mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly comprising: - a printed circuit board , and - a coil spring developing along a longitudinal axis (x-x) and consisting of a wire that defines a spring body having an inner cavity ; wherein, at a first end of the spring , the wire forms a fitting portion that, by becoming elastically deformed, is adapted for fitting into an aperture of the printed circuit board , so as to removably secure the spring to the printed circuit board ; characterized in that the fitting portion has a hook-like shape, and comprises: a wider portion , located in a distal position which is farther from the spring body , and a narrower portion, located in a proximal position. - a printed circuit board , and - a coil spring developing along a longitudinal axis (x-x) and consisting of a wire that defines a spring body having an inner cavity ; wherein, at a first end of the spring , the wire forms a fitting portion that, by becoming elastically deformed, is adapted for fitting into an aperture of the printed circuit board , so as to removably secure the spring to the printed circuit board ; characterized in that the fitting portion has a hook-like shape, and comprises: a wider portion , located in a distal position which is farther from the spring body , and a narrower portion, located in a proximal position. wherein, at a first end of the spring , the wire forms a fitting portion that, by becoming elastically deformed, is adapted for fitting into an aperture of the printed circuit board , so as to removably secure the spring to the printed circuit board ; characterized in that the fitting portion has a hook-like shape, and comprises: a wider portion , located in a distal position which is farther from the spring body , and a narrower portion, located in a proximal position.
Superconductor heating point monitoring system including: - a superconductor ; - a first optical waveguide attached to the superconductor for providing a first optical signal (SS); and characterized by a second optical waveguide for providing a reference signal (RS); and by - interference means configured to overlay or superimpose the first optical signal (SS) and the reference optical signal (RS) to produce an optical interference signal (IS). - a superconductor ; - a first optical waveguide attached to the superconductor for providing a first optical signal (SS); and characterized by a second optical waveguide for providing a reference signal (RS); and by - interference means configured to overlay or superimpose the first optical signal (SS) and the reference optical signal (RS) to produce an optical interference signal (IS).
N -{( R )-1-[8-Chloro-2-(1-oxypyridin-3-yl)quinolin-3-yl]-2,2,2-trifluoroethyl}-pyrido[3,2- d ]pyrimidin-4-ylamine, or a pharmaceutically acceptable salt thereof, for use in the treatment and/or prevention of Sjogren's syndrome.
A system for routing an object, implementing: - a plurality of primary packages each having an electronic display device accessible from the exterior of the package, and including a computing unit parameterized to transmit display instructions to the electronic display device, - a computing platform comprising a database relating to the objects, matching, for each object, an identifier and a label to be displayed on the electronic display device, the computing platform being connected to first long-distance communication means , the primary packages being connected to second long-distance communication means able to communicate with the first long-distance communication means , - at least one RFID ticket to be coupled, directly or indirectly, to the object and containing the identifier of the object, - a proximity transceiver integrated into each primary package, able to communicate with the RFID ticket and being parameterized to read the identifier, and in that the computing unit is connected to the transceiver and is further parameterized to transmit the identifier to the computing platform via the first and second long-distance communication means, characterized in that the computing platform is parameterized to return to the computing unit the label corresponding to the identifier so as to facilitate the reshipment of the object and the computing unit is parameterized to transmit to the electronic display device a label display instruction so as to prompt to reship the object, the database being parameterized such that the label comprises data relating to a physical destination address. - a plurality of primary packages each having an electronic display device accessible from the exterior of the package, and including a computing unit parameterized to transmit display instructions to the electronic display device, - a computing platform comprising a database relating to the objects, matching, for each object, an identifier and a label to be displayed on the electronic display device, the computing platform being connected to first long-distance communication means , the primary packages being connected to second long-distance communication means able to communicate with the first long-distance communication means , - at least one RFID ticket to be coupled, directly or indirectly, to the object and containing the identifier of the object, - a proximity transceiver integrated into each primary package, able to communicate with the RFID ticket and being parameterized to read the identifier, and in that the computing unit is connected to the transceiver and is further parameterized to transmit the identifier to the computing platform via the first and second long-distance communication means, characterized in that the computing platform is parameterized to return to the computing unit the label corresponding to the identifier so as to facilitate the reshipment of the object and the computing unit is parameterized to transmit to the electronic display device a label display instruction so as to prompt to reship the object, the database being parameterized such that the label comprises data relating to a physical destination address.
A surface-emission laser array (100J to 100R) comprising a plurality of surface-emission laser diode elements (1 to 36; 201 to 236; 301 to 336; 401 to 436; 801 to 836) arranged in the form of a two-dimensional array, there being a sub-scanning direction and a main scanning direction crossing each other perpendicularly, wherein a plurality of straight lines (L1 to L6) drawn perpendicularly to said sub-scanning direction from respective centers of said plurality of surface emission laser diode elements (1 to 36; 201 to 236; 301 to 336; 401 to 436; 801 to 836) are formed with generally equal interval, wherein the surface-emission laser diode elements (1 to 36; 201 to 236; 301 to 336; 401 to 436; 801 to 836) are aligned in the main scanning direction and in the sub-scanning direction, wherein a plurality of surface-emission laser diode elements (1 to 36; 201 to 236; 301 to 336; 401 to 436; 801 to 836) aligned in any of said main scanning direction and said sub-scanning direction are disposed with an interval such that said interval is set larger in a central part as compared with a peripheral part, and wherein the number of the surface emission laser diode elements (1 to 36; 201 to 236; 301 to 336; 401 to 436; 801 to 836) in a first array is smaller than the number of the surface emission laser diode elements (1 to 36; 201 to 236; 301 to 336; 401 to 436; 801 to 836) in a second array.
Process for the production of liver pate, wherein no foie gras is used, with the steps of a) boiling collagen-containing animal tissue in water until dissolution the structure, separating solid constituents to produce aqueous jelly and concentrating the aqueous jelly by separating water to a maximum of 50 wt.-% of the weight of the collagen-containing tissue used to produce concentrated jelly, b) mincing animal fat tissue, melting the fat and separating undissolved constituents to produce liquid fat, c) soaking raw animal liver in cold water, mincing and straining through a sieve to separate solid ingredients for the preparation of raw strained liver, d) mixing of 15-25 wt.-% concentrated jelly, 30-50 wt.-% liquid fat, 10-40 wt.-% raw strained liver, nitrite curing salt and/or table salt and spices for producing a liver pate mass, filling of the liver pate mass and cooking. a) boiling collagen-containing animal tissue in water until dissolution the structure, separating solid constituents to produce aqueous jelly and concentrating the aqueous jelly by separating water to a maximum of 50 wt.-% of the weight of the collagen-containing tissue used to produce concentrated jelly, b) mincing animal fat tissue, melting the fat and separating undissolved constituents to produce liquid fat, c) soaking raw animal liver in cold water, mincing and straining through a sieve to separate solid ingredients for the preparation of raw strained liver, d) mixing of 15-25 wt.-% concentrated jelly, 30-50 wt.-% liquid fat, 10-40 wt.-% raw strained liver, nitrite curing salt and/or table salt and spices
A method for transmitting an explicit channel state information, CSI, report, from a user terminal to at least one device in a network, the report comprising at least one of: a dominant eigenvector, or a combination of multiple eigenvectors as a single vector, the method comprising: evaluating a number of constituent precoders to be used in providing a single precoder,;the constituent precoders comprising eigenvectors; combining the constituent precoders to form the single precoder in response to a determination that the number of constituent precoders to be used in providing the single precoder is greater than one, wherein combining the eigenvectors into the single vector further comprises applying maximum ratio combining, MRC, to combine the eigenvectors with the square root of eigenvalues as combining coefficients; and configuring a signal to transmit the explicit CSI report including the single precoder from the user terminal to the at least one device in the network wherein a user terminal speed threshold is defined and denoted as τ; a user terminal speed, v, is determined; and enabling explicit channel state information, CSI, report as combined vector feedback if the user terminal speed v ≥ τ. evaluating a number of constituent precoders to be used in providing a single precoder,;the constituent precoders comprising eigenvectors; combining the constituent precoders to form the single precoder in response to a determination that the number of constituent precoders to be used in providing the single precoder is greater than one, wherein combining the eigenvectors into the single vector further comprises applying maximum ratio combining, MRC, to combine the eigenvectors with the square root of eigenvalues as combining coefficients; and configuring a signal to transmit the explicit CSI report including the single precoder from the user terminal to the at least one device in the network wherein a user terminal speed threshold is defined and denoted as τ; a user terminal speed, v, is determined; and enabling explicit channel state information, CSI, report as combined vector feedback if the user terminal speed v ≥ τ.
A sound-transmitting membrane that allows passage of sounds and prevents passage of foreign matters, the sound-transmitting membrane comprising: a supporting member ; and a resin porous membrane layered on the supporting member and containing polytetrafluoroethylene as a main component, characterized in that the supporting member is a nonwoven fabric made of an elastomer, in that an insertion loss for sounds of 3000 Hz is smaller than or equal to 5 dB, and in that a ratio of the insertion loss for sounds of 3000 Hz to an insertion loss for sounds of 1000 Hz is 1.0 to 2.0. a supporting member ; and a resin porous membrane layered on the supporting member and containing polytetrafluoroethylene as a main component, characterized in that the supporting member is a nonwoven fabric made of an elastomer, in that an insertion loss for sounds of 3000 Hz is smaller than or equal to 5 dB, and in that a ratio of the insertion loss for sounds of 3000 Hz to an insertion loss for sounds of 1000 Hz is 1.0 to 2.0.
A work assist server to assist a worker in performing work by use of a work machine , by communication with a client assigned to the worker of the work machine, the work assist server comprising: a database which stores and holds, as work information, a plurality of combinations of work locations, work periods and work contents; a first assist processing element which recognizes a designated position depending on a designated operation through an input interface of the client, based on the communication with the client, and which searches the database for the work information fitting the designated position as designated work information; and a second assist processing element which causes an output interface of the client to output a work environment image showing a position of a designated work location included in the designated work information searched by the first assist processing element, and information about at least one of a designated work period and a designated work content included in the designated work information, based on the communication with the client. a database which stores and holds, as work information, a plurality of combinations of work locations, work periods and work contents; a first assist processing element which recognizes a designated position depending on a designated operation through an input interface of the client, based on the communication with the client, and which searches the database for the work information fitting the designated position as designated work information; and a second assist processing element which causes an output interface of the client to output a work environment image showing a position of a designated work location included in the designated work information searched by the first assist processing element, and information about at least one of a designated work period and a designated work content included in the designated work information, based on the communication with the client.
Apparatus for cooling flat metal rolling stock with a liquid coolant , - wherein the flat rolling stock is conveyed on a conveying path in a transport direction (x), - wherein the apparatus has at least one cooling bar which is arranged above the conveying path and to which the liquid coolant is fed via a supply line , - wherein the cooling bar extends substantially transversely to the transport direction (x) and has a plurality of outlet tubes , - wherein the outlet tubes each have an inlet opening and an outlet opening , - wherein the liquid coolant enters the respective outlet tube from the cooling bar via the respective inlet opening and exits the respective outlet tube via the respective outlet opening , - wherein the respective outlet tube has, as seen in a flow direction of the liquid coolant , an upwardly running start portion which originates from the inlet opening , a middle portion adjoining thereto and a downwardly running end portion adjoining thereto which extends as far as the outlet opening , such that the middle portion contains an apex at which the coolant flowing through the respective outlet tube reaches a highest point, - wherein the outlet openings are located above the cooling bar and a height distance (h1) of the inlet opening from the apex is at least two times as great, in particular at least three times as great, as a height distance (h2) of the outlet opening from the apex , characterized in that the outlet tubes each have - in particular in the region of their inlet openings - a flow resistor which is releasably connected to the respective outlet tube . - wherein the flat rolling stock is conveyed on a conveying path in a transport direction (x), - wherein the apparatus has at least one cooling bar which is arranged above the conveying path and to which the liquid coolant is fed via a supply line , - wherein the cooling bar extends substantially transversely to the transport direction (x) and has a plurality of outlet tubes , - wherein the outlet tubes each have an inlet opening and an outlet opening , - wherein the liquid coolant enters the respective outlet tube from the cooling bar via the respective inlet opening and exits the respective outlet tube via the respective outlet opening , - wherein the respective outlet tube has, as seen in a flow direction of the liquid coolant , an upwardly running start portion which originates from the inlet opening , a middle portion adjoining thereto and a downwardly running end portion adjoining thereto which extends as far as the outlet opening , such that the middle portion contains an apex at which the coolant flowing through the respective outlet tube reaches a highest point, - wherein the outlet openings are located above the cooling bar and a height distance (h1) of the inlet opening from the apex is at least two times as great, in particular at least three times as great, as a height distance (h2) of the outlet opening from the apex ,
An exhaust tool comprising: a bar-shaped body portion ; and a tip portion provided at an end of the body portion , characterized in that the exhaust tool further comprises: a through-hole-shaped holding portion which is provided at the tip portion and is configured to restrict movement of the body portion by being configured to be put so that a first tightening portion placed inside an insulating connector of a first electric apparatus having a bus and the connector passes through the holding portion ; and a cut-in portion which is not configured to be penetrated and is cut in adjacently to the holding portion , the cut-in portion being formed in a valley-like shape by being cut in toward the inner side of the exhaust tool , the cut-in portion having a thin portion left at the bottom of the valley part, wherein the cut-in portion is configured to be torn by the first tightening portion when the exhaust tool is drawn in a direction away from the first tightening portion . a bar-shaped body portion ; and a tip portion provided at an end of the body portion , characterized in that the exhaust tool further comprises: a through-hole-shaped holding portion which is provided at the tip portion and is configured to restrict movement of the body portion by being configured to be put so that a first tightening portion placed inside an insulating connector of a first electric apparatus having a bus and the connector passes through the holding portion ; and a cut-in portion which is not configured to be penetrated and is cut in adjacently to the holding portion , the cut-in portion being formed in a valley-like shape by being cut in toward the inner side of the exhaust tool , the cut-in portion having a thin portion left at the bottom of the valley part, wherein the cut-in portion is configured to be torn by the first tightening portion when the exhaust tool is drawn in a direction away from the first tightening portion . a through-hole-shaped holding portion which is provided at the tip portion and is configured to restrict movement of the body portion by being configured to be put so that a first tightening portion placed inside an insulating connector of a first electric apparatus having a bus and the connector passes through the holding portion ; and a cut-in portion which is not configured to be penetrated and is cut in adjacently to the holding portion , the cut-in portion being formed in a valley-like shape by being cut in toward the inner side of the exhaust tool , the cut-in portion having a thin portion left at the bottom of the valley part, wherein the cut-in portion is configured to be torn by the first tightening portion when the exhaust tool is drawn in a direction away from the first tightening portion .
A transverse connector comprising: first and second spinal rod connection members rotatably coupled to opposing end portions of a cross member connecting assembly , the transverse connector characterized in that : the cross member connecting assembly including a first band slot defined therethrough, the cross member connecting assembly defining an axis (X), the first band slot defined entirely through the cross member connecting assembly in a direct transverse to the axis (X), and including a threaded opening extending through an upper surface of the cross member connecting assembly and into the first band slot , the cross member connecting assembly including a band set screw threadingly engaged with the threaded opening and movable relative to the first band slot .
Method for externally grinding a shaft part having rotationally symmetrical sections and end faces in which centring bores are formed, said centring bores defining a reference longitudinal axis and axis of rotation of the shaft part , wherein, during the grinding until the end of final grinding by means of a grinding wheel , the shaft part is held between tips (11; 14) engaging into the centring bores, and is supported by means of a supporting device (2; 2'; 3; 35), having a first and second supporting apparatus, at the rotationally symmetrical sections, wherein the shaft part is arranged between the grinding wheel and a first supporting apparatus (2; 2') of the supporting device (2; 2'; 3, 35), and a measurement device is an in-process measurement device and measures diameter values of the rotationally symmetrical sections of the shaft part and communicates these measurement values to a control device, and this control device, on the basis of these measurement values, actively correctively adjusts, according to the measured diameter values, the infeed of the grinding wheel and the supporting device (2; 2'; 3; 35), in a manner continuously supporting the rotationally symmetrical sections, until the final dimensioning of the shaft part is attained, characterized in that the supporting device (2; 2'; 3; 35) has a supporting disc (2; 2') or a supporting straightedge (3; 35) as first supporting apparatus and the second supporting apparatus has a supporting straightedge (3; 35), and, by means of the control device, on the basis of the measurement values, the supporting disc (2; 2') and the supporting straightedge (3; 35), or the supporting straightedges (3; 35), are permanently continuously supported against the rotationally symmetrical sections of the shaft part , and correctively adjusted according to their measured actual diameter values, during the grinding between the tips .
A housing sheet comprising a housing portion for housing a microneedle sheet in which a plurality of microneedles are disposed on one face of a sheet-like substrate , wherein the housing sheet further comprises: concave portions having inverted shapes of shapes of the microneedles formed in the housing portion , characterised in that the housing portion includes a notch .