mhurhangee/ep-ind-claims huggingface dataset:
An information transmission method, wherein the method is applied to a time division duplexing, TDD, system, and the method comprises: sending, by a first communications device, indication information to a second communications device based on attribute information of to-be-transmitted target information between the first communications device and the second communications device, wherein the indication information is used to indicate a concurrent subframe in which the first communications device and the second communications device perform information transmission; and sending, by the first communications device, first information to the second communications device on a first time-frequency resource in the concurrent subframe, and receiving, on a second time-frequency resource in the concurrent subframe, second information sent by the second communications device, wherein the to-be-transmitted target information is the first information or the second information; wherein when the to-be-transmitted target information is data information, the indication information comprises identification information of an RB in the first time-frequency resource and identification information of an RB in the second time-frequency resource; and wherein the concurrent subframe further comprises a blank RB, and the blank RB is a guard resource between the RB in the first time-frequency resource and the RB in the second time-frequency resource, wherein the quantity and allocation of blank RBs in the concurrent subframe is flexibly determined based on the capability of the first communications device and the capability of the second communications device. sending, by a first communications device, indication information to a second communications device based on attribute information of to-be-transmitted target information between the first communications device and the second communications device, wherein the indication information is used to indicate a concurrent subframe in which the first communications device and the second communications device perform information transmission; and sending, by the first communications device, first information to the second communications device on a first time-frequency resource in the concurrent subframe, and receiving, on a second time-frequency resource in the concurrent subframe, second information sent by the second communications device, wherein the to-be-transmitted target information is the first information or the second information; wherein when the to-be-transmitted target information is data information, the indication information comprises identification information of an RB in the first time-frequency resource and identification information of an RB in the second time-frequency resource; and wherein the concurrent subframe further comprises a blank RB, and the blank RB is a guard resource between the RB in the first time-frequency resource and the RB in the second time-frequency resource, wherein the quantity and allocation of blank RBs in the concurrent subframe is flexibly determined based on the capability of the first communications device and the capability of the second communications device.
A method for producing a classification scheme for AML comprising the steps of: a) providing a plurality of reference samples, said reference samples comprising cell samples from a plurality of reference subjects affected by AML; b) providing reference profiles by establishing a gene expression profile for each of said reference samples individually, wherein said gene expression profile comprises the level of expression of: - at least 1 differentially expressed gene from Table 31; - at least 2 differentially expressed genes from Table 34; and - at least 2 differentially expressed genes from Table 35; c) clustering said individual reference profiles according to a statistical procedure, comprising: (i) K-means clustering; (ii) hierarchical clustering; and (iii) Pearson correlation coefficient analysis; and d) assigning an AML class to each cluster, wherein the clustering of said gene expression profiles is performed based on the information of differentially- expressed genes from Table 1, wherein cluster #9 is defined by having at least 1 differentially expressed gene selected from Table 31 and corresponds to AML class inv, cluster #12 is defined by having at least 2 differentially expressed genes selected from Table 34 and corresponds to AML class t(15;17), and cluster #13 is defined by having at least 2 differentially expressed genes selected from Table 35 and corresponds to AML class t(8;21). a) providing a plurality of reference samples, said reference samples comprising cell samples from a plurality of reference subjects affected by AML; b) providing reference profiles by establishing a gene expression profile for each of said reference samples individually, wherein said gene expression profile comprises the level of expression of: - at least 1 differentially expressed gene from Table 31; - at least 2 differentially expressed genes from Table 34; and - at least 2 differentially expressed genes from Table 35; - at least 1 differentially expressed gene from Table 31; - at least 2 differentially expressed genes from Table 34; and - at least 2 differentially expressed genes from Table 35; c) clustering said individual reference profiles according to a statistical procedure, comprising: (i) K-means clustering; (ii) hierarchical clustering; and (iii) Pearson correlation coefficient analysis; and (i) K-means clustering; (ii) hierarchical clustering; and (iii) Pearson correlation coefficient analysis; and d) assigning an AML class to each cluster,
A conjugate comprising: i) the fibronectin EDA region or a functionally equivalent variant thereof showing a degree of identity with respect to the fibronectin EDA region greater than at least 70% and ii) at least one HPV E7-derived antigenic peptide, wherein the at least one HPV E7-derived antigenic peptide is a fragment of the HPV E7 protein which is capable of stimulating the immune system of a mammal such that an immune response against said protein capable of inhibiting the growth of tumors caused by the expression of E7 or of inhibiting the proliferation of HPV is generated, wherein components (i) and (ii) are covalently coupled and wherein the conjugate promotes a cytotoxic response towards the antigenic peptide or peptides. i) the fibronectin EDA region or a functionally equivalent variant thereof showing a degree of identity with respect to the fibronectin EDA region greater than at least 70% and ii) at least one HPV E7-derived antigenic peptide, wherein the at least one HPV E7-derived antigenic peptide is a fragment of the HPV E7 protein which is capable of stimulating the immune system of a mammal such that an immune response against said protein capable of inhibiting the growth of tumors caused by the expression of E7 or of inhibiting the proliferation of HPV is generated,
Apparatus for making stirrups, bidimensional and tridimensional, comprising guide means to feed a metal rod along a feed direction, a first fold unit comprising a first central fold mandrel and a first eccentric fold pin rotatable about said first central mandrel for folding said metal rod on a work plane orthogonal to said first central mandrel, a second fold unit comprising a second central mandrel (10, 18) and a second fold pin (11, 110) mobile about said second central mandrel (10, 18) for folding said metal rod on a folding plane inclined with respect to said work plane, characterized in that said second fold pin (11, 110) is mobile at least partially hidden with respect to said work plane between an inactive configuration and an active configuration for folding, wherein said second fold pin (11, 110) is operable in rotation to cooperate with said second central mandrel (10, 18) in the folding of said rod on said inclined folding plane, said second central mandrel (10, 18) of said second fold unit being positioned between said guide means and 15 said first central mandrel of said first fold unit according to said feed direction, to perform the folding of said rod.
A method of reducing HTO concentration in a HTO-containing aqueous solution, the method comprising: continuously or intermittently bringing water vapor and/or mist of a HTO-containing aqueous solution into contact with a porous body having pores with a pore diameter within the range of 500 Å or less to allow HTO in the HTO-containing aqueous solution to be selectively occluded in the porous body, and obtaining an unoccluded liquid as a HTO-containing aqueous solution reduced in HTO concentration, which will be hereinafter referred to as low-HTO-content water, wherein the water vapor or mist of the HTO-containing aqueous solution is brought into contact with the porous body while the porous body is held at a temperature of 60°C or less.
Sealing station for sealing packaging units, said sealing station comprising a lower tool with at least one receptacle for a packaging unit and an upper tool, where said lower tool and said upper tool are arranged to be movable relative to one another, where said sealing station comprises an edge extractor with at least one extraction opening for subjecting the interior of said packaging unit to a vacuum and/or a gas and where said lower tool comprises a lifting element for lifting a film cover of said packaging unit, where said lower tool comprises a sealing element at a distance from the center of said receptacle and said upper tool comprises a counter-pressure element which can be made to contact said sealing element for sealing an interior of said packaging unit from the exterior, and where said extraction opening is arranged at a distance from the center of said receptacle which is shorter than the distance of said sealing element from the center, and where said lifting element is arranged at a distance from the center of said receptacle which is shorter than the distance of said sealing element from the center; characterized in that said lower tool comprises an inner sealing element which is arranged at a distance from the center of said receptacle which is shorter than the distance of said extraction opening and the distance of said lifting element from the center of said receptacle.
Current-measuring device for measuring an electric current in a conductor section (8a; 8b) which conducts, in particular, a phase current of an electric motor, by means of a sensor element which is designed to detect magnetic field lines and is arranged in an opening in a magnetic flux-conductor element (1a; 1b; 1c) which is designed to guide magnetic field lines caused by a flow of current through the conductor section (8a; 8b), wherein the sensor element is arranged on a carrier element which projects into the opening in the magnetic flux-conductor element (1a; 1b; 1c), characterized in that the conductor section (8a, 8b) has a first partial section which is arranged at a right angle to the carrier element and in which the flow of current runs at a right angle to the carrier element, and the sensor element has magnetic field-detection means which are designed in such a way that only magnetic field lines running parallel to the carrier element can be detected.
A method of controlling data offload comprising: receiving, by a first wireless access network node, feedback information from a second wireless access network node that performs data offload for the first wireless access network node, the feedback information identifying a user equipment and including information relating to a buffer condition of at least one data buffer (302; 402) per radio bearer or per group of radio bearers of the user equipment in the second wireless access network node; and in response to the feedback information, performing, by the first wireless access network node, control of the data offload that includes controlling an offload of a plurality of radio bearers of the user equipment identified by the feedback information; wherein the controlling the offload of the plurality of radio bearers of the user equipment comprises reducing rates of a plurality of non-Guaranteed Bit Rate bearers from the plurality of radio bearers of the user equipment equally or proportionally. receiving, by a first wireless access network node, feedback information from a second wireless access network node that performs data offload for the first wireless access network node, the feedback information identifying a user equipment and including information relating to a buffer condition of at least one data buffer (302; 402) per radio bearer or per group of radio bearers of the user equipment in the second wireless access network node; and in response to the feedback information, performing, by the first wireless access network node, control of the data offload that includes controlling an offload of a plurality of radio bearers of the user equipment identified by the feedback information; wherein the controlling the offload of the plurality of radio bearers of the user equipment comprises reducing rates of a plurality of non-Guaranteed Bit Rate bearers from the plurality of radio bearers of the user equipment equally or proportionally.
A refrigeration appliance comprising: a cabinet defining a storage compartment a door pivotably coupled to the cabinet and movable between a closed position for closing the storage compartment and an open position for allowing access to the storage compartment; and a dispensing assembly disposed on the door supplying water and/or ice, the dispensing assembly including: a dispensing tube fluidly connected to a source of water and having an outlet opening for allowing a stream of water to exit the dispensing tube upon command; a first illumination device disposed proximate the dispensing tube for illuminating the stream of water exiting from the dispensing tube, characterized by a reflecting housing surrounding the outlet opening of the dispensing tube and the first illumination device and having a reflective cladding layer on a contoured side wall of the reflective housing for directing light from the first illumination device to an outlet opening of the reflective housing. a cabinet defining a storage compartment a door pivotably coupled to the cabinet and movable between a closed position for closing the storage compartment and an open position for allowing access to the storage compartment; and a dispensing assembly disposed on the door supplying water and/or ice, the dispensing assembly including: a dispensing tube fluidly connected to a source of water and having an outlet opening for allowing a stream of water to exit the dispensing tube upon command; a first illumination device disposed proximate the dispensing tube for illuminating the stream of water exiting from the dispensing tube, characterized by a reflecting housing surrounding the outlet opening of the dispensing tube and the first illumination device and having a reflective cladding layer on a contoured side wall of the reflective housing for directing light from the first illumination device to an outlet opening of the reflective housing. a dispensing tube fluidly connected to a source of water and having an outlet opening for allowing a stream of water to exit the dispensing tube upon command; a first illumination device disposed proximate the dispensing tube for illuminating the stream of water exiting from the dispensing tube, characterized by a reflecting housing surrounding the outlet opening of the dispensing tube and the first illumination device and having a reflective cladding layer on a contoured side wall of the reflective housing for directing light from the first illumination device to an outlet opening of the reflective housing.
A packaging for a product comprising: - a box in turn comprising a bottom and a lateral flank which develops from the bottom; - a support comprising a housing, at least partial, of the product, said support being located internally of the box; said support having an external perimeter; said support comprising at least one projection; the lateral flank comprising at least one housing seating housing said projection, said projection and said housing seating defining positioning means of the support with respect to the box; said projection involving a part of the external perimeter of the support; wherein said lateral flank comprises a superposition of layers of cardboard which define a thickness thereof, there being a reduction of the number of layers of cardboard defining a thickness of the lateral flank at said at least one housing seating; said packaging being characterised in that: said at least one seating involves two consecutive walls of the lateral flank extending with an angular shape. - a box in turn comprising a bottom and a lateral flank which develops from the bottom; - a support comprising a housing, at least partial, of the product, said support being located internally of the box; said support having an external perimeter; said support comprising at least one projection; the lateral flank comprising at least one housing seating housing said projection, said projection and said housing seating defining positioning means of the support with respect to the box; said projection involving a part of the external perimeter of the support; wherein said lateral flank comprises a superposition of layers of cardboard which define a thickness thereof, there being a reduction of the number of layers of cardboard defining a thickness of the lateral flank at said at least one housing seating; said packaging being characterised in that: said at least one seating involves two consecutive walls of the lateral flank extending with an angular shape.
X-ray imagery system comprising: - an X-ray source (10, 110), - an X-ray detector (40, 140), - a blocker (20, 220) formed from an alternation of one or several opaque zones for blocking X rays and one or several transparent zones that allow X rays to pass, - means of displacing the blocker (20, 220) configured to displace the blocker between at least one first position and at least one second position, such that in the first position, an opaque zone entirely occupies a first given position and a transparent zone entirely occupies a second given position, and in the second position, the first given position is entirely occupied by a transparent zone, the second position being entirely occupied by an opaque zone, - image acquisition means configured to make a first acquisition of a first image when the blocker is located in the first position and to make a second acquisition of a second image when the blocker is in the second position, - an image processing unit configured to determine a position of the detector from the coordinates of one or several projected patterns of the blocker (20, 220) in the first image and in the second image. - an X-ray source (10, 110), - an X-ray detector (40, 140), - a blocker (20, 220) formed from an alternation of one or several opaque zones for blocking X rays and one or several transparent zones that allow X rays to pass, - means of displacing the blocker (20, 220) configured to displace the blocker between at least one first position and at least one second position, such that in the first position, an opaque zone entirely occupies a first given position and a transparent zone entirely occupies a second given position, and in the second position, the first given position is entirely occupied by a transparent zone, the second position being entirely occupied by an opaque zone, - image acquisition means configured to make a first acquisition of a first image when the blocker is located in the first position and to make a second acquisition of a second image when the blocker is in the second position, - an image processing unit configured to determine a position of the detector from the coordinates of one or several projected patterns of the blocker (20, 220) in the first image and in the second image.
A method for the formation of filter bags for infusion material, comprising the phase of cutting a continuous tubular wrapper, containing doses of infusion material, into wrapper portions, and the phase of forming a double chamber bag by folding means and gripper means, wherein forming the double chamber bag is effected by W-folding of an edge of each wrapper portion and refolding the wrapper portion into two substantially equal parts (P1, P2) each of said parts (P1, P2) containing a relative dose, wherein the wrapper portion is defined by the cutting during the W-folding of the intermediate edge and during the refolding of said parts (P1, P2) of the wrapper portion characterized in that said continuous tubular wrapper before the cutting phase and said wrapper portion during the subsequent W-folding and refolding phases are firmly and continuously held by holding means (11, 12, T; 17, 18), wherein said holding means comprise pressing elements (11, 12) which are movable and are positioned above both said continuous tubular wrapper before cutting and said wrapper portion defined by the cutting, and that cooperate with opposing jaws (15, 16) of the gripper means which are movable and are positioned below both said continuous tubular wrapper before cutting and said wrapper portion defined by the cutting.
An improved OXO process with converted waste oil recycle comprising: a. hydroformylating an olefin with synthesis gas in a reactor to produce an OXO product as well as by-product waste oil, the by-product waste oil having a lower or higher boiling temperature than said OXO product; b. separating OXO product from the by-product waste oil; c. converting separated waste oil to synthesis gas comprising evaporating the waste oil with hydrocarbon gas in an evaporator vessel to provide a mixed vapor stream of hydrocarbon gas and evaporated waste oil and directly oxidizing the mixed vapor stream to provide synthesis gas; and d. recycling the synthesis gas produced in step (c) to the reactor of step (a). a. hydroformylating an olefin with synthesis gas in a reactor to produce an OXO product as well as by-product waste oil, the by-product waste oil having a lower or higher boiling temperature than said OXO product; b. separating OXO product from the by-product waste oil; c. converting separated waste oil to synthesis gas comprising evaporating the waste oil with hydrocarbon gas in an evaporator vessel to provide a mixed vapor stream of hydrocarbon gas and evaporated waste oil and directly oxidizing the mixed vapor stream to provide synthesis gas; and d. recycling the synthesis gas produced in step (c) to the reactor of step (a).