mhurhangee/patent-ind-claim-en huggingface dataset:
Stator assembly for a gas turbine comprising: a stator ring , which extends about a longitudinal axis (A) and comprises an outer edge provided with an annular groove ; the annular groove defining a leading edge wall and a trailing edge wall ; the leading edge wall being provided with an annular leading edge radial face and with an annular leading edge axial face ; a plurality of stator vanes radially arranged and coupled alongside one another to the outer edge of the stator ring so as to close the annular grove and define an annular cooling channel ; each stator vane comprises an airfoil , an outer shroud and an inner shroud coupled to the stator ring ; the inner shroud comprising a platform and a leading edge flange and a trailing edge flange extending radially inward from the platform ; the leading edge flange being coupled to the leading edge wall and the trailing edge flange being coupled to the trailing edge wall ; the leading edge flange being coupled to the leading edge wall so as to leave a primary radial gap between the leading edge wall and the platform and define a leading edge surface of the leading edge flange ; characterized by the leading edge flange being provided, on the leading edge surface , with at least one primary cooling hole in fluid communication with the annular cooling channel ; the leading edge wall comprising a primary baffle protruding radially from the annular leading edge axial face and axially facing the at least one primary cooling hole . a stator ring , which extends about a longitudinal axis (A) and comprises an outer edge provided with an annular groove ; the annular groove defining a leading edge wall and a trailing edge wall ; the leading edge wall being provided with an annular leading edge radial face and with an annular leading edge axial face ; a plurality of stator vanes radially arranged and coupled alongside one another to the outer edge of the stator ring so as to close the annular grove and define an annular cooling channel ; each stator vane comprises an airfoil , an outer shroud and an inner shroud coupled to the stator ring ; the inner shroud comprising a platform and a leading edge flange and a trailing edge flange extending radially inward from the platform ; the leading edge flange being coupled to the leading edge wall and the trailing edge flange being coupled to the trailing edge wall ; the leading edge flange being coupled to the leading edge wall so as to leave a primary radial gap between the leading edge wall and the platform and define a leading edge surface of the leading edge flange ; characterized by the leading edge flange being provided, on the leading edge surface , with at least one primary cooling hole in fluid communication with the annular cooling channel ; the leading edge wall comprising a primary baffle protruding radially from the annular leading edge axial face and axially facing the at least one primary cooling hole .
Information provider assembly , comprising a medicament delivery device provided with a medicament dose setting mechanism, - the information provider assembly further comprising a housing designed to be releasibly connectable to said medicament delivery device, the information provider assembly further comprising a measuring unit arranged inside the housing and capable of measuring the position of a measuring surface on said medicament delivery device, which measuring surface is moved as the medicament dose setting mechanism is operated, characterized in that the measuring unit is capable of measuring the position of the measuring surface before and after operation of the dose setting mechanism, when said housing is connected, wherein the difference in positioning of first reference points on the surfaces of the measuring unit and on the medicament delivery device before and after operation of the dose setting mechanism constitutes information regarding set and delivered dose of medicament, and in that said measuring unit comprises a movable contact element comprising a first contact surface arranged to come in contact with said measuring surface, and in that the information provider assembly further comprises a second contact surface arranged on said housing and designed to come in contact with a reference surface fixed on the medicament delivery device. - the information provider assembly further comprising a housing designed to be releasibly connectable to said medicament delivery device, the information provider assembly further comprising a measuring unit arranged inside the housing and capable of measuring the position of a measuring surface on said medicament delivery device, which measuring surface is moved as the medicament dose setting mechanism is operated, characterized
Hydraulic bearing with - a suspension spring , - a working chamber which is enclosed at least partially by the suspension spring and is filled with a hydraulic fluid, - a control diaphragm which is configured for changing a working chamber volume of the working chamber , and - an actuator for deflecting the control diaphragm , - the actuator comprising a stator and an armature which can be moved in the longitudinal direction of the stator , - the actuator being connected mechanically to the control diaphragm , and - the armature being mounted by means of a plain bearing , characterized in that - the actuator is an electromagnetic linear actuator , - the armature being assigned a bearing face of the plain bearing, and the stator or the hydraulic bearing housing being assigned an opposite bearing face of the plain bearing , - the bearing face being formed by a cylindrical sleeve of the armature , and the opposite bearing face being formed by a cylindrical guide pin of the stator or of the hydraulic bearing housing , or vice versa. - a suspension spring , - a working chamber which is enclosed at least partially by the suspension spring and is filled with a hydraulic fluid, - a control diaphragm which is configured for changing a working chamber volume of the working chamber , and - an actuator for deflecting the control diaphragm , - the actuator comprising a stator and an armature which can be moved in the longitudinal direction of the stator , - the actuator being connected mechanically to the control diaphragm , and - the armature being mounted by means of a plain bearing , - the actuator is an electromagnetic linear actuator , - the armature being assigned a bearing face of the plain bearing, and the stator or the hydraulic bearing housing being assigned an opposite bearing face of the plain bearing , - the bearing face being formed by a cylindrical sleeve of the armature , and the opposite bearing face being formed by a cylindrical guide pin of the stator or of the hydraulic bearing housing , or vice versa.
A press for shaping an absorbent tampon blank into a shaped tampon pledget, said press comprising: a central cavity arranged and configured to accommodate an absorbent tampon blank having a front portion and a back portion; the main longitudinal axis of the press passing in the middle of the central cavity; a plurality of penetrating dies, each penetrating die having a pressing face on at least a fragment of its side facing the central cavity and the plurality of penetrating dies being arranged radially around the said main longitudinal axis; and at least one cam to actuate the plurality of penetrating dies, wherein a plurality of the said penetrating dies are divided longitudinally, creating a group of composite penetrating dies, said composite penetrating dies having two parts, a front part and a back part, and all the front parts of the composite penetrating dies constitute the front group and all the back parts of the composite penetrating dies constitute the back group, wherein the front group and the back group are actuated independently, wherein: - at least one penetrating die having a pressing face with a first shaped longitudinal profile, and - at least one penetrating die having a pressing face with a second shaped longitudinal profile. - at least one penetrating die having a pressing face with a first shaped longitudinal profile, and - at least one penetrating die having a pressing face with a second shaped longitudinal profile.
An assortment for the assembly of sectional gates, comprising a first set of gate leaf elements , from which a first gate leaf having a first thickness can be produced, and a second set of gate leaf elements , from which a second gate leaf having a second thickness can be produced, wherein the second thickness is more than 15 mm greater than the first thickness, the assortment further comprising lateral frame uprights which can be fixed in the region of the lateral edges of a wall opening to be sealed by the gate leaves and have sealing arrangements to which, after assembly, in a closed position sealing the wall opening, outer boundary surfaces of the gate leaves facing away from the sealed room, can be applied, the assortment further comprising guide rail segments which can be fixed on the lateral frame uprights and which, after assembly, extend approximately in the direction of gravity from the ground towards the upper edge of the wall opening, the assortment further comprising guide rollers which, after assembly, are designed to interact with the guide rail segments to guide a gate leaf movement between a closed position and an open position, and the assortment further comprising roller holders , which can be fixed on the gate leaf elements and by means of which the guide rollers can be fixed to the gate leaf elements, characterised in that the roller holders comprise a first roller holder set , for fastening the guide rollers to the first set of gate leaf elements , and a second roller holder set differing from the first roller holder set , for fastening the guide rollers to the second set of gate leaf elements , wherein the roller axes of two guide rollers which are fastened, by means of roller holders from the first roller holder set, to inner boundary surfaces, facing away from the outer boundary surfaces, of gate leaf elements from the first set of elements, and which are arranged, after assembly, one above the other in the closed position, are arranged on the same guiding plane as the roller axes of two guide rollers which are fastened, by means of roller holders from the second roller holder set, to inner boundary surfaces of gate leaf elements from the second set of elements, and which are arranged, after assembly, one above the other in the closed position.
A railway vehicle comprising at least one bogie , at least one body , and at least one secondary suspension connecting the body and the bogie , the body and the bogie defining a spacing that is variable in an elevation direction (E) of the railway vehicle , characterised in that the railway vehicle comprises at least one first proximity sensor connected to either the body or the bogie , the first proximity sensor being configured to detect, in particular by induction, the presence of a first surface of the other of the bogie and the body when the spacing is less than or equal to a first threshold, and in that the railway vehicle comprises at least one second proximity sensor connected to either the body or the bogie , the second proximity sensor being configured to detect, in particular by induction, the presence of a second surface of the other of the bogie and the body when the spacing is less than or equal to a second threshold distinct from the first threshold. characterised in that the railway vehicle comprises at least one first proximity sensor connected to either the body or the bogie , the first proximity sensor being configured to detect, in particular by induction, the presence of a first surface of the other of the bogie and the body when the spacing is less than or equal to a first threshold, and in that the railway vehicle comprises at least one second proximity sensor connected to either the body or the bogie , the second proximity sensor being configured to detect, in particular by induction, the presence of a second surface of the other of the bogie and the body when the spacing is less than or equal to a second threshold distinct from the first threshold.
A fryer comprising: a cooking chamber for holding a cooking medium ; at least one heating element positioned within the cooking chamber ; and a conveyor belt for selectively advancing food product through the cooking chamber , the conveyor belt including first and second chains coupled together by a plurality of elongate members extending therebetween and further including a plurality of paddles coupled to the first and second chains and extending therebetween to define a plurality of compartments , each of the plurality of paddles including a screen and each compartment being sized to receive at least a portion of the food product, wherein the conveyor belt defines a continuous loop, characterized in that the conveyor belt is mounted on a conveyor frame that is pivotable with respect to the cooking chamber between an up position and a down position. a cooking chamber for holding a cooking medium ; at least one heating element positioned within the cooking chamber ; and a conveyor belt for selectively advancing food product through the cooking chamber , the conveyor belt including first and second chains coupled together by a plurality of elongate members extending therebetween and further including a plurality of paddles coupled to the first and second chains and extending therebetween to define a plurality of compartments , each of the plurality of paddles including a screen and each compartment being sized to receive at least a portion of the food product, wherein the conveyor belt defines a continuous loop, characterized in that the conveyor belt is mounted on a conveyor frame that is pivotable with respect to the cooking chamber between an up position and a down position.
A bituminous product comprising: - a sheet; - an organic layer deposited onto said sheet; - an inorganic layer deposited onto said organic layer; wherein said inorganic layer comprises photocatalytic titanium dioxide nanoparticles, wherein said inorganic layer comprises mineral granulates, and said photocatalytic titanium dioxide nanoparticles are particles located onto at least part of an external surface of said mineral granulates, and wherein said photocatalytic titanium dioxide nanoparticles are in an amount of 10 g/m 2 or less, such as 5 g/m 2 or less, preferably 3 g/m 2 or less, more preferably 2 g/m 2 or less, most preferably 1 g/m 2 or less. - a sheet; - an organic layer deposited onto said sheet; - an inorganic layer deposited onto said organic layer;
Bicycle carrier for a motor vehicle having a tailgate, said bicycle carrier comprising a bearing structure designed to be movable between at least two positions, respectively a folded position, in which it is able to be accommodated in a cutout provided for this purpose in said tailgate, and a deployed position, in which it is able to extend from said tailgate, towards the rear of the vehicle, in a substantially horizontal plane, said bearing structure being provided with at least one support member comprising a cradle for receiving a bicycle frame portion, and with a cover designed to close said cutout and conceal said bearing structure when it is in its folded position, characterized in that said bearing structure is made up of a planar assembly of four bars that are articulated to each other pairwise in the form of a deformable parallelogram, two first bars comprising an end that is able to be pivotably mounted with respect to a front wall of said cutout around a substantially vertical common shaft that is able to be connected to the front wall , and two second bars comprising a free end connected around a common shaft secured to said cover.
An antibody molecule which binds to programmed death-ligand 1 (PD-L1) and lymphocyte-activation gene 3 (LAG-3), wherein the antibody molecule comprises: (i) a complementarity determining region (CDR)-based antigen binding site for PD-L1 comprising the CDRs set forth in SEQ ID NOs 86 to 91; and (ii) a LAG-3 antigen binding site located in a CH3 domain of the antibody molecule, wherein the LAG-3 binding site comprises the amino acid sequences WDEPWGED (SEQ ID NO: 1) and PYDRWVWPDE (SEQ ID NO: 3), and wherein the amino acid sequence WDEPWGED is located in the AB loop of the CH3 domain and the amino acid sequence PYDRWVWPDE is located in the EF loop of the CH3 domain. (i) a complementarity determining region (CDR)-based antigen binding site for PD-L1 comprising the CDRs set forth in SEQ ID NOs 86 to 91; and (ii) a LAG-3 antigen binding site located in a CH3 domain of the antibody molecule, wherein the LAG-3 binding site comprises the amino acid sequences WDEPWGED (SEQ ID NO: 1) and PYDRWVWPDE (SEQ ID NO: 3), and wherein the amino acid sequence WDEPWGED is located in the AB loop of the CH3 domain and the amino acid sequence PYDRWVWPDE is located in the EF loop of the CH3 domain.
A low earth orbiting spacecraft , LEO spacecraft, operable in a first earth orbit, the LEO spacecraft comprising: a main body , a data collection payload , and a first directional antenna , each of the data collection payload and the first directional antenna being coupled with the main body, wherein the the spacecraft is configured so that: during a first period of time, the main body is oriented such that the data collection payload views a region of interest on the earth; during a second period of time, the main body and the first directional antenna are oriented such that the first directional antenna is directed toward a first ground station ; during a third period of time, the main body and the first directional antenna are oriented such that the first directional antenna is directed toward a second spacecraft operating in a second orbit; characterised in that an orientation of the first directional antenna with respect to the main body is controlled by a gimbal rotatable about an X axis and a Y axis and wherein the spacecraft is configured to reorient the main body to avoid co-linearity between a direction toward the second spacecraft and each of the X axis and the Y axis. during a first period of time, the main body is oriented such that the data collection payload views a region of interest on the earth; during a second period of time, the main body and the first directional antenna are oriented such that the first directional antenna is directed toward a first ground station ; during a third period of time, the main body and the first directional antenna are oriented such that the first directional antenna is directed toward a second spacecraft operating in a second orbit; characterised in that an orientation of the first directional antenna with respect to the main body is controlled by a gimbal rotatable about an X axis and a Y axis and wherein the spacecraft is configured to reorient the main body to avoid co-linearity between a direction toward the second spacecraft and each of the X axis and the Y axis.
A cylindrical reactor having a vertical longitudinal axis, - having a multiplicity of Field tubes which are oriented parallel to the longitudinal axis of the reactor and affixed to the upper end of the reactor , - having a tube insert open at both ends which envelops the Field tubes and at its lower end projects beyond said tubes, - having an inlet nozzle or a plurality of inlet nozzles at the bottom of the reactor for injecting a reactant mixture comprising at least one gaseous component and at least one liquid component, wherein - the Field tubes are configured in terms of their number and their dimensions such that - the total heat transfer area of said tubes per unit internal volume of the reactor is in the range from 1 m 2 /m 3 to 12 m 2 /m 3 and - the cross sectional area occupied by the Field tubes per unit cross sectional area of the tube insert is in the range from 0.03 m 2 /m 2 to 0.30 m 2 /m 2 . - having a multiplicity of Field tubes which are oriented parallel to the longitudinal axis of the reactor and affixed to the upper end of the reactor , - having a tube insert open at both ends which envelops the Field tubes and at its lower end projects beyond said tubes, - having an inlet nozzle or a plurality of inlet nozzles at the bottom of the reactor for injecting a reactant mixture comprising at least one gaseous component and at least one liquid component, wherein - the Field tubes are configured in terms of their number and their dimensions such that - the total heat transfer area of said tubes per unit internal volume of the reactor is in the range from 1 m 2 /m 3 to 12 m 2 /m 3 and - the cross sectional area occupied by the Field tubes per unit cross sectional area of the tube insert is in the range from 0.03 m 2 /m 2 to 0.30 m 2 /m 2 . - the total heat transfer area of said tubes per unit internal volume of the reactor is in the range from 1 m 2 /m 3 to 12 m 2 /m 3 and - the cross sectional area occupied by the Field tubes per unit cross sectional area of the tube insert is in the range from 0.03 m 2 /m 2 to 0.30 m 2 /m 2 .
A fuel rod , comprising a first uranium pellet , a gadolinium pellet and a second uranium pellet , wherein the first uranium pellet , the gadolinium pellet and the second uranium pellet are each of a cylindrical shape, an end face of an end of the gadolinium pellet is connected to an end face of an end of the first uranium pellet , and an end face of an opposite end of the gadolinium pellet is connected to an end face of an end of the second uranium pellet , and a difference between an enrichment of the gadolinium pellet and an enrichment of the first uranium pellet is 0.5%, and a difference between an enrichment of the gadolinium pellet and an enrichment of the second uranium pellet is 0.5%, wherein the first uranium pellet , the gadolinium pellet , and the second uranium pellet are all composed of a plurality of small cylindrical pellets which are stacked together. an end face of an end of the gadolinium pellet is connected to an end face of an end of the first uranium pellet , and an end face of an opposite end of the gadolinium pellet is connected to an end face of an end of the second uranium pellet , and a difference between an enrichment of the gadolinium pellet and an enrichment of the first uranium pellet is 0.5%, and a difference between an enrichment of the gadolinium pellet and an enrichment of the second uranium pellet is 0.5%, wherein the first uranium pellet , the gadolinium pellet , and the second uranium pellet are all composed of a plurality of small cylindrical pellets which are stacked together.