mhurhangee/patent-ind-claim-en huggingface dataset:
A method for limiting electromagnetic interference, EMI, at an interface between a connector port assembly and a chassis , the method comprising: affixing an outer portion of a conductive strip to an interior surface of a chassis , the chassis containing an aperture sized to receive a connector port assembly , the outer portion of the conductive strip disposed around a perimeter of the aperture ; inserting the connector port assembly within the aperture of the chassis , the connector port assembly containing one or more connector ports; and manipulating an inner portion of the conductive strip in order to cover one or more gaps between the connector port assembly and the chassis , such that the inner portion of the conductive strip extends through the aperture by being folded along outer edges of the connector port assembly , and so that the inner portion of the conductive strip has a width, measured from the outer portion to the aperture , that is the same as a thickness of the chassis and is flush with the chassis . affixing an outer portion of a conductive strip to an interior surface of a chassis , the chassis containing an aperture sized to receive a connector port assembly , the outer portion of the conductive strip disposed around a perimeter of the aperture ; inserting the connector port assembly within the aperture of the chassis , the connector port assembly containing one or more connector ports; and manipulating an inner portion of the conductive strip in order to cover one or more gaps between the connector port assembly and the chassis , such that the inner portion of the conductive strip extends through the aperture by being folded along outer edges of the connector port assembly , and so that the inner portion of the conductive strip has a width, measured from the outer portion to the aperture , that is the same as a thickness of the chassis and is flush with the chassis .
A method comprising: storing , by one or more processors, a set of input data; generating , by the one or more processors, a noise distribution based on a two-step function, a height of the two-step function being determined by a privacy parameter, a width of the two-step function being determined by minimizing a variance of the noise distribution, and a mean of the two-step function being determined by a value of the set of input data to be privatized, a location of the two-step function being dictated by the mean of the two-step function or by the value; applying , by the one or more processors, the noise distribution to the set of input data to generate privatized noisy output data; and transmitting , by the one or more processors, the privatized noisy output data in response to a request for a portion of, or a complete set of, the input data. storing , by one or more processors, a set of input data; generating , by the one or more processors, a noise distribution based on a two-step function, a height of the two-step function being determined by a privacy parameter, a width of the two-step function being determined by minimizing a variance of the noise distribution, and a mean of the two-step function being determined by a value of the set of input data to be privatized, a location of the two-step function being dictated by the mean of the two-step function or by the value; applying , by the one or more processors, the noise distribution to the set of input data to generate privatized noisy output data; and transmitting , by the one or more processors, the privatized noisy output data in response to a request for a portion of, or a complete set of, the input data.
An anti-waste sanitary system comprising at least one container body comprising at least one tank for waste water and comprising pipes/means for connecting to at least one drain of a sanitary fixture, said system further comprises at least one pump connected to said at least one tank and further connections between said tank and at least one secondary device suitable for receiving and using the waste water, said pump being able to send the water collected in said tank to the at least one secondary device, said system being positionable below the at least one sanitary fixture such as at least one shower plate or shower tray for receiving the waste water, wherein said system comprises at least one container within the container body for antibacterial and/or disinfectant and/or perfumed substances characterized in that the substances are delivered by a self-cleaning tube exiting from said container and being positioned in said tank , wherein said tube is equipped with nozzles directed towards said tank that are suitable for dispensing said substances in said tank for occasional cleaning and sanitation thereof.
A surgical instrument , comprising: an end effector , an elongated portion , and a handle portion , two ends of the elongated portion being connected respectively with the end effector and the handle portion, wherein the handle portion comprises: a handle housing ; a rotatable knob arranged on a distal portion of the handle housing, operatively to be reciprocated in a longitudinal direction of the elongated portion; and a locking assembly comprising at least one slide member and a lockout gear , wherein the slide member is arranged between the rotatable knob and the handle housing, and axially fixed with the rotatable knob, so as to be reciprocated with the rotatable knob for being operatively engaged with the lockout gear; wherein the slide member is in the circumferential direction fixed with the handle housing ; and the lockout gear is rigidly mounted at a proximal portion of the elongated portion . a handle housing ; a rotatable knob arranged on a distal portion of the handle housing, operatively to be reciprocated in a longitudinal direction of the elongated portion; and a locking assembly comprising at least one slide member and a lockout gear , wherein the slide member is arranged between the rotatable knob and the handle housing, and axially fixed with the rotatable knob, so as to be reciprocated with the rotatable knob for being operatively engaged with the lockout gear; wherein the slide member is in the circumferential direction fixed with the handle housing ; and the lockout gear is rigidly mounted at a proximal portion of the elongated portion .
A composition which elicits a tolerogenic immune response to a target antigen, comprising an inhibitor of the NF-κB pathway selected from quercetin, curcumin and Bay 11-7082, and an antigen that corresponds to at least a portion of the target antigen, wherein the inhibitor and the antigen are contained in at least one particle capable of being taken up by an immune cell.
A method for recovering heat from flue gas of a boiler , the method comprising - passing the flue gas (G) of the boiler though a flue gas cooling unit , - cooling the flue gas (G) in the flue gas cooling unit , said cooling comprising transferring heat from the flue gas (G) into a circulation of a flue gas cooling liquid (CL), wherein - a heat pump that is coupled to a circulation arrangement of a district heating system, wherein the method further comprises - transferring in the heat pump heat energy (H) received -- from said cooling liquid (CL) -- into said circulation arrangement of district heating system, for -- lowering the temperature of said flue gas cooling liquid (CL), and -- raising the temperature of heating fluid of said district heating system, characterized by - transferring heat energy of said flue gas cooling liquid (CL) heated in the flue gas cooling unit into the heat pump , - arranging the heat pump for receiving heat energy also from a circulation arrangement of a district cooling system, - transferring in the heat pump heat energy (H) received from said circulation arrangement of district cooling system, and lowering the temperature of cooling fluid of said district cooling system. - passing the flue gas (G) of the boiler though a flue gas cooling unit , - cooling the flue gas (G) in the flue gas cooling unit , said cooling comprising transferring heat from the flue gas (G) into a circulation of a flue gas cooling liquid (CL), - a heat pump that is coupled to a circulation arrangement of a district heating system, wherein the method further comprises - transferring in the heat pump heat energy (H) received -- from said cooling liquid (CL) -- into said circulation arrangement of district heating system, for -- lowering the temperature of said flue gas cooling liquid (CL), and -- raising the temperature of heating fluid of said district heating system, characterized by -- from said cooling liquid (CL) -- into said circulation arrangement of district heating system, for -- lowering the temperature of said flue gas cooling liquid (CL), and -- raising the temperature of heating fluid of said district heating system, characterized by - transferring heat energy of said flue gas cooling liquid (CL) heated in the flue gas cooling unit into the heat pump , - arranging the heat pump for receiving heat energy also from a circulation arrangement of a district cooling system, - transferring in the heat pump heat energy (H) received from said circulation arrangement of district cooling system,
A method of operation of a Multiprotocol Label Switching network, the method comprising, in an active node of the network: receiving an event message for a synchronization protocol from a network node, wherein the active node is an egress Label Edge Router , and receiving a following message containing residence time information in a MPLS G-Ach format; forwarding a corresponding event message to a boundary clock node ; measuring a residence time of the event message in the active node; extracting the received following message from the MPLS G-Ach format to generate a Precision Time Protocol, PTP, following message, and sending the PTP following message containing accumulated residence time information, including the residence time for the Label Edge Router . receiving a following message containing residence time information in a MPLS G-Ach format; forwarding a corresponding event message to a boundary clock node ; measuring a residence time of the event message in the active node; extracting the received following message from the MPLS G-Ach format to generate a Precision Time Protocol, PTP, following message, and sending the PTP following message containing accumulated residence time information, including the residence time for the Label Edge Router .
A refrigeration cycle device comprising: a refrigerant circuit (Q) in which refrigerant circulates sequentially via a compressor , a condenser , an expansion valve and an evaporator in a refrigeration cycle (Q); and a controller configured to control at least the compressor and the expansion valve , characterized in that the controller includes a condenser pressure calculation part configured to estimate pressure loss from a discharge side of the compressor to a middle portion of the condenser based on a pressure detection value on the discharge side of the compressor , and to calculate pressure near the middle portion of the condenser based on the pressure detection value and the pressure loss, and a refrigerant composition detection part configured to estimate saturation temperature, which is average temperature of dew and boiling points of the refrigerant, based on the pressure near the middle portion of the condenser , and to detect a change in a refrigerant composition based on a difference between the saturation temperature and a temperature detection value of the refrigerant near the middle portion of the condenser . a refrigerant circuit (Q) in which refrigerant circulates sequentially via a compressor , a condenser , an expansion valve and an evaporator in a refrigeration cycle (Q); and a controller configured to control at least the compressor and the expansion valve , characterized in that the controller includes a condenser pressure calculation part configured to estimate pressure loss from a discharge side of the compressor to a middle portion of the condenser based on a pressure detection value on the discharge side of the compressor , and to calculate pressure near the middle portion of the condenser based on the pressure detection value and the pressure loss, and a refrigerant composition detection part configured to estimate saturation temperature, which is average temperature of dew and boiling points of the refrigerant, based on the pressure near the middle portion of the condenser , and to detect a change in a refrigerant composition based on a difference between the saturation temperature and a temperature detection value of the refrigerant near the middle portion of the condenser . a condenser pressure calculation part configured to estimate pressure loss from a discharge side of the compressor to a middle portion of the condenser based on a pressure detection value on the discharge side of the compressor , and to calculate pressure near the middle portion of the condenser based on the pressure detection value and the pressure loss, and a refrigerant composition detection part configured to estimate saturation temperature, which is average temperature of dew and boiling points of the refrigerant, based on the pressure near the middle portion of the condenser , and to detect a change in a refrigerant composition based on a difference between the saturation temperature and a temperature detection value of the refrigerant near the middle portion of the condenser .
A method of detecting a breast cancer cell_in a cellular breast sample obtained from breast tissue from a subject, the method comprising: a) flow cytometrically analyzing the cellular breast sample to obtain: i) sample data comprising sample cell density data; ii) epithelial cell data comprising DNA content data, proliferation data and cell volume data; and iii) white blood cell (WBC) data comprising at least one of an estrogen receptor expression level and a progesterone receptor expression level; and b) evaluating obtained sample data, epithelial cell data and WBC data to detect the breast cancer cell in the cellular breast sample. a) flow cytometrically analyzing the cellular breast sample to obtain: i) sample data comprising sample cell density data; ii) epithelial cell data comprising DNA content data, proliferation data and cell volume data; and iii) white blood cell (WBC) data comprising at least one of an estrogen receptor expression level and a progesterone receptor expression level; and i) sample data comprising sample cell density data; ii) epithelial cell data comprising DNA content data, proliferation data and cell volume data; and iii) white blood cell (WBC) data comprising at least one of an estrogen receptor expression level and a progesterone receptor expression level; and b) evaluating obtained sample data, epithelial cell data and WBC data to detect the breast cancer cell in the cellular breast sample.
A steel wind turbine tower segment (30a; 30b; 30c; 202; 204; 206) for a steel wind turbine tower, the wind turbine tower comprising a plurality of cylindrical vertical tower sections (14a; 14b), which in the finished tower are mounted on top of one another, a vertical section of the tower having a longitudinal axis and comprising a plurality of wind turbine tower segments, the tower segments having vertical and horizontal edges and combining to form a complete vertical tower section by joining along their vertical edges, wherein adjacent vertical tower sections are joined to each other along the horizontal edges of the wind turbine tower segments, wherein the steel wind turbine tower segment comprises: a sheet having a first and second pair of opposing edges, the first pair of opposing edges forming the vertical edges of the tower segment and the second pair of opposing edges forming the horizontal edges; flanges coupled to the second pair of opposing edges to form upper and lower horizontal flanges ; characterized in that at least one hinge is attached to the wind turbine tower segment at a vertical edge of the segment for joining to a second wind turbine tower segment and preserving the longitudinal alignment between the segments during handling, transport or installation, whilst also allowing the positions and orientations of the tower segments relative to one another to be adjusted. a sheet having a first and second pair of opposing edges, the first pair of opposing edges forming the vertical edges of the tower segment and the second pair of opposing edges forming the horizontal edges; flanges coupled to the second pair of opposing edges to form upper and lower horizontal flanges ; characterized in that at least one hinge is attached to the wind turbine tower segment at a vertical edge of the segment for joining to a second wind turbine tower segment and preserving the longitudinal alignment between the segments during handling, transport or installation, whilst also allowing the positions and orientations of the tower segments relative to one another to be adjusted.
A device for fixing an irrigation cane for irrigating tree crops, the irrigation cane corresponding to a riser of a sprinkler on a filamentary support such as a wire or a ring, the device for fixing including: - a base , - a clamp configured to enclose the irrigation cane of the sprinkler, the clamp includes two jaws extending respectively from the base to a free end with means for connecting the two jaws together, and a fixing extension extending longitudinally, in a direction opposite to the jaws , between the base and a free edge , the fixing extension including a receiving groove configured to receive and block a portion of the filamentary support , characterized in that the fixing extension includes, on one hand, an appendage projecting from the base and arranged at a junction between the clamp and the fixing extension , and on the other hand, a locking tab extending according to a direction parallel to the appendage , the appendage and the locking tab forming the receiving groove , and in that the appendage includes a first wall forming the receiving groove which presents a convex profile curvature according to at least one axis. - a base , - a clamp configured to enclose the irrigation cane of the sprinkler, the clamp includes two jaws extending respectively from the base to a free end with means for connecting the two jaws together, and a fixing extension extending longitudinally, in a direction opposite to the jaws , between the base and a free edge , the fixing extension including a receiving groove configured to receive and block a portion of the filamentary support , characterized in that the fixing extension includes, on one hand, an appendage projecting from the base and arranged at a junction between the clamp and the fixing extension , and on the other hand, a locking tab extending according to a direction parallel to the appendage , the appendage and the locking tab forming the receiving groove , and in that the appendage includes a first wall forming the receiving groove which presents a convex profile curvature according to at least one axis.
A lifting device comprising a main body being of a generally elongate form, said main body having at one end thereof a transport means to allow said device to translate relative to the ground, a boom portion pivoting with respect to said main body and adapted to support a load at its end, a motive power unit to lift or lower said load , characterised in that said main body is able to be pivoted by a user with respect to a fulcrum formed by: either said transport means and a ground location; or said transport means , around an axis (120.2, 1009) generally parallel to the ground, to transfer a load carried by said boom portion , thereby providing a functionally variable horizontal reach to said device . either said transport means and a ground location; or said transport means ,
A composition comprising a C1-esterase inhibitor (C1-INH) for use in a method of treating or delaying the progression of neuromyelitis optica (NMO) or neuromyelitis optica spectrum disorder (NMOSD) in a patient in need of treatment, the method comprising administering to said patient during an active CNS attack a dose of 2000 U of C1-esterase inhibitor (C1-INH) per day, and wherein the treatment results in a return to pre-attack Expanded Disability Scales Scores (EDSS).
A diffractive optical grating comprising a first zone and a second zone each having a grating structure, said grating structures of the first and second zone are two-dimensionally periodic and defining a unit cell size in each grating, wherein a first period (d x ) of unit cells in a first direction being chosen to allow for diffraction of selected wavelengths of visible light along the first direction, and a second period (d y ) of said unit cells in a second direction different from the first direction, the second direction being a sub-wavelength periodicity direction short enough to prevent diffraction of said selected wavelengths along the second direction, wherein the first period (d x ) is longer than an optical diffraction threshold value and the second period (d y ) is shorter than said optical diffraction threshold value, wherein the grating structures in the first zone and in the second zone have different sub- wavelength modulation characteristics in said second direction for producing different diffraction efficiencies for the first and second zones, wherein the modulation characteristics refer to any geometric property of the grating affecting fill factor modulation or height modulation, and consequently the diffraction efficiency, characterized in that the first zone and the second zone have different fill factor modulation characteristics in said second direction, and the height modulation is replaced by sub-wavelength modulation in fill factor between the first zone and the second zone in said second direction. a first period (d x ) of unit cells in a first direction being chosen to allow for diffraction of selected wavelengths of visible light along the first direction, and a second period (d y ) of said unit cells in a second direction different from the first direction, the second direction being a sub-wavelength periodicity direction short enough to prevent diffraction of said selected wavelengths along the second direction, wherein the first period (d x ) is longer than an optical diffraction threshold value and the second period (d y ) is shorter than said optical diffraction threshold value, wherein the grating structures in the first zone and in the second zone have different sub- wavelength modulation characteristics in said second direction for producing different diffraction efficiencies for the first and second zones, wherein the modulation characteristics refer to any geometric property of the grating affecting fill factor modulation or height modulation, and consequently the diffraction efficiency, characterized in that the first zone and the second zone have different fill factor modulation characteristics in said second direction, and the height modulation is replaced by sub-wavelength modulation in fill factor between the first zone and the second zone in said second direction.