mhurhangee/patent-ind-claim-en huggingface dataset:
Torque transmission device , in particular for a motor vehicle, comprising: - a first subassembly (A) comprising an input clutch and a torque input element , rotating about an axis (X), that is able to be rotationally coupled to a crankshaft of a combustion engine, - a support that rotates as one with an electric machine, said support being selectively connected to the input element by the input clutch , - a second subassembly (B) comprising a first and a second torque output element that are able to be rotationally coupled to a first and a second input shaft, respectively, of a gearbox, - a third subassembly (C) comprising a main hub , a first and a second output clutch (E1, E2) that are arranged between the torque input element and the torque output elements in the direction of torque transmission, said support forming a bell housing that at least partially encloses said subassemblies (A, B, C), characterized in that it comprises at least one wedging element disposed inside the support and configured to limit the displacement of the subassemblies (A, B, C) with respect to one another. - a first subassembly (A) comprising an input clutch and a torque input element , rotating about an axis (X), that is able to be rotationally coupled to a crankshaft of a combustion engine, - a support that rotates as one with an electric machine, said support being selectively connected to the input element by the input clutch , - a second subassembly (B) comprising a first and a second torque output element that are able to be rotationally coupled to a first and a second input shaft, respectively, of a gearbox, - a third subassembly (C) comprising a main hub , a first and a second output clutch (E1, E2) that are arranged between the torque input element and the torque output elements in the direction of torque transmission, said support forming a bell housing that at least partially encloses said subassemblies (A, B, C),
A distal radioulnar joint prosthesis system comprising: an ulnar stem component comprising an elongated cylindrical body having a proximal end and a distal end , the proximal end adapted for insertion into a ulnar medullary canal, the distal end comprising a spherical ball end attached to the ulnar stem body by means of a neck having a diameter narrower than the spherical ball end , and a flange disposed between the neck and the ulnar stem body; an ulnar head component comprising an oblong body having a top surface , a bottom surface , an articulating surface , a rear surface , two opposite side surfaces , an interior cavity adapted to receive the ulnar stem component's ball end , an entrance to the cavity having a diameter sufficient to accommodate the ulnar stem component's ball end , internal threads disposed on the entrance, and a bottom opening to the cavity having a diameter sufficiently wide to accommodate the neck of the ulna stem component but being narrower than the diameter of the ball end of the ulna stem component , wherein the entrance to the cavity is connected to the bottom opening ; and a substantially cylindrical set screw having a trailing end including a driving tool socket , a leading end with a spike adapted to partially penetrate, and fix the position, of the ball end of the ulnar stem component , and a peripheral thread adapted to engage the internal threads disposed on the entrance of the ulnar head component. an ulnar stem component comprising an elongated cylindrical body having a proximal end and a distal end , the proximal end adapted for insertion into a ulnar medullary canal, the distal end comprising a spherical ball end attached to the ulnar stem body by means of a neck having a diameter narrower than the spherical ball end , and a flange disposed between the neck and the ulnar stem body; an ulnar head component comprising an oblong body having a top surface , a bottom surface , an articulating surface , a rear surface , two opposite side surfaces , an interior cavity adapted to receive the ulnar stem component's ball end , an entrance to the cavity having a diameter sufficient to accommodate the ulnar stem component's ball end , internal threads disposed on the entrance, and a bottom opening to the cavity having a diameter sufficiently wide to accommodate the neck of the ulna stem component but being narrower than the diameter of the ball end of the ulna stem component , wherein the entrance to the cavity is connected to the bottom opening ; and a substantially cylindrical set screw having a trailing end including a driving tool socket , a leading end with a spike adapted to partially penetrate, and fix the position, of the ball end of the ulnar stem component , and a peripheral thread adapted to engage the internal threads disposed on the entrance of the ulnar head component.
A negative pressure wound therapy system comprising: a pump ; a wound dressing configured to be applied to a wound site; a fluid tube fluidly connecting the pump to the wound dressing ; and a controller configured to: monitor pressure at the tissue site during instillation of a fluid to the wound site; and determine a volume of the fluid instilled to the wound site using pressure measurements obtained from the monitored pressure during the instillation of the fluid to the wound site; wherein the controller is configured to determine the volume of the fluid instilled to the wound by comparing the obtained pressure measurements to model pressure decay data, characterized in that the model pressure decay data is representative of pressure decay within a container having a known volume during instillation of a fluid into the container. a pump ; a wound dressing configured to be applied to a wound site; a fluid tube fluidly connecting the pump to the wound dressing ; and a controller configured to: monitor pressure at the tissue site during instillation of a fluid to the wound site; and determine a volume of the fluid instilled to the wound site using pressure measurements obtained from the monitored pressure during the instillation of the fluid to the wound site; wherein the controller is configured to determine the volume of the fluid instilled to the wound by comparing the obtained pressure measurements to model monitor pressure at the tissue site during instillation of a fluid to the wound site; and determine a volume of the fluid instilled to the wound site using pressure measurements obtained from the monitored pressure during the instillation of the fluid to the wound site; wherein the controller is configured to determine the volume of the fluid instilled to the wound by comparing the obtained pressure measurements to model pressure decay data, characterized in that the model pressure decay data is representative of pressure decay within a container having a known volume during instillation of a fluid into the container.
Cooling ring of an apparatus for the production of blown films, said cooling ring comprising a device to adjust the thickness profile of said films, said device comprising a plurality of actuators equally spaced in the circumferential direction and arranged in adjustment chambers of the cooling ring where they adjust by means of motorized shutters or valves the flow rate of the flow of a cooling fluid directed towards a forming cone of the cooling ring , as well as a plurality of heating elements , characterized in that said heating elements are equally spaced in the circumferential direction in said adjustment chambers and are sequentially arranged with respect to said actuators in the path of the cooling fluid through the adjustment chambers.
A method of manufacturing a lamination stack for use in a rotating electrical machine , the method comprising steps of: - providing naked sheets made of ferritic stainless steel material; - preparing both sides of each naked sheet so as to obtain a determined surface roughness; - coating at least one roughened side of each naked sheet with a chemically protective electrically insulating material ; - stacking the coated sheets; - compressing the stack of coated sheets thus obtained; - heating the compressed stack at a temperature above the melting temperature of the insulating material; and - cooling down the compressed stack so as to form an integral lamination stack consisting of alternating sheets of ferritic stainless steel material and layers of insulating material, characterized in that - the step of preparation of both sides of each naked sheet is performed by a chemical attack by immersion into a corrosive liquid bath to create asperities on the surfaces of the naked sheets , said asperities having their heights and widths in the order of magnitude of the micron, the sheets being then removed from the corrosive liquid bath and cleaned so as to remove any particle of corrosive liquid. - providing naked sheets made of ferritic stainless steel material; - preparing both sides of each naked sheet so as to obtain a determined surface roughness; - coating at least one roughened side of each naked sheet with a chemically protective electrically insulating material ; - stacking the coated sheets; - compressing the stack of coated sheets thus obtained; - heating the compressed stack at a temperature above the melting temperature of the insulating material; and - cooling down the compressed stack so as to form an integral lamination stack consisting of alternating sheets of ferritic stainless steel material and layers of insulating material, characterized in that - the step of preparation of both sides of each naked sheet is performed by a chemical attack by immersion into a corrosive liquid bath to create asperities on the surfaces of the naked sheets , said asperities having their heights and widths in the order of magnitude of the micron, the sheets being then removed from the corrosive liquid bath and cleaned so as to remove any particle of corrosive liquid.
A height control system for printing substrates for digital printing machines with heads defining a printing area, comprising: - a support table to move the printing substrates to the printing area; - an aspiration assembly for exerting aspiration through the support table such that the printing substrates are retained by suction against the support table when they are moved; characterised in that it additionally comprises: - a pressure assembly that has runners distributed transversely on the support table and arranged to limit the height of the printing substrates with respect to the support table according to an actuation height of the aspiration assembly. - a support table to move the printing substrates to the printing area; - an aspiration assembly for exerting aspiration through the support table such that the printing substrates are retained by suction against the support table when they are moved; - a pressure assembly that has runners distributed transversely on the support table and arranged to limit the height of the printing substrates with respect to the support table according to an actuation height of the aspiration assembly.
A method of wireless communication performed by a node, comprising: determining whether a supervising node coexists with one or more neighbor supervising nodes; determining whether a portion of medium access deferrals not caused by a default ED threshold exceeds a time deferral threshold; activating a relaxed energy detection, ED, threshold for establishing medium access suitability for an unlicensed spectrum based on a determination that the supervising node coexists with the one or more neighbor supervising nodes, and further on a determination that the portion of medium access deferrals not caused by the default ED threshold exceeds the time deferral threshold; and performing an access procedure for the unlicensed spectrum based on the relaxed ED threshold, which is higher in value than the default ED threshold. determining whether a supervising node coexists with one or more neighbor supervising nodes; determining whether a portion of medium access deferrals not caused by a default ED threshold exceeds a time deferral threshold; activating a relaxed energy detection, ED, threshold for establishing medium access suitability for an unlicensed spectrum based on a determination that the supervising node coexists with the one or more neighbor supervising nodes, and further on a determination that the portion of medium access deferrals not caused by the default ED threshold exceeds the time deferral threshold; and performing an access procedure for the unlicensed spectrum based on the relaxed ED threshold, which is higher in value than the default ED threshold.
An IL-17A binding antibody or antigen-binding fragment thereof, comprising: antibody light chain variable region, comprising LCDR1, LCDR2 and LCDR3 as shown in SEQ ID NO: 13, SEQ ID NO: 14, and SEQ ID NO: 15 respectively; and antibody heavy chain variable region, comprising HCDR1, HCDR2 and HCDR3 as shown in SEQ ID NO: 10, SEQ ID NO: 11, and SEQ ID NO: 12, respectively; wherein the antibody heavy chain variable region is selected from the heavy chain variable regions shown in SEQ ID NO: 5, SEQ ID NO: 6 and SEQ ID NO: 7; and wherein the antibody light chain variable region is selected from light chain variable region of SEQ ID NO: 9. antibody light chain variable region, comprising LCDR1, LCDR2 and LCDR3 as shown in SEQ ID NO: 13, SEQ ID NO: 14, and SEQ ID NO: 15 respectively; and antibody heavy chain variable region, comprising HCDR1, HCDR2 and HCDR3 as shown in SEQ ID NO: 10, SEQ ID NO: 11, and SEQ ID NO: 12, respectively; wherein the antibody heavy chain variable region is selected from the heavy chain variable regions shown in SEQ ID NO: 5, SEQ ID NO: 6 and SEQ ID NO: 7; and wherein the antibody light chain variable region is selected from light chain variable region of SEQ ID NO: 9.
A dosage and injection system of substances with a fluid behaviour for at least one liquid to be fed to an extruder comprising - a first main section -for the transportation, pumping and measuring of silane or a peroxide contained in a drum, - and a mixing group in which the injection of said silane or peroxide into a supporting structure of an extruder is effected, wherein said first main section provides - a suction group providing an interface between said drum and a subsequent gravimetric group of the first main section , - and a pumping and filtering group being configured for sucking silane or peroxide from said drum by providing a negative pressure in said suction group with respect to the environment, the pumping and filtering group further being configured for pumping the silane or peroxide through filters to said subsequent gravimetric group under an inert atmosphere by means of nitrogen provided from a tank , the sucked silane or peroxide to be sent to an injection group , - said mixing group also being configured to be kept under an inert atmosphere provided from tank , characterized in that - said system comprises a second section for the electric control parts, pressurized in an inert atmosphere by means of nitrogen also provided from tank , operatively connected via a control line to the first main section but located spatially separate from the first main section . - a first main section -for the transportation, pumping and measuring of silane or a peroxide contained in a drum, - and a mixing group in which the injection of said silane or peroxide into a supporting structure of an extruder is effected, - a suction group providing an interface between said drum and a subsequent gravimetric group of the first main section , - and a pumping and filtering group being configured for sucking silane or peroxide from said drum by providing a negative pressure in said suction group with respect to the environment, the pumping and filtering group further being configured for pumping the silane or peroxide through filters to said subsequent gravimetric group under an inert atmosphere by means of nitrogen provided from a tank , the sucked silane or peroxide to be sent to an injection group , - said mixing group also being configured to be kept under an inert atmosphere provided from tank , - said system comprises a second section for the electric control parts, pressurized in an inert atmosphere by means of nitrogen also provided from tank , operatively connected via a control line to the first main section but located spatially separate from the first main section .
A layer system comprising an adhesion promoter layer for joining a high-temperature protective layer to a substrate, as well as a substrate, characterized by - a substrate comprising a ceramic composite comprising C/C, C/SiC, SiC/C-SiC or SiC/SiC, - a first layer of a first adhesion promoter material arranged on the substrate, - as well as a second layer arranged on the first layer, comprising a second adhesion promoter material with additionally introduced oxide dispersions, which is provided for joining a high-temperature protective layer, characterized in that the first and/or second adhesion promoter material comprises Si or an Si alloy. - a substrate comprising a ceramic composite comprising C/C, C/SiC, SiC/C-SiC or SiC/SiC, - a first layer of a first adhesion promoter material arranged on the substrate, - as well as a second layer arranged on the first layer, comprising a second adhesion promoter material with additionally introduced oxide dispersions, which is provided for joining a high-temperature protective layer, characterized in that
A negative pressure wound therapy system comprising: a dressing configured for placement in a wound bed; a tube comprising: a first end configured to be operably coupled to the dressing ; and a second end configured to engage a negative pressure source; and a flow restriction pad configured to be coupled to the dressing proximate the first end of the tube , the flow restriction pad being characterized by : a plurality of micro perforations , each of the plurality of micro perforations sized to facilitate the passage of air therethrough while inhibiting the passage of fluid therethrough so as to cause the fluid to be absorbed in at least one of the flow restriction pad or the dressing ; and a tortuous fluid flow path configured to restrict or reduce an amount of a fluid drawn from the dressing into the tube and induce a backpressure between the dressing and the tube . a dressing configured for placement in a wound bed; a tube comprising: a first end configured to be operably coupled to the dressing ; and a second end configured to engage a negative pressure source; and a first end configured to be operably coupled to the dressing ; and a second end configured to engage a negative pressure source; and a flow restriction pad configured to be coupled to the dressing proximate the first end of the tube , the flow restriction pad being characterized by : a plurality of micro perforations , each of the plurality of micro perforations sized to facilitate the passage of air therethrough while inhibiting the passage of fluid therethrough so as to cause the fluid to be absorbed in at least one of the flow restriction pad or the dressing ; and a tortuous fluid flow path configured to restrict or reduce an amount of a fluid drawn from the dressing into the tube and induce a backpressure between the dressing and the tube . a plurality of micro perforations , each of the plurality of micro perforations sized to facilitate the passage of air therethrough while inhibiting the passage of fluid therethrough so as to cause the fluid to be absorbed in at least one of the flow restriction pad or the dressing ; and a tortuous fluid flow path configured to restrict or reduce an amount of a fluid drawn from the dressing into the tube and induce a backpressure between the dressing and the tube .
A blood circulation assist system , comprising: a ventricular assist device (VAD) that is coupleable to a heart of a patient to pump blood from a ventricle of the heart into a blood vessel of the patient, the VAD comprising an impeller , a motor stator operable to rotate the impeller , and an accelerometer generating an accelerometer output indicative of accelerations of the VAD ; and a controller that controls operation of the motor stator to control rotational speed of the impeller based on the accelerometer output, characterized in that the controller: processes the accelerometer output to detect a cardiac cycle timing of the heart , the cardiac cycle timing including a heart rate of the heart and a time of occurrence for each of one or more cardiac cycle events for the heart ; and varies the rotational speed of the impeller in sync with the cardiac cycle timing. a ventricular assist device (VAD) that is coupleable to a heart of a patient to pump blood from a ventricle of the heart into a blood vessel of the patient, the VAD comprising an impeller , a motor stator operable to rotate the impeller , and an accelerometer generating an accelerometer output indicative of accelerations of the VAD ; and a controller that controls operation of the motor stator to control rotational speed of the impeller based on the accelerometer output, characterized in that the controller: processes the accelerometer output to detect a cardiac cycle timing of the heart , the cardiac cycle timing including a heart rate of the heart and a time of occurrence for each of one or more cardiac cycle events for the heart ; and varies the rotational speed of the impeller in sync with the cardiac cycle timing. processes the accelerometer output to detect a cardiac cycle timing of the heart , the cardiac cycle timing including a heart rate of the heart and a time of occurrence for each of one or more cardiac cycle events for the heart ; and varies the rotational speed of the impeller in sync with the cardiac cycle timing.
A shock absorbing member for an injection device , the shock absorbing member comprising: a sleeve configured to receive a medicament chamber , the sleeve having a proximal end and a distal end connected by a middle portion; wherein the sleeve includes a compressible element between the proximal end and the distal end that is deformable, characterised in that the compressible element comprises a plurality of compressible posts spaced about an axis of the sleeve . a sleeve configured to receive a medicament chamber , the sleeve having a proximal end and a distal end connected by a middle portion; wherein the sleeve includes a compressible element between the proximal end and the distal end that is deformable, characterised in that the compressible element comprises a plurality of compressible posts spaced about an axis of the sleeve .
An underwater control device for an underwater hydrocarbon production facility, the underwater control device (24; 37; 44) comprising: - an underwater box (25; 38; 45) defining a housing chamber (26; 39; 46); - an active electronic component with a switching and/or isolation function, housed in the housing chamber (26; 39; 46) ; - a polymer block (28; 40; 47) in which the active electronic component is embedded, and which is housed in the housing chamber (26; 39; 46); - electrical connectors (29; 41; 48) extending through the underwater box (25; 38; 45) for connecting the active electronic component to a network of a control system; and - a sensor configured for detecting water and connected to the active electronic component . - an underwater box (25; 38; 45) defining a housing chamber (26; 39; 46); - an active electronic component with a switching and/or isolation function, housed in the housing chamber (26; 39; 46) ; - a polymer block (28; 40; 47) in which the active electronic component is embedded, and which is housed in the housing chamber (26; 39; 46); - electrical connectors (29; 41; 48) extending through the underwater box (25; 38; 45) for connecting the active electronic component to a network of a control system; and - a sensor configured for detecting water and connected to the active electronic component .