mhurhangee/patent-ind-claim-en huggingface dataset:
A method for diagnosing an inflammatory bowel disease (IBD), the method comprising: determining the concentration of at least one IBD-specific biomarker, or a fragment or variant thereof, in a sample of the colonic mucocellular layer obtained from a subject, wherein the sample is obtained from the surface of the anal area following defaecation by taking a swab of said area; comparing said concentration to a threshold value; and determining that the subject has IBD when the concentration of at least one IBD-specific biomarker is said sample is equal to or greater than the threshold value; wherein the at least one IBD-specific biomarker is eosinophil-derived neurotoxin (EDN); and wherein the threshold value is between 15ng/ml and 35 ng/ml when the collected sample is lysed in 3ml of lysis buffer. determining the concentration of at least one IBD-specific biomarker, or a fragment or variant thereof, in a sample of the colonic mucocellular layer obtained from a subject, wherein the sample is obtained from the surface of the anal area following defaecation by taking a swab of said area; comparing said concentration to a threshold value; and determining that the subject has IBD when the concentration of at least one IBD-specific biomarker is said sample is equal to or greater than the threshold value; wherein the at least one IBD-specific biomarker is eosinophil-derived neurotoxin (EDN); and wherein the threshold value is between 15ng/ml and 35 ng/ml when the collected sample is lysed in 3ml of lysis buffer.
Method of secure transfer of a digital file (F) originating from a first computerized system to at least one second computerized system via a secure transfer device, comprising: - writing the digital file on a first file management module (G1) of the secure transfer device (DISP), said first file management module being configured to store said digital file received from the first computerized system; - transferring the digital file to a verification module (V) module that is internal to the secure transfer device; - verifying at least part of the digital file transferred into the verification module; - transferring the at least partially verified digital file to a second file management module (G2) of the secure transfer device based on the result of said verification; further comprising a step of formatting the digital file written on the first file management module comprising dividing said digital file into a plurality of data packets (F i ) having a size smaller than a maximum size of data packets allowed to be transferred to the verification module, the verification being performed on at least one of said data packets; wherein the verification module comprises a first verification sub-module (V1), the step of transferring comprising transferring at least one of said data packets to the first verification sub-module and the step of verifying comprising a first individual verification performed on each of the data packets transferred into the first verification sub-module; wherein the verification module further comprises a second verification sub-module (V2), characterized in that the step of verifying further comprises the transfer of at least one of the data packets individually verified in the first verification sub-module to the second verification sub-module and a second verification performed on at least one of the data packets transferred in the second verification sub-module. - writing the digital file on a first file management module (G1) of the secure transfer device (DISP), said first file management module being configured to store said digital file received from the first computerized system; - transferring the digital file to a verification module (V) module that is internal to the secure transfer device; - verifying at least part of the digital file transferred into the verification module; - transferring the at least partially verified digital file to a second file management module (G2) of the secure transfer device based on the result of said verification;
A ventilation apparatus, in particular for air conditioning machines involving the passage of air (W) from a low-pressure zone to a high-pressure zone, comprising a quadrangular support structure , which delimits one or more ventilation chambers , and a fan (8; 8c, 8s, 8d) for each ventilation chamber ;the apparatus comprising one or more partitions (11; 25), each mounted inside the ventilation chamber so as to radially deflect the flow of air (W) flowing out of the fan (8; 8c, 8s, 8d) in correspondence of a respective corner of the ventilation chamber itself; the apparatus comprising wings (14; 14I; 14II) having a wall that is tangent to the direction of the absolute speed of the flow of air (W) flowing out of the fan (8; 8c, 8s, 8d); said wings having an inner wall and an outer wall at an angle relative to one another; the apparatus (5; 105) being characterized in that it comprises a plurality of double and single wings (14; 14I; 14II) arranged in correspondence of respective openings (O1, O2, O3, O4) of the support structure ; wherein the double wings have an inner wall , an outer wall and a connector between the inner wall and the outer wall ; wherein the inner wall is tangent to the direction of the absolute speed (v) of the flow of air (W) flowing out of the fan (8; 8c, 8s, 8d) ; wherein the outer wall is inclined relative to said inner wall as a function of the direction to be given to the flow of air (W) flowing out of the respective ventilation chamber .
A method of manufacturing a marine hose that includes at least a base hose, a sponge layer, a foam rubber layer, and a cover rubber layer, the method comprising the steps of: wrapping a sponge layer (A) around the outside of the base hose; wrapping a foam rubber layer (B) around the outside of the sponge layer (A), the foam rubber layer (B) containing an unvulcanized foam rubber composition; wrapping a cover rubber layer around the outside of the foam rubber layer (B); and vulcanizing the wrapped assembly; wherein the foam rubber composition includes a rubber component containing as a main component at least one selected from the group consisting of natural rubber, styrene butadiene rubber, chloroprene rubber, ethylene propylene rubber, ethylene propylene diene rubber, and reclaimed rubber; and, per 100 parts by mass of the rubber component, from 1.1 to 50 parts by mass of a blowing agent and from 1.1 to 50 parts by mass of a blowing aid; and a blow ratio of the foam rubber composition after vulcanization is 1.1 or greater. wrapping a sponge layer (A) around the outside of the base hose; wrapping a foam rubber layer (B) around the outside of the sponge layer (A), the foam rubber layer (B) containing an unvulcanized foam rubber composition; wrapping a cover rubber layer around the outside of the foam rubber layer (B); and vulcanizing the wrapped assembly; wherein
Front structure of a motor vehicle having longitudinal and transverse directions corresponding to the longitudinal and transverse directions of the vehicle when the front structure is assembled on the vehicle, the front structure comprising a stretcher comprising two side rails , a transverse beam and two shock absorbers each fixed on one side to the front end of a side rail in the extension thereof via a plate and on the other side to the transverse beam , characterized in that : - at least one shock absorber is extended laterally in the transverse direction by an outer cover with open cross-section extending from an opposite side to a side facing the other shock absorber, the opening of which is closed by assembly with the shock absorber , - a deformation-based energy dissipating element is associated with the at least one extended shock absorber , this energy dissipating element being mounted on an outer lateral face of the side rail to which the extended shock absorber is fixed, in alignment with the outer cover thereof in the longitudinal direction. - at least one shock absorber is extended laterally in the transverse direction by an outer cover with open cross-section extending from an opposite side to a side facing the other shock absorber, the opening of which is closed by assembly with the shock absorber , - a deformation-based energy dissipating element is associated with the at least one extended shock absorber , this energy dissipating element being mounted on an outer lateral face of the side rail to which the extended shock absorber is fixed, in alignment with the outer cover thereof in the longitudinal direction.
Oven, adapted to heat preform building material arranged on a transportable, plate-like mould carrier for producing preform building elements used for building a rotor blade of a wind turbine, with a housing adapted to receive several covered mould carriers and having a closable front and a closable rear opening for loading and unloading the mould carriers , wherein the housing comprises several receiving means arranged in different levels with each receiving means being adapted to receive at least one mould carrier , and with several heating means assigned to the several intermediate spaces between vertically adjacent mould carriers and the spaces below and/or above the top and bottom mould carrier and adapted to heat the preform building material .
A microchip comprising: a first introduction channel ; two second introduction channels arranged to sandwich the first introduction channel and merged with the first introduction channel from both sides; and a merge channel connected to the first introduction channel and the second introduction channels , where fluids fed from the first and the second introduction channels are merged and flow, wherein the merge channel has a tapered portion to suppress spiral flow field generated after the merging and formed so that a channel depth in a direction perpendicular to a plane containing the first introduction channel and the second introduction channels gradually decreases along a fluid feeding direction, and has a contracted portion that is formed so that a channel depth and a channel width in the sandwiching direction along which the first introduction channel is sandwiched by the second introduction channels , perpendicular to the fluid feeding direction, gradually decrease along the fluid feeding direction on the downstream side of the tapered portion , and wherein the tapered portion and the contracted portion are formed discontinuously such that there is a portion of constant channel depth and width in-between them. a first introduction channel ; two second introduction channels arranged to sandwich the first introduction channel and merged with the first introduction channel from both sides; and a merge channel connected to the first introduction channel and the second introduction channels , where fluids fed from the first and the second introduction channels are merged and flow, wherein the merge channel has a tapered portion to suppress spiral flow field generated after the merging and formed so that a channel depth in a direction perpendicular to a plane containing the first introduction channel and the second introduction channels gradually decreases along a fluid feeding direction, and has a contracted portion that is formed so that a channel depth and a channel width in the sandwiching direction along which the first introduction channel is sandwiched by the second introduction channels , perpendicular to the fluid feeding direction, gradually decrease along the fluid feeding direction on the downstream side of the tapered portion , and wherein the tapered portion and the contracted portion are formed discontinuously such that there is a portion of constant channel depth and width in-between them.
An indoor unit of an air-conditioning apparatus comprising: a heat exchanger configured to condition air by carrying out heat exchange between refrigerant and indoor air; and a drain pan disposed below a lower end of the heat exchanger to collect dew condensation water, wherein the drain pan includes at a side portion thereof: a side dew receiving portion configured to receive dew condensation water; and characterized in that : the drain pan further includes at the side portion thereof a recessed portion disposed below the side dew receiving portion , the recessed portion being recessed toward an other side portion opposite to the side portion , and wherein a side face of the drain pan is provided with a heat insulating sheet covering an entire opening of the recessed portion . a heat exchanger configured to condition air by carrying out heat exchange between refrigerant and indoor air; and a drain pan disposed below a lower end of the heat exchanger to collect dew condensation water, wherein the drain pan includes at a side portion thereof: a side dew receiving portion configured to receive dew condensation water; and characterized in that : the drain pan further includes at the side portion thereof a recessed portion disposed below the side dew receiving portion , the recessed portion being recessed toward an other side portion opposite to the side portion , and wherein a side face of the drain pan is provided with a heat insulating sheet covering an entire opening of the recessed portion . the drain pan further includes at the side portion thereof a recessed portion disposed below the side dew receiving portion , the recessed portion being recessed toward an other side portion opposite to the side portion , and wherein a side face of the drain pan is provided with a heat insulating sheet covering an entire opening of the recessed portion .
Process for producing motor vehicle seat cushioning , said method comprising the following steps: - providing a cover comprising a format of a complex comprising a layer of covering material and a sublayer of elastically compressible foam, - setting said format in place within a mould defining a moulding cavity , said covering layer being disposed against the wall of said cavity, - arranging a film based on thermoplastic polyurethane over said sublayer, - injecting an elastically compressible foam precursor mixture into said cavity, so as to make a padding block , said film having a melting point and a melt mass-flow index such that it breaks down under the action of the heat released during the formation of the foam of said block, in order to enable overmoulding said sublayer by said block substantially without penetration of the foam of said block into the thickness of said sublayer, - after expanding the foam, demoulding the obtained cushion , said method being characterised in that said film is provided with a reinforcing sheet directed towards said cavity, so as to form a two-layer barrier against the penetration of foam, said sheet being based on thermoplastic polyurethane with a melting point higher than that of said film and with a melt mass-flow index lower than that of said film, so as to have an increased resistance in comparison with said film in order to be broken down with a delay under the action of said heat. - providing a cover comprising a format of a complex comprising a layer of covering material and a sublayer of elastically compressible foam, - setting said format in place within a mould defining a moulding cavity , said covering layer being disposed against the wall of said cavity, - arranging a film based on thermoplastic polyurethane over said sublayer, - injecting an elastically compressible foam precursor mixture into said cavity, so as to make a padding block , said film having a melting point and a melt mass-flow index such that it breaks down under the action of the heat released during the formation of the foam of said block, in order to enable overmoulding said sublayer by said block substantially without penetration of the foam of said block into the thickness of said sublayer, - after expanding the foam, demoulding the obtained cushion ,
An intraocular lens delivery device for retaining and delivering an intraocular lens , said intraocular lens delivery device comprising: a macro movement actuator comprising a plunger button having a revolving spring clutch , said revolving spring clutch having a distal free end and being operable to selectively constrain and release a wear sheath ; said macro movement actuator being configured to be actuated to move the intraocular lens into position in the device for the intraocular lens to be delivered; a rotating sleeve capable of receiving a portion of the revolving spring clutch; a pinion ; a micro movement actuator comprising a control button which is configured to be actuated to deliver the intraocular lens; said rotating sleeve and said pinion being engageable by said micro movement actuator; a notch provided in the distal free end of a plunger button , which is configured to restrain said distal free end of the revolving spring clutch ; and a linear speed control governor ; wherein in a first configuration, the control button is released and the distal free end of the revolving clutch is constrained by notch and therefore the revolving spring clutch is prevented from gripping the wear sheath; and in a second configuration, the control button is depressed, the rotating sleeve is rotated by means of a geared connection between the control button and said pinion which in turn causes the revolving spring clutch to release its grip on the wear sheath, allowing a plunger to advance under the force of a drive spring to push an intra ocular lens through the device at a delivery speed dictated by the linear speed control governor . a macro movement actuator comprising a plunger button having a revolving spring clutch , said revolving spring clutch having a distal free end and being operable to selectively constrain and release a wear sheath ; said macro movement actuator being configured to be actuated to move the intraocular lens into position in the device for the intraocular lens to be delivered; a rotating sleeve capable of receiving a portion of the revolving spring clutch; a pinion ; a micro movement actuator comprising a control button which is configured to be actuated to deliver the intraocular lens; said rotating sleeve and said pinion being engageable by said micro movement actuator; a notch provided in the distal free end of a plunger button , which is configured to restrain said distal free end of the revolving spring clutch ; and a linear speed control governor ; wherein in a first configuration, the control button is released and the distal free end of the revolving clutch is constrained by notch and therefore the revolving spring clutch is prevented from gripping the wear sheath; and in a second configuration, the control button is depressed, the rotating sleeve is rotated by means of a geared connection between the control button and said pinion which in turn causes the revolving spring clutch to release its grip on the wear sheath, allowing a plunger to advance under the force of a drive spring to push an intra ocular lens through the device at a delivery speed dictated by the linear speed control governor .
A display control program for causing a computer of a display control apparatus to act as: adjustment means (311, S 13) for adjusting by a user a distance between a pair of virtual cameras; virtual camera control means (311, S 14) for setting an angle of view of each virtual camera in accordance with the distance between the pair of virtual cameras adjusted by the adjustment means; and rendering means (311, S15) for rendering a virtual object placed in a virtual space, based on the virtual cameras of which the angle of view has been set by the virtual camera control means. adjustment means (311, S 13) for adjusting by a user a distance between a pair of virtual cameras; virtual camera control means (311, S 14) for setting an angle of view of each virtual camera in accordance with the distance between the pair of virtual cameras adjusted by the adjustment means; and rendering means (311, S15) for rendering a virtual object placed in a virtual space, based on the virtual cameras of which the angle of view has been set by the virtual camera control means.
A method comprising: detecting a trigger to change radio capabilities of a user equipment in an inactive state; transmitting a first message comprising information indicating to change the radio capabilities of the user equipment, wherein the first message comprises a first access stratum message; receiving a second message in response to transmitting the first message, wherein the second message comprises information corresponding to an action, and the second message comprises a second access stratum message; receiving a third message comprising information requesting the radio capabilities of the user equipment; transmitting a fourth message comprising the radio capabilities of the user equipment; and receiving a fifth message comprising information for configuring a radio resource control of the user equipment and activating data radio bearers of the user equipment, wherein the fifth message is determined based on the radio capabilities of the user equipment: characterised in that the second message comprises a radio resource control resume message, a radio resource control setup message, or a radio resource control release message. detecting a trigger to change radio capabilities of a user equipment in an inactive state; transmitting a first message comprising information indicating to change the radio capabilities of the user equipment, wherein the first message comprises a first access stratum message; receiving a second message in response to transmitting the first message, wherein the second message comprises information corresponding to an action, and the second message comprises a second access stratum message; receiving a third message comprising information requesting the radio capabilities of the user equipment; transmitting a fourth message comprising the radio capabilities of the user equipment; and receiving a fifth message comprising information for configuring a radio resource control of the user equipment and activating data radio bearers of the user equipment, wherein the fifth message is determined based on the radio capabilities of the user equipment: characterised in that the second message comprises a radio resource control resume message, a radio resource control setup message, or a radio resource control release message.