mhurhangee/ep-ind-claims huggingface dataset:
A fully-automated monobloc machine for manufacturing ice in particles for food use, comprising at least one storage tank of process water in the liquid state, an evaporator provided with forming means for forming ice particles from the process water in the liquid state, a collection container of the ice particles, an access hatch door to said collection container, surface sterilisation means of said ice particles present in said collection container, detection means of the open or closed position of said access hatch door, and control means communicating with said detection means and configured to activate said surface sterilisation means only if said closed position of said access hatch door is detected, characterised in that said control means are configured to activate said surface sterilisation means according to a predefined timed program, as a function at least of the type of the ice particles produced and collected in the container, and as a function at least of the quantity of the ice particles detected in the collection container.
Microfluidic system (1, 101) comprising a substrate in which an array of microchannels comprising a cell sorting unit (110, 210, 310) is etched and around which a protective cover is bonded, characterized in that the sorting unit comprises deflection means (211, 311) capable of separating, during the flow thereof, relatively noncohesive cell clusters, each of size ranging from 20 μm to 500 μm and of 20 to 10 000 cells approximately, such as islets of Langerhans, at least two sorting microchannels (111 to 114) arranged in parallel at the outlet of said unit being respectively designed so as to transport as many categories of sorted clusters (At) to a unit for encapsulation (120, 220, 320) of the latter, also formed in said array, said sorting unit (110, 210, 310) preferably comprising at least one stage for size-sorting said clusters which is designed so as to generate in said sorting microchannels (111 to 114) respectively at least two size categories for said sorted clusters (At).
A method for determining the concentration of a predetermined gas in a sample in a closed sample container using a tunable diode laser and a light sensor, wherein a wavelength of substantially monochromatic light emitted from the diode laser into the sample is varied in time by changing a pump current of a laser diode of the diode laser, the intensity of the light emerging from the sample is measured, and the concentration of the gas in the sample is calculated as a function of the variation in time of the pump current and the variation in time of the measured intensity, wherein, in addition to an absorption spectrum, a temperature at the outer wall of the sample container is measured and taken into account when calculating the concentration of the gas, and wherein the pump current has a first temporal portion with a substantially constant and non-zero base current and a second temporal portion with a current ramp continuously increasing from the base current, wherein the predetermined gas is nitrogen, wherein a line broadening is determined in the absorption spectrum determined from the intensity distribution as a function of the pump current and the partial pressure of water vapor in the sample is inferred from this line broadening, wherein the calculation of the nitrogen concentration comprises a calibrated parameter whose value has been previously determined by calibration with at least one reference sample having a known nitrogen concentration.
A heat transfer plate for a plate heat exchanger, comprising a first distribution area, a heat transfer area and a second distribution area arranged in succession along a longitudinal center axis (l) of the heat transfer plate extending perpendicular to a transverse center axis (t) of the heat transfer plate, the heat transfer area being provided with a heat transfer pattern differing from a pattern within the first and second distribution areas, the first distribution area adjoining the heat transfer area along an upper borderline, and the second distribution area adjoining the heat transfer area along a lower borderline, wherein the heat transfer pattern comprises elongate alternately arranged heat transfer ridges and heat transfer valleys (36, 38) extending obliquely in relation to the transverse center axis (t) of the heat transfer plate, a respective top portion of the heat transfer ridges extending in a top plane and a respective bottom portion of the heat transfer valleys extending in a bottom plane, which top and bottom planes (T, B) are parallel to each other, a center plane extending half-way between, and parallel to, the top and bottom planes (T, B) defining a border between the heat transfer ridges and the heat transfer valleys (36, 38), wherein the heat transfer ridges comprise ridge contact areas (52, 62) within which the heat transfer ridges are arranged to abut an adjacent first heat transfer plate in the plate heat exchanger, and the heat transfer valleys comprise valley contact areas (54, 64) within which the heat transfer valleys are arranged to abut an adjacent second heat transfer plate in the plate heat exchanger, wherein, within at least half of the heat transfer area, the top portions of the heat transfer ridges have a first width w1, and the bottom portions of the heat transfer valleys have a second width w2, a width of the top and bottom portions (40, 42) being measured perpendicular to a longitudinal extension of the heat transfer ridges and heat transfer valleys (36, 38), and w1≠w2, characterized in that the top portion of a number of first heat transfer ridges (36a, 36b) of the heat transfer ridges, within a respective first ridge contact area (52a, 62b) of the ridge contact areas (52, 62), has a third width w3, wherein, if w1 >w2 then w3<w1, and, if w1 <w2 then w3>w1.
Use of an agent that activates the PTH/PTHrP receptor for the manufacture of a medicament for treating a subject in need of hematopoietic progenitor cell maintenance, wherein the agent that activates the PTH/PTHrP receptor is selected from the group consisting of PTH and PTHrP, wherein the subject: is a bone marrow donor who has donated bone marrow; a bone marrow donor who has yet to donate bone marrow; a bone marrow transplant recipient; or has anemia, wherein the medicament activates the PTH/PTHrP receptor in cells of the subject expressing the PTH/PTHrP receptor.
A communication method, applied to a mobile terminal comprising N communication processors and an Application Processor, AP, the N communication processors being connected to the AP, each of the N communication processors being connected to at least two peripheral devices inside the mobile terminal, N being a positive integer, the method comprising: when a data communication request sent from a first peripheral device to a second peripheral device is detected, querying whether N peripheral device sets contain a first identifier of the first peripheral device and a second identifier of the second peripheral device, wherein the N peripheral device sets are associated with the N communication processors respectively, and each peripheral device set contains an identifier of each peripheral device connected to the corresponding communication processor; and when it is found out that an i th peripheral device set of the N peripheral device sets contains the first identifier and the second identifier, sending communication link configuration information to the first peripheral device, the communication link configuration information carrying an identifier of an i th communication processor associated with the i th peripheral device set, and the communication link configuration information being used to instruct the first peripheral device to perform data communication with the second peripheral device via the i th communication processor, where i is a positive integer, and 1≤i≤N. when a data communication request sent from a first peripheral device to a second peripheral device is detected, querying whether N peripheral device sets contain a first identifier of the first peripheral device and a second identifier of the second peripheral device, wherein the N peripheral device sets are associated with the N communication processors respectively, and each peripheral device set contains an identifier of each peripheral device connected to the corresponding communication processor; and when it is found out that an i th peripheral device set of the N peripheral device sets contains the first identifier and the second identifier, sending communication link configuration information to the first peripheral device, the communication link configuration information carrying an identifier of an i th communication processor associated with the i th peripheral device set, and the communication link configuration information being used to instruct the first peripheral device to perform data communication with the second peripheral device via the i th communication processor, where i is a positive integer, and 1≤i≤N.
An epoxy resin composition selected from (i) and (ii): (i) an epoxy resin composition comprising components to described below, wherein the content of the component is 8 to 20 parts by mass relative to 100 parts by mass of the component, and the content of the component is 12 to 110 parts by mass relative to 100 parts by mass of the component: component: an epoxy resin; component: a boron trihalide-amine complex; and component: rubber particles; and (ii) an epoxy resin composition comprising components, and described below, wherein the content of the component is 8 to 20 parts by mass relative to 100 parts by mass of the component, and the content of the component is 1 to 50 parts by mass relative to 100 parts by mass of the component: component: an epoxy resin; component: a boron trihalide-amine complex; component: a polymer which is compatible with an epoxy resin composition containing the components to, and has a characteristic of forming, when an epoxy resin composition containing the component is cured, a phase separation structure in the cured product. (i) an epoxy resin composition comprising components to described below, wherein the content of the component is 8 to 20 parts by mass relative to 100 parts by mass of the component, and the content of the component is 12 to 110 parts by mass relative to 100 parts by mass of the component: component: an epoxy resin; component: a boron trihalide-amine complex; and component: rubber particles; and component: an epoxy resin; component: a boron trihalide-amine complex; and component: rubber particles; and (ii) an epoxy resin composition comprising components, and described below, wherein the content of the component is 8 to 20 parts by mass relative to 100 parts by mass of the component, and the content of the component is 1 to 50 parts by mass relative to 100 parts by mass of the component: component: an epoxy resin; component: a boron trihalide-amine complex; component: a polymer which is compatible with an epoxy resin composition containing the components to, and has a characteristic of forming, when an epoxy resin composition containing the component is cured, a phase separation structure in the cured product. component: an epoxy resin; component: a boron trihalide-amine complex; component: a polymer which is compatible with an epoxy resin composition containing the components to, and has a characteristic of forming, when an epoxy resin composition containing the component is cured, a phase separation structure in the cured product.
A portable wireless access tag duplication device comprising: a wireless access tag reader; a wireless access tag writer; a processor, coupled to the wireless access card reader and the wireless access card writer; and a memory, including instruction code, executable by the processor, for: determining a type of a first wireless access tag; determining a first key of a first wireless access tag according to the type of the first wireless access tag; determining remaining keys of the first wireless access tag using nested authentication and the first key; reading the data of the first tag using the wireless access card reader, the first key and the remaining keys; and writing the data to a second tag using the wireless access card writer, the first key and the remaining keys; wherein the instruction code is further for: validating the second tag using an unique identifier associated with the second tag, prior to data being written to the second tag, to prevent the use of counterfeit tags and wherein writing the data to the second tags is performed upon successful validation. a wireless access tag reader; a wireless access tag writer; a processor, coupled to the wireless access card reader and the wireless access card writer; and a memory, including instruction code, executable by the processor, for: determining a type of a first wireless access tag; determining a first key of a first wireless access tag according to the type of the first wireless access tag; determining remaining keys of the first wireless access tag using nested authentication and the first key; reading the data of the first tag using the wireless access card reader, the first key and the remaining keys; and writing the data to a second tag using the wireless access card writer, the first key and the remaining keys; determining a type of a first wireless access tag; determining a first key of a first wireless access tag according to the type of the first wireless access tag; determining remaining keys of the first wireless access tag using nested authentication and the first key; reading the data of the first tag using the wireless access card reader, the first key and the remaining keys; and writing the data to a second tag using the wireless access card writer, the first key and the remaining keys; validating the second tag using an unique identifier associated with the second tag, prior to data being written to the second tag, to prevent the use of counterfeit tags and wherein writing the data to the second tags is performed upon successful validation.
A tyrosine kinase inhibitor and at least one antibody specifically binding EGFR, HER2 and HER3 for use in treating cancer resistance to a TKI, wherein said TKI is a small molecule which is capable of inhibiting an ErbB family member and wherein cells of the cancer express said ErbB family member and wherein said TKI is an additional TKI different from said TKI to which said cancer is resistant.
A method of converting a firearm grip module from semi- to full-auto capability, the method comprising: removing a first mode selector lever from the firearm grip module; removing a semi-auto trigger assembly from the firearm grip module; cutting or abrading a removable molded-in stop arranged atop a selector track to form a smooth transition between a semi-auto indentation in the track and a full-auto indentation in the track; coupling a full-auto trigger assembly into the firearm grip module; and coupling a second mode selector lever to the full-auto trigger assembly. removing a first mode selector lever from the firearm grip module; removing a semi-auto trigger assembly from the firearm grip module; cutting or abrading a removable molded-in stop arranged atop a selector track to form a smooth transition between a semi-auto indentation in the track and a full-auto indentation in the track; coupling a full-auto trigger assembly into the firearm grip module; and coupling a second mode selector lever to the full-auto trigger assembly.
A pattern formation part forming a fiber optic pattern on the surface, the pattern formation part being comprised of: a leno-weave fabric made by interweaving first warp yarns which are transparent warp yarns and transmit at least part of light and second warp yarns which are opaque warp yarns with first weft yarns which are fiber optic weft yarns, with the first warp yarns and the second warp yarns being twisted in opposite direction around the first weft yarns, the first weft yarns forming a fiber optic pattern on the surface, and the first weft yarns always going under the first warp yarns and always going over the second warp yarns during weaving, wherein the pattern forming part further comprises: second weft yarns which are alternately arranged with the first weft yarns next to each other as seen on the same plane of the pattern formation part, and during weaving, the first and second weft yarns (271, 271') run together through the same slots or run separately through different slots that are formed by the first and second warp yarns (221, 222), with the second weft yarns always going under the first warp yarns and always going over the second warp yarns, and the second weft yarns are pattern formation weft yarns of a certain color for creating a pattern when the first weft yarns are not illuminated. a leno-weave fabric made by interweaving first warp yarns which are transparent warp yarns and transmit at least part of light and second warp yarns which are opaque warp yarns with first weft yarns which are fiber optic weft yarns, with the first warp yarns and the second warp yarns being twisted in opposite direction around the first weft yarns, the first weft yarns forming a fiber optic pattern on the surface, and the first weft yarns always going under the first warp yarns and always going over the second warp yarns during weaving, wherein the pattern forming part further comprises: second weft yarns which are alternately arranged with the first weft yarns next to each other as seen on the same plane of the pattern formation part, and during weaving, the first and second weft yarns (271, 271') run together through the same slots or run separately through different slots that are formed by the first and second warp yarns (221, 222), with the second weft yarns always going under the first warp yarns and always going over the second warp yarns, and the second weft yarns are pattern formation weft yarns of a certain color for creating a pattern when the first weft yarns are not illuminated.
A downlink control channel detection method realized by a User Equipment, UE (70, 80, 90, 1300, 1400), comprising: determining a detection mode for a downlink control channel; and detecting the downlink control channel in accordance with the determined detection mode for the downlink control channel, wherein the detection mode for the downlink control channel comprises a one-stage detection mode and a multiple-stage detection mode, in the one-stage detection mode control information for the detection of a data channel is acquired through a single downlink control channel detection operation, and in the multiple-stage detection mode the control information for the detection of the data channel is acquired through at least two downlink control channel detection operations, and wherein the downlink control channel detection method is characterized in that: the UE (70, 80, 90, 1300, 1400) is configured to read control information for the detection of a next-stage downlink control channel from the first downlink control channel, and detect the downlink control channels stage by stage in accordance with the control information for the detection of the downlink control channel until the control information for the detection of the data channel has been acquired by the UE, when the determined detection mode for the downlink control channel is the multiple-stage detection mode. determining a detection mode for a downlink control channel; and detecting the downlink control channel in accordance with the determined detection mode for the downlink control channel, wherein the detection mode for the downlink control channel comprises a one-stage detection mode and a multiple-stage detection mode, in the one-stage detection mode control information for the detection of a data channel is acquired through a single downlink control channel detection operation, and in the multiple-stage detection mode the control information for the detection of the data channel is acquired through at least two downlink control channel detection operations, and wherein the downlink control channel detection method is characterized in that: the UE (70, 80, 90, 1300, 1400) is configured to read control information for the detection of a next-stage downlink control channel from the first downlink control channel, and detect the downlink control channels stage by stage in accordance with the control information for the detection of the downlink control channel until the control information for the detection of the data channel has been acquired by the UE, when the determined detection mode for the downlink control channel is the multiple-stage detection mode.
Method of installing a construction element, in particular a window frame or door frame, in an opening of a building wall, wherein the method comprises the following steps: (a) providing the construction element; (b) fastening drives in the form of motorised aligning devices at least in the corner regions of the construction element, the drives being configured so as to adjust the distance between the construction element and the opening of the building wall in two spatial directions; (c) arranging the construction element with the drives fastened thereon in the opening of the building wall; (d) providing at least one position-determining device on the construction element; (e) initiating an aligning operation of the construction element in the opening of the building wall; (f) performing the aligning operation, in that the aligning of the construction element takes place by changing the distances between the construction element and the opening of the building wall by means of the drives; (g) ending the aligning operation when a desired alignment of the construction element in the opening of the building wall is achieved; and (h) fixing the alignment of the construction element in the opening of the building wall. (a) providing the construction element; (b) fastening drives in the form of motorised aligning devices at least in the corner regions of the construction element, the drives being configured so as to adjust the distance between the construction element and the opening of the building wall in two spatial directions; (c) arranging the construction element with the drives fastened thereon in the opening of the building wall; (d) providing at least one position-determining device on the construction element; (e) initiating an aligning operation of the construction element in the opening of the building wall; (f) performing the aligning operation, in that the aligning of the construction element takes place by changing the distances between the construction element and the opening of the building wall by means of the drives; (g) ending the aligning operation when a desired alignment of the construction element in the opening of the building wall is achieved; and (h) fixing the alignment of the construction element in the opening of the building wall.
A method for producing reflectors, particularly highly precise and dimensionally stable reflectors for a vehicle headlamp, characterized by the following steps: a) producing a metallic, preferably one-piece body, which body consists of a base body and at least one parabolic reflector, b) applying a suitable material, preferably a plastic material, for forming the at least one reflector surface in the optically effective region of the at least one parabolic reflector, wherein the at least one parabolic reflector is coated or reshaped with the material, characterized in that the base body is constructed as a heat sink and in that the heat sink is set up for accommodating an LED light source. a) producing a metallic, preferably one-piece body, which body consists of a base body and at least one parabolic reflector, b) applying a suitable material, preferably a plastic material, for forming the at least one reflector surface in the optically effective region of the at least one parabolic reflector, wherein the at least one parabolic reflector is coated or reshaped with the material,