mhurhangee/ep-ind-claims huggingface dataset:
An air conditioning system (1A, 1B), comprising: an outdoor unit; a plurality of indoor units connected to the outdoor unit through a refrigerant pipe; each of the indoor units comprising, a device (23, 26, 242) operating with DC power, a first power source circuit configured to convert AC power supplied from a commercial power source into the DC power of a predetermined voltage and supply the DC power to the device (23, 26, 242), and a remote controller having a display screen and operating with the DC power to control an operation of the indoor unit; an auxiliary power supply unit comprising a second power source circuit for outputting the DC power of the predetermined voltage, the auxiliary power supply unit being configured to supply power from the second power source circuit to the device (23, 26, 242) when supplying the AC power to the first power source circuit is interrupted; characterized by means for bringing the display screen of the remote controller into a non-display state when supplying the AC power to the first power source circuit is interrupted. an outdoor unit; a plurality of indoor units connected to the outdoor unit through a refrigerant pipe; each of the indoor units comprising, a device (23, 26, 242) operating with DC power, a first power source circuit configured to convert AC power supplied from a commercial power source into the DC power of a predetermined voltage and supply the DC power to the device (23, 26, 242), and a remote controller having a display screen and operating with the DC power to control an operation of the indoor unit; a device (23, 26, 242) operating with DC power, a first power source circuit configured to convert AC power supplied from a commercial power source into the DC power of a predetermined voltage and supply the DC power to the device (23, 26, 242), and a remote controller having a display screen and operating with the DC power to control an operation of the indoor unit; an auxiliary power supply unit comprising a second power source circuit for outputting the DC power of the predetermined voltage, the auxiliary power supply unit being configured to supply power from the second power source circuit to the device (23, 26, 242) when supplying the AC power to the first power source circuit is interrupted; characterized by means for bringing the display screen of the remote controller into a non-display state when supplying the AC power to the first power source circuit is interrupted.
A rigid endoscope, comprising: an endoscope tube, a light-emitting diode chip, an objective lens group, a rod lens group and a lead, wherein the objective lens group and the rod lens group are disposed in the endoscope tube and arranged in a direction from a front end to a rear end of the endoscope tube; the LED chip is mounted at the front end of the endoscope tube; and the lead is led out from the LED chip, runs through a gap between an inner circle of the endoscope tube and an outer circle of the objective lens group, and arrives at the rear end of the endoscope tube; characterised in that: the LED chip is an annular LED chip; and the rigid endoscope is a single-tube rigid endoscope. an endoscope tube, a light-emitting diode chip, an objective lens group, a rod lens group and a lead, wherein the objective lens group and the rod lens group are disposed in the endoscope tube and arranged in a direction from a front end to a rear end of the endoscope tube; the LED chip is mounted at the front end of the endoscope tube; and the lead is led out from the LED chip, runs through a gap between an inner circle of the endoscope tube and an outer circle of the objective lens group, and arrives at the rear end of the endoscope tube; characterised in that: the LED chip is an annular LED chip; and the rigid endoscope is a single-tube rigid endoscope. the LED chip is an annular LED chip; and the rigid endoscope is a single-tube rigid endoscope.
A redundant safety system for a mobile machine having at least one controller; having a first localization system that is configured to localize a position of at least one safe point of interest; having a detection system that is configured to detect a feature of the safe point of interest, wherein the localization system is configured to detect a position of the safe point of interest, and the detection system is configured to detect a feature of the safe point of interest, characterized in that the controller is configured to activate a safe zone of interest associated with the safe point of interest on detection of the position of the safe point of interest and of the feature of the safe point of interest, with the safe point of interest forming a starting position and an associated position for the safe zone of interest, with the safe zone of interest being activated by the passing through of the safe point of interest. having a first localization system that is configured to localize a position of at least one safe point of interest; having a detection system that is configured to detect a feature of the safe point of interest, wherein the localization system is configured to detect a position of the safe point of interest, and the detection system is configured to detect a feature of the safe point of interest, characterized in that the controller is configured to activate a safe zone of interest associated with the safe point of interest on detection of the position of the safe point of interest and of the feature of the safe point of interest, with the safe point of interest forming a starting position and an associated position for the safe zone of interest, with the safe zone of interest being activated by the passing through of the safe point of interest.
A powder of cold-soluble-polysaccharide and of polyol, the particles of said powder having an irregular, substantially nonspherical shape, the polysaccharide and the polyol having physical bonds between them, the polysaccharide being in particulate form, and the polyol being predominantly in crystalline form, selected from the group consisting of mannitol, sorbitol, isomalt, and mixtures thereof.
A process for the polymerization of at least one addition polymerizable monomer to form a polymer composition characterized by a narrow molecular weight distribution, the process comprising: contacting a mixture of addition polymerizable monomers under addition polymerization conditions with a catalyst composition comprising the contact product of at least one addition polymerization catalyst precursor, a cocatalyst and a chain shuttling agent having the formula R 1 [M A -R 2 -] N M A R 1; or a Lewis base-containing derivative thereof, or any combination thereof; wherein M A is Zn; R 1, in each occurrence, is a monovalent hydrocarbyl moiety having from 1 to 20 carbon atoms, inclusive; R 2, in each occurrence, is independently a hydrocarbadiyl, (CH 2) m, wherein m is an integer from 2 to 20, inclusive; N, on average, is from 2 to 50; wherein each alkyl zinc bond is a mono-headed CSA site, and each alkandiyl zinc bond is a dual-headed CSA site; and wherein the ratio of dual-headed CSA sites to mono-headed CSA sites is controlled to be a value Q > 1; and forming a multi-block copolymer, wherein said narrow molecular weight distribution is reflected by a polydispersity index of from 1.0 to 4.0. M A is Zn; R 1, in each occurrence, is a monovalent hydrocarbyl moiety having from 1 to 20 carbon atoms, inclusive; R 2, in each occurrence, is independently a hydrocarbadiyl, (CH 2) m, N, on average, is from 2 to 50; wherein each alkyl zinc bond is a mono-headed CSA site, and each alkandiyl zinc bond is a dual-headed CSA site; and wherein the ratio of dual-headed CSA sites to mono-headed CSA sites is controlled to be a value Q > 1; and
An apparatus comprising: means for obtaining a plurality of blood glucose reference sample-sensor measurement pairs; means for estimating one or more parameters of a plurality of probability models based, at least in part, on said blood glucose reference sample-sensor measurement pairs; means for determining a plurality of functions for estimating a blood-glucose concentration in a patient from sensor measurements based, at least in part, on said estimated one or more parameters of said plurality of probability models; characterised in that the apparatus further comprises: for each of said plurality of functions, means for estimating a sensor glucose concentration value by application of said function to provide a plurality of estimated sensor glucose concentration values, each of said estimated sensor glucose concentration values being generated by a corresponding one of said plurality of functions; and means for determining a composite sensor glucose concentration value for the patient based, at least partly, on a combination of said plurality of estimated sensor glucose concentration values. means for obtaining a plurality of blood glucose reference sample-sensor measurement pairs; means for estimating one or more parameters of a plurality of probability models based, at least in part, on said blood glucose reference sample-sensor measurement pairs; means for determining a plurality of functions for estimating a blood-glucose concentration in a patient from sensor measurements based, at least in part, on said estimated one or more parameters of said plurality of probability models; characterised in that the apparatus further comprises: for each of said plurality of functions, means for estimating a sensor glucose concentration value by application of said function to provide a plurality of estimated sensor glucose concentration values, each of said estimated sensor glucose concentration values being generated by a corresponding one of said plurality of functions; and means for determining a composite sensor glucose concentration value for the patient based, at least partly, on a combination of said plurality of estimated sensor glucose concentration values. for each of said plurality of functions, means for estimating a sensor glucose concentration value by application of said function to provide a plurality of estimated sensor glucose concentration values, each of said estimated sensor glucose concentration values being generated by a corresponding one of said plurality of functions; and means for determining a composite sensor glucose concentration value for the patient based, at least partly, on a combination of said plurality of estimated sensor glucose concentration values.
A server arranged in a mobile network for providing a token to a mobile terminal, the server comprising: a network interface; and a processing unit coupled to the network interface, wherein the processing unit is configured to receive, from the mobile terminal, a request asking for the token, to determine whether the request is received via the mobile network, if the request is received via the mobile network, to obtain subscriber identification information of the mobile terminal based on a session with the mobile terminal, to obtain a token which includes a user profile associated with the subscriber identification information and to which an electronic signature is added, and to transmit the token to the mobile terminal, and if the request is received via a network other than the mobile network, to notify the mobile terminal that the token is not transmitted. a network interface; and a processing unit coupled to the network interface, wherein the processing unit is configured to receive, from the mobile terminal, a request asking for the token, to determine whether the request is received via the mobile network, if the request is received via the mobile network, to obtain subscriber identification information of the mobile terminal based on a session with the mobile terminal, to obtain a token which includes a user profile associated with the subscriber identification information and to which an electronic signature is added, and to transmit the token to the mobile terminal, and if the request is received via a network other than the mobile network, to notify the mobile terminal that the token is not transmitted. to receive, from the mobile terminal, a request asking for the token, to determine whether the request is received via the mobile network, if the request is received via the mobile network, to obtain subscriber identification information of the mobile terminal based on a session with the mobile terminal, to obtain a token which includes a user profile associated with the subscriber identification information and to which an electronic signature is added, and to transmit the token to the mobile terminal, and to obtain subscriber identification information of the mobile terminal based on a session with the mobile terminal, to obtain a token which includes a user profile associated with the subscriber identification information and to which an electronic signature is added, and to transmit the token to the mobile terminal, and if the request is received via a network other than the mobile network, to notify the mobile terminal that the token is not transmitted.
Centrifuge insert for receiving one or more elements from the group of sample containers (74, 76) and sample holders in a centrifuge rotor, preferably configured as a free rotor, of a centrifuge, in particular a laboratory centrifuge, wherein the centrifuge insert is configured to selectively receive at least one first element (74, 76), which has a circular or oval cross-section at least in some areas, and at least one second element, which has a polygonal cross-section at least in some areas, characterized in that the centrifuge insert is configured in a modular manner with a centrifuge body and a centrifuge rotor, and at least one second element, which has a polygonal cross-section at least in some areas, characterized in that the centrifuge insert is of modular design with a base body and at least one complementary part, wherein the complementary part has an outer geometry which, together with a corresponding inner geometry of the base body, forms one or more second receptacles for first elements.
A storage body comprising: a storage unit that stores electric energy; and a case that houses the storage unit, wherein the case comprises: a frame-shaped outer shell body having two end surfaces (15, 16) that respectively include opening portions; and a pair of laminate film pieces (50, 60) that are adhered to the respective end surfaces (15, 16) of the outer shell body so as to form a storage chamber inside the outer shell body, and each of the laminate film pieces (50, 60) comprises: an adhesion portion (52, 53, 54, 62, 63, 64) that is adhered to the outer shell body; and a film portion (51, 61) that faces the storage chamber, characterized in that the outer shell body has an outer peripheral surface, and the adhesion portion (52, 53, 54, 62, 63, 64) includes an outside adhesion portion (54, 64) that surrounds the outer peripheral surface of the outer shell body. a storage unit that stores electric energy; and a case that houses the storage unit, wherein the case comprises: a frame-shaped outer shell body having two end surfaces (15, 16) that respectively include opening portions; and a pair of laminate film pieces (50, 60) that are adhered to the respective end surfaces (15, 16) of the outer shell body so as to form a storage chamber inside the outer shell body, and each of the laminate film pieces (50, 60) comprises: an adhesion portion (52, 53, 54, 62, 63, 64) that is adhered to the outer shell body; and a film portion (51, 61) that faces the storage chamber, characterized in that the outer shell body has an outer peripheral surface, and the adhesion portion (52, 53, 54, 62, 63, 64) includes an outside adhesion portion (54, 64) that surrounds the outer peripheral surface of the outer shell body. a frame-shaped outer shell body having two end surfaces (15, 16) that respectively include opening portions; and a pair of laminate film pieces (50, 60) that are adhered to the respective end surfaces (15, 16) of the outer shell body so as to form a storage chamber inside the outer shell body, and each of the laminate film pieces (50, 60) comprises: an adhesion portion (52, 53, 54, 62, 63, 64) that is adhered to the outer shell body; and a film portion (51, 61) that faces the storage chamber, characterized in that the outer shell body has an outer peripheral surface, and the adhesion portion (52, 53, 54, 62, 63, 64) includes an outside adhesion portion (54, 64) that surrounds the outer peripheral surface of the outer shell body. an adhesion portion (52, 53, 54, 62, 63, 64) that is adhered to the outer shell body; and a film portion (51, 61) that faces the storage chamber, characterized in that the outer shell body has an outer peripheral surface, and the adhesion portion (52, 53, 54, 62, 63, 64) includes an outside adhesion portion (54, 64) that surrounds the outer peripheral surface of the outer shell body.
Thin-film solar module with series connection, comprising at least: • a back electrode layer that is divided into regions BR by structuring lines PR, • a photoactive semiconductor layer that is arranged on the back electrode layer and is divided by structuring lines PA, and • a front electrode layer that is arranged on the side of the photoactive semiconductor layer opposite the back electrode layer and is divided into regions BF by structuring lines PF, wherein regions BF of the front electrode layer are electrically connected to adjacent regions BR of the back electrode layer in series connection by means of structuring lines PA, characterized in that the structuring lines PR are formed with bulges (7.10) and edges (7.11), and the structuring lines PA are formed with bulges (7.20) and edges (7.21) relative to each other such that ohmic loss is reduced due to a reduced mean path distance of the current generated in the photoactive semiconductor layer through the front electrode layer. • a back electrode layer that is divided into regions BR by structuring lines PR, • a photoactive semiconductor layer that is arranged on the back electrode layer and is divided by structuring lines PA, and • a front electrode layer that is arranged on the side of the photoactive semiconductor layer opposite the back electrode layer and is divided into regions BF by structuring lines PF, wherein regions BF of the front electrode layer are electrically connected to adjacent regions BR of the back electrode layer in series connection by means of structuring lines PA, characterized in that the structuring lines PR are formed with bulges (7.10) and edges (7.11), and the structuring lines PA are formed with bulges (7.20) and edges (7.21) relative to each other such that ohmic loss is reduced due to a reduced mean path distance of the current generated in the photoactive semiconductor layer through the front electrode layer.
A method of forming an aerospace component, the method comprising: forming a first subcomponent by an additive layer manufacturing process, the first subcomponent having an inner surface (12, 14) defining an inner space; and performing a non-ALM machining process to modify a portion of the inner surface of the first subcomponent; characterised by forming a second subcomponent by an ALM process, the second subcomponent being arranged to close the inner space to complete the component, whereby prior to the step of forming the second subcomponent, the method includes providing a first non-ALM produced subcomponent within the inner space and whereby the first non-ALM produced subcomponent is slidably mounted within the inner space. forming a first subcomponent by an additive layer manufacturing process, the first subcomponent having an inner surface (12, 14) defining an inner space; and performing a non-ALM machining process to modify a portion of the inner surface of the first subcomponent; characterised by forming a second subcomponent by an ALM process, the second subcomponent being arranged to close the inner space to complete the component, whereby prior to the step of forming the second subcomponent, the method includes providing a first non-ALM produced subcomponent within the inner space and whereby the first non-ALM produced subcomponent is slidably mounted within the inner space.
A plastic reservoir for a motorized costal atomizer having a motor fan assembly and a fuel tank, the plastic reservoir comprising: - a filling nozzle at a top end of the reservoir; - first edges provided at the bottom end of the reservoir, the first edges having holes for receiving attachment screws and seats for receiving a bearing belt, wherein the first edges are positioned at a determined angle with respect to the vertical; and - a base having second edges at its front end with a geometry to fit with the first edges, the base side being provided with two holes for receiving a bottom attachment of the motor fan assembly, and having a rear portion for receiving the fuel tank the plastic reservoir being characterized in that it further comprises: - a top attachment point to which a top point of the motor fan assembly is attachable, the top attachment point being defined by a geometry in the central region of the reservoir in which the reservoir side walls have a junction. - a filling nozzle at a top end of the reservoir; - first edges provided at the bottom end of the reservoir, the first edges having holes for receiving attachment screws and seats for receiving a bearing belt, wherein the first edges are positioned at a determined angle with respect to the vertical; and - a base having second edges at its front end with a geometry to fit with the first edges, the base side being provided with two holes for receiving a bottom attachment of the motor fan assembly, and having a rear portion for receiving the fuel tank - a top attachment point to which a top point of the motor fan assembly is attachable, the top attachment point being defined by a geometry in the central region of the reservoir in which the reservoir side walls have a junction.
Device for shaping a metal sheet, having: - a plurality of support and clamping elements (11, 12, 13) which are configured in cooperation to clamp the metal sheet for a shaping operation in mechanical contact with the metal sheet and by means of retention members, orientation and/or positioning, - a plurality of actuators (21, 22, 23) which are configured to orientate and/or position the plurality of support and clamping elements (11, 12, 13), and - a control device for the actuators (21, 22, 23) which is configured to control the plurality of actuators (21, 22, 23) for an adjustment correction of the orientation and/or position of the support and clamping elements (11, 12, 13), characterized in that the control device is configured - to generate and/or receive a correction signal which is representative of an adjustment correction of the orientation and/or position of the support and clamping elements (11, 12, 13) and, - on the basis of the correction signal by bringing about a corresponding actuation of the actuators (21, 22, 23), to bring about an adjustment correction of the orientation and/or position of the support and clamping elements (11, 12, 13). - a plurality of support and clamping elements (11, 12, 13) which are configured in cooperation to clamp the metal sheet for a shaping operation in mechanical contact with the metal sheet and by means of retention members, orientation and/or positioning, - a plurality of actuators (21, 22, 23) which are configured to orientate and/or position the plurality of support and clamping elements (11, 12, 13), and - a control device for the actuators (21, 22, 23) which is configured to control the plurality of actuators (21, 22, 23) for an adjustment correction of the orientation and/or position of the support and clamping elements (11, 12, 13), characterized in that the control device is configured - to generate and/or receive a correction signal which is representative of an adjustment correction of the orientation and/or position of the support and clamping elements (11, 12, 13) and, - on the basis of the correction signal by bringing about a corresponding actuation of the actuators (21, 22, 23), to bring about an adjustment correction of the orientation and/or position of the support and clamping elements (11, 12, 13).