutron beam, a moderator for slowing down the neutron beam to an epithermal neutron energy range, and a reflector for guiding deflected neutrons back to the moderator, an irradiation room for irradiating an irradiated body with the neutron beam, and a placement table for supporting the irradiated body, wherein the placement table is accommodated in the irradiation room, a neutron beam generator for generating the neutron beam, a moderator for slowing down the neutron beam to an epithermal neutron energy range, and a reflector for guiding deflected neutrons back to the moderator, an irradiation room for irradiating an irradiated body with the neutron beam, and a placement table for supporting the irradiated body, wherein the placement table is accommodated in the irradiation room, wherein the placement table comprises: a placement member for supporting a patient, an adjustment device for adjusting a spatial position of the placement member, and a driving rod connected between the adjustment device and the placement member, a placement member for supporting a patient, an adjustment device for adjusting a spatial position of the placement member, and a driving rod connected between the adjustment device and the placement member, characterized in that it further comprises a first shielding member covering the adjustment device, wherein the first shielding member is configured to prevent the adjustment device from being irradiated by radioactive rays, the adjustment device is configured to drive the driving rod to move to adjust the spatial position of the placement member, and the first shielding member is provided with a through slot providing a receiving space for the driving rod to move.
A logistics apparatus, comprising two structural states of a full state and an empty state, the logistics apparatus comprises: a plurality of plates, combined to form a space for loading cargo in the full state and folded in a space-saving manner in the empty state; characterized in that the plurality of plates comprises a first plate provided with a first wireless transmitter module and a second plate provided with a wireless receiver module , such that, the linear distance (X) of the first wireless transmitter module and the wireless receiver module is greater than D in the full state, and the linear distance (Y) of the first wireless transmitter module and the wireless receiver module is less than D in the empty state, wherein D is the maximum effective communication distance of the first wireless transmitter module and the wireless receiver module; wherein the first wireless transmitter module is configured to transmit a wireless signal indicating an identification of the logistics apparatus; an arbiter, configured to determine whether the wireless receiver module currently receives the wireless signal, and if yes, outputting an electrical signal indicating an empty state, otherwise, outputting an electrical signal indicating a full state. a plurality of plates, combined to form a space for loading cargo in the full state and folded in a space-saving manner in the empty state; characterized in that the plurality of plates comprises a first plate provided with a first wireless transmitter module and a second plate provided with a wireless receiver module , such that, the linear distance (X) of the first wireless transmitter module and the wireless receiver module is greater than D in the full state, and the linear distance (Y) of the first wireless transmitter module and the wireless receiver module is less than D in the empty state, wherein D is the maximum effective communication distance of the first wireless transmitter module and the wireless receiver module; wherein the first wireless transmitter module is configured to transmit a wireless signal indicating an identification of the logistics apparatus; an arbiter, configured to determine whether the wireless receiver module currently receives the wireless signal, and if yes, outputting an electrical signal indicating an empty state, otherwise, outputting an electrical signal indicating a full state.
A method of validating a predicted pathway activity of a pathway in a solid tumor of a subject, with a digital computer, the method comprising: a) obtaining omics data from a tumor associated sample obtained from the subject; b) applying the omics data obtained in (a) to a digital computer programmed with a pathway analysis engine configured to generate predicted tumor cell pathway activities in silico, to provide a prediction of tumor cell sensitivity to one or more pharmaceutically active anticancer compounds effective for treating the subject's tumor; c) interrogating enriched viable tumor cells obtained from the subject with said at least one pharmaceutically active compound known to interact with a pathway element of one or more of the tumor cell pathways predicted by (b), to measure anticancer activity of the at least one pharmaceutically active compound with respect to the subject's enriched viable tumor cells; wherein the enriched viable tumor cells are at least one of the following: (i) circulating tumor cells (CTCs) isolated from the subject's blood, and (ii) tumor cells isolated from the subject and engrafted into an irradiated mouse. a) obtaining omics data from a tumor associated sample obtained from the subject; b) applying the omics data obtained in (a) to a digital computer programmed with a pathway analysis engine configured to generate predicted tumor cell pathway activities in silico, to provide a prediction of tumor cell sensitivity to one or more pharmaceutically active anticancer compounds effective for treating the subject's tumor; c) interrogating enriched viable tumor cells obtained from the subject with said at least one pharmaceutically active compound known to interact with a pathway element of one or more of the tumor cell pathways predicted by (b), to measure anticancer activity of the at least one pharmaceutically active compound with respect to the subject's enriched viable tumor cells; wherein the enriched viable tumor cells are at least one of the following: (i) circulating tumor cells (CTCs) isolated from the subject's blood, and (ii) tumor cells isolated from the subject and engrafted into an irradiated mouse. (i) circulating tumor cells (CTCs) isolated from the subject's blood, and (ii) tumor cells isolated from the subject and engrafted into an irradiated mouse.
A manufacturing system for processing workpieces , comprising: a manufacturing cell ; a plurality of pallets each configured to support one or more workpieces ; at least one robotic device mounted in the manufacturing cell and configured to operate on the one or more workpieces ; at least two processing stations , including a first processing station and a second processing station , each located in the manufacturing cell within reach of the robotic device and each configured to support any one of the plurality of pallets in fixed position relative to the robotic device ; a transport device configured to transport any one of the plurality of pallets to and from each of the first processing station and the second processing station ; and a controller configured to coordinate the operation of the manufacturing cell in a manner allowing the robotic device to continuously operate on a workpiece supported by one of the plurality of pallets at the first processing station while another one of the plurality of pallets is transferred to or from the second processing station . a manufacturing cell ; a plurality of pallets each configured to support one or more workpieces ; at least one robotic device mounted in the manufacturing cell and configured to operate on the one or more workpieces ; at least two processing stations , including a first processing station and a second processing station , each located in the manufacturing cell within reach of the robotic device and each configured to support any one of the plurality of pallets in fixed position relative to the robotic device ; a transport device configured to transport any one of the plurality of pallets to and from each of the first processing station and the second processing station ; and a controller configured to coordinate the operation of the manufacturing cell in a manner allowing the robotic device to continuously operate on a workpiece supported by one of the plurality of pallets at the first processing station while another one of the plurality of pallets is transferred to or from the second processing station .
A method for producing enhanced combustion ash, said method comprising the steps of exposing combustion ash to a primary process in a chamber having a chamber volume (CV), wherein said primary process comprises the steps of: (a) charging the chamber with a volume of the combustion ash; (b) charging the chamber with at least one grinding medium, wherein components of the grinding medium have a maximum diameter of no more than about 2 mm; and, (c) pulverizing the combustion ash by applying sonic energy in the frequency range of 20 Hz - 400Hz to the chamber. (a) charging the chamber with a volume of the combustion ash; (b) charging the chamber with at least one grinding medium, wherein components of the grinding medium have a maximum diameter of no more than about 2 mm; and, (c) pulverizing the combustion ash by applying sonic energy in the frequency range of 20 Hz - 400Hz to the chamber.
A motorized dental dispenser , comprising: a housing with a proximal end and a distal end; nested plungers disposed within the housing , nested around a screw and connected to a first portion of the screw ; an electric motor ; a cap with a first end and a second end , the cap removably attached to said housing ; wherein the second end of the cap leads to a cavity for receiving a first cartridge mixtip assembly , and wherein the cap is constructed to receive a second cartridge mixtip assembly wherein a size of the second cartridge mixtip assembly is different from a size of the first cartridge mixtip assembly; a current sensor configured to automatically determine a size of a cartridge of the cartridge mixtip assembly or a position of the nested plungers, wherein the housing is configured to house the electric motor for operably engaging said screw at a second portion of the screw such that rotation of the screw displaces the nested plungers linearly to expel dental material from the first or second cartridge mixtip assembly; and audible alarms for Work Time (WT) and Set time (ST), and wherein the Work Time (WT) is a time in which the dental material can be placed on a tooth preparation and an impression tray can be seated in order to obtain a good impression and wherein the Set time (ST) is a time at which the dental material is fully set and the impression tray can be removed. a housing with a proximal end and a distal end; nested plungers disposed within the housing , nested around a screw and connected to a first portion of the screw ; an electric motor ; a cap with a first end and a second end , the cap removably attached to said housing ; wherein the second end of the cap leads to a cavity for receiving a first cartridge mixtip assembly , and wherein the cap is constructed to receive a second cartridge mixtip assembly wherein a size of the second cartridge mixtip assembly is different from a size of the first cartridge mixtip assembly; a current sensor configured to automatically determine a size of a cartridge of the cartridge mixtip assembly or a position of the nested plungers, wherein the housing is configured to house the electric motor for operably engaging said screw at a second portion of the screw such that rotation of the screw displaces the nested plungers linearly to expel dental material from the first or second cartridge mixtip assembly; and audible alarms for Work Time (WT) and Set time (ST), and wherein the Work Time (WT) is a time in which the dental material can be placed on a tooth preparation and an impression tray can be seated in order to obtain a good impression and wherein the Set time (ST) is a time at which the dental material is fully set and the impression tray can be removed.
A spinning machine for stopping rotation of spindles of the spinning machine, the spinning machine including: a spindle rail ; two spindles arranged side by side in a longitudinal direction (X) of the spindle rail ; and a spindle belt that is mounted over the two spindles in a surrounding manner and a spindle brake device , the spindle brake device comprising: a brake body ; a separation roller unit mounted to the brake body ; and a brake shoe mounted to the brake body , characterized in that the spindle rail has a braking standby position (P1) and a braking actuating position (P2), wherein the braking standby position (P1) is away from the spindles in a longitudinal direction (X) of the spindle rail , and the braking actuating position (P2) is at the same position as one of the spindles in the longitudinal direction (X) of the spindle rail , a guide portion adapted to guide movement of the brake body in a width direction (Y) of the spindle rail is provided at each of the braking standby position (P1) and the braking actuating position (P2), the brake body is adapted to be repositionable between the braking standby position (P1) and the braking actuating position (P2), when the brake body is disposed at the braking standby position (P1), the separation roller unit is located separated from the spindle belt , and when the brake body is disposed at the braking actuating position (P2), the separation roller unit separates the spindle belt from the one of the spindles , and the brake shoe is pressed against the one of the spindles by a tension of the spindle belt . a spindle rail ; two spindles arranged side by side in a longitudinal direction (X) of the spindle rail ; and a spindle belt that is mounted over the two spindles in a surrounding manner and a spindle brake device , the spindle brake device comprising: a brake body ; a separation roller unit mounted to the brake body ; and a brake shoe mounted to the brake body , a brake body ; a separation roller unit mounted to the brake body ; and a brake shoe mounted to the brake body , characterized in that the spindle rail has a braking standby position (P1) and a braking actuating position (P2), wherein the braking standby position (P1) is away from the spindles in a longitudinal direction (X) of the spindle rail , and the braking actuating position (P2) is at the same position as one of the spindles in the longitudinal direction (X) of the spindle rail , a guide portion adapted to guide movement of the brake body in a width direction (Y) of the spindle rail is provided at each of the braking standby position (P1) and the braking actuating position (P2), the brake body is adapted to be repositionable between the braking standby position (P1) and the braking actuating position (P2), when the brake body is disposed at the braking standby position (P1), the separation roller unit is located separated from the spindle belt , and when the brake body is disposed at the braking actuating position (P2), the separation roller unit separates the spindle belt from the one of the spindles , and the brake shoe is pressed against the one of the spindles by a tension of the spindle belt .
Use of a system to treat an exhaust gas from a lean burn internal combustion engine, the system comprising a NOx adsorber catalyst (NAC) and a downstream selective catalytic reduction (SCR) catalyst, wherein the SCR catalyst comprises a copper promoted small pore molecular sieve having a maximum ring size of eight tetrahedral atoms, wherein nitrogenous reductant is metered into a flowing exhaust gas only when it is determined that the SCR catalyst is at above 100 °C.
A method of providing telecommunication communication services to a customer, comprising, at a communication service management function, CSMF, of a telecommunications service provider: receiving an order in accordance with an agreement as to terms of a telecommunications service offering; accessing network resources that satisfy the terms of the telecommunications service offering; initializing an instance of the telecommunications service offering using the resources accessible thereby; creating an interface by which the telecommunications service offering is made available to the customer; and exposing the created interface to enable a management function of the customer to use the telecommunications service offering, wherein the CSMF is coupled to and communicates with a network manager of a legacy operations support system, OSS. receiving an order in accordance with an agreement as to terms of a telecommunications service offering; accessing network resources that satisfy the terms of the telecommunications service offering; initializing an instance of the telecommunications service offering using the resources accessible thereby; creating an interface by which the telecommunications service offering is made available to the customer; and exposing the created interface to enable a management function of the customer to use the telecommunications service offering, wherein the CSMF is coupled to and communicates with a network manager of a legacy operations support system, OSS.
An apparatus, comprising: a first thermoset layer comprising a first fibrous material embedded in a first thermoset matrix; a second thermoset layer comprising a second fibrous material embedded in a second thermoset matrix, the second thermoset layer being coupled to the first thermoset layer to form a joint, wherein a gap is defined between the first thermoset layer and the second thermoset layer; and a thermoplastic filler made from a thermoplastic material, the thermoplastic filler being positioned within the gap and having a cross-sectional shape and size corresponding with the cross-sectional shape and size of the gap . a first thermoset layer comprising a first fibrous material embedded in a first thermoset matrix; a second thermoset layer comprising a second fibrous material embedded in a second thermoset matrix, the second thermoset layer being coupled to the first thermoset layer to form a joint, wherein a gap is defined between the first thermoset layer and the second thermoset layer; and a thermoplastic filler made from a thermoplastic material, the thermoplastic filler being positioned within the gap and having a cross-sectional shape and size corresponding with the cross-sectional shape and size of the gap .
A production method of a composite material, the method comprising: placing a fiber base material on a mold , the fiber base material comprising a first fiber base material portion and a second fiber base material portion; disposing a mold release sheet in part of a region where the first fiber base material portion and the second fiber base material portion are in contact with each other; and curing a resin with which the first fiber base material portion and the second fiber base material portion are impregnated, so as to mold the composite material, characterized in that the first fiber base material portion is rib material portions corresponding to ribs of a wing of an aircraft, the second fiber base material portion is a skin material portion corresponding to a skin of the wing, a front-wing-spar material portion corresponding to a front wing spar of the wing, and a rear-wing-spar material portion corresponding to a rear wing spar of the wing, in the fiber base material, the mold release sheet is disposed in at least one of (i) a position between the rib material portions and the front-wing-spar material portion or (ii) a position between the rib material portions and the rear-wing-spar material portion . placing a fiber base material on a mold , the fiber base material comprising a first fiber base material portion and a second fiber base material portion; disposing a mold release sheet in part of a region where the first fiber base material portion and the second fiber base material portion are in contact with each other; and curing a resin with which the first fiber base material portion and the second fiber base material portion are impregnated, so as to mold the composite material, characterized in that the first fiber base material portion is rib material portions corresponding to ribs of a wing of an aircraft, the second fiber base material portion is a skin material portion corresponding to a skin of the wing, a front-wing-spar material portion corresponding to a front wing spar of the wing, and a rear-wing-spar material portion corresponding to a rear wing spar of the wing, in the fiber base material, the mold release sheet is disposed in at least one of (i) a position between the rib material portions and the front-wing-spar material portion or (ii) a position between the rib material portions and the rear-wing-spar material portion .
A method of creating printed matter, comprising: an ink arrangement step of ejecting photocurable ink onto a printing face of a medium by an ink-jet method and irradiating the ink with light to be cured; and a laminating step of attaching a protective film to the medium by bonding an adhesive layer of the protective film to the printing face and a surface of the ink , the protective film including the adhesive layer and a base material supporting the adhesive layer , characterized in that the ink arrangement step comprises a controlling step of adjusting an ejection amount of the ink ejected by the ink-jet method to cause an average surface roughness of the printing face to be smaller than 15 μm, the average surface roughness being a value obtained by averaging heights from the printing face for each piece of ink , and a thickness of the adhesive layer is set to be equal to or larger than 18 μm. an ink arrangement step of ejecting photocurable ink onto a printing face of a medium by an ink-jet method and irradiating the ink with light to be cured; and a laminating step of attaching a protective film to the medium by bonding an adhesive layer of the protective film to the printing face and a surface of the ink , the protective film including the adhesive layer and a base material supporting the adhesive layer , characterized in that the ink arrangement step comprises a controlling step of adjusting an ejection amount of the ink ejected by the ink-jet method to cause an average surface roughness of the printing face to be smaller than 15 μm, the average surface roughness being a value obtained by averaging heights from the printing face for each piece of ink , and a thickness of the adhesive layer is set to be equal to or larger than 18 μm.