mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical device , comprising: a first terminal and a second terminal to which a pair of signal lines is connected; and an operation element connected between the first terminal and the second terminal ; characterized by further comprising: a transmission circuit configured to operate using a voltage between the first terminal and the second terminal as a power source, wherein a predetermined potential is input to the first terminal , the second terminal transmits an output signal according to a state of the operation element to outside or an input signal for controlling the operation element is input from the outside to the second terminal , said output signal or said input signal representing an operation signal, and the transmission circuit superimposes a data signal on the operation signal and transmits the data signal from the second terminal to the outside. a first terminal and a second terminal to which a pair of signal lines is connected; and an operation element connected between the first terminal and the second terminal ; characterized by further comprising: a transmission circuit configured to operate using a voltage between the first terminal and the second terminal as a power source, wherein a predetermined potential is input to the first terminal , the second terminal transmits an output signal according to a state of the operation element to outside or an input signal for controlling the operation element is input from the outside to the second terminal , said output signal or said input signal representing an operation signal, and the transmission circuit superimposes a data signal on the operation signal and transmits the data signal from the second terminal to the outside. a transmission circuit configured to operate using a voltage between the first terminal and the second terminal as a power source, wherein a predetermined potential is input to the first terminal , the second terminal transmits an output signal according to a state of the operation element to outside or an input signal for controlling the operation element is input from the outside to the second terminal , said output signal or said input signal representing an operation signal, and the transmission circuit superimposes a data signal on the operation signal and transmits the data signal from the second terminal to the outside.
Compound of formula (I) : wherein R 1 is selected from the group consisting of: • -CH=CH-COOR 2 with R 2 representing the formula -Y-O-X- diphenol (II) with: • Y representing a pyranose ring, substituted by a CH 2 -OH and at least one hydroxyl function and substituted by a rhamnose; • X representing the chain -CH 2 -CH 2 -; • -Z-O-R 3 With: - Z representing the chain -CH 2 -CH 2 -; - R 3 representing the formula -W-O-CO-CH=CH- diphenol (III) with W representing a pyranose ring, substituted by a CH 2 -OH and at least one hydroxyl function and substituted by a rhamnose; for use in the prevention and/or the treatment of inflammatory diseases and/or disorders. • -CH=CH-COOR 2 with R 2 representing the formula -Y-O-X- diphenol (II) with: • Y representing a pyranose ring, substituted by a CH 2 -OH and at least one hydroxyl function and substituted by a rhamnose; • X representing the chain -CH 2 -CH 2 -; • Y representing a pyranose ring, substituted by a CH 2 -OH and at least one hydroxyl function and substituted by a rhamnose; • X representing the chain -CH 2 -CH 2 -; • -Z-O-R 3 With: - Z representing the chain -CH 2 -CH 2 -; - R 3 representing the formula -W-O-CO-CH=CH- diphenol (III) with W representing a pyranose ring, substituted by a CH 2 -OH and at least one hydroxyl function and substituted by a rhamnose; for use in the prevention and/or the treatment of inflammatory diseases and/or disorders. - Z representing the chain -CH 2 -CH 2 -; - R 3 representing the formula -W-O-CO-CH=CH- diphenol (III) with W representing a pyranose ring, substituted by a CH 2 -OH and at least one hydroxyl function and substituted by a rhamnose; for use in the prevention and/or the treatment of inflammatory diseases and/or disorders.
A system for simultaneously forming and filling a container (C) comprising: a mold cavity defining an internal surface and configured to accept a preform ; a hydraulic intensifier configured to receive a first liquid and dispense the first liquid at a first pressure, the hydraulic intensifier including a moveable member having a first surface contacting the first liquid and a second surface contacting a second liquid , the second liquid configured to provide a second pressure on the second surface so that the first pressure is applied to the first liquid by the first surface , the first surface having a smaller area than the second surface , where the first pressure is greater than the second pressure; a blow nozzle configured to transfer the first liquid at the first pressure into the preform to urge the preform to expand toward the internal surface of the mold cavity and form a resultant container (C), where the first liquid remains within the container (C) as an end product; and a stretch rod configured to mechanically stretch the preform within the mold cavity prior to the first liquid at the first pressure being transferred into the preform by the blow nozzle ; characterized in that the stretch rod is vented. a mold cavity defining an internal surface and configured to accept a preform ; a hydraulic intensifier configured to receive a first liquid and dispense the first liquid at a first pressure, the hydraulic intensifier including a moveable member having a first surface contacting the first liquid and a second surface contacting a second liquid , the second liquid configured to provide a second pressure on the second surface so that the first pressure is applied to the first liquid by the first surface , the first surface having a smaller area than the second surface , where the first pressure is greater than the second pressure; a blow nozzle configured to transfer the first liquid at the first pressure into the preform to urge the preform to expand toward the internal surface of the mold cavity and form a resultant container (C), where the first liquid remains within the container (C) as an end product; and a stretch rod configured to mechanically stretch the preform within the mold cavity prior to the first liquid at the first pressure being transferred into the preform by the blow nozzle ; characterized in that the stretch rod is vented.
An electrode membrane assembly having an oxygen evolution reaction electrode, the electrode membrane assembly comprising, in order: an ion conducting membrane having first and second generally opposed major surfaces; nanostructured whiskers with an oxygen evolution reaction electrocatalyst thereon, the electrocatalyst comprising at least one layer, wherein any layer of the oxygen evolution reaction electrocatalyst comprises collectively at least 95 atomic percent Ir, and not greater than 5 atomic percent Pt, based on the total collective cation and elemental metal content of the respective layer; and a first fluid transport layer comprising an electrically conductive, corrosion resistant, porous metal, wherein the nanostructured whiskers are adjacent to the first major surface of the ion conducting membrane, and wherein the ion conducting membrane, the nanostructured whiskers having the oxygen evolution reaction electrocatalyst thereon, and the first fluid transport layer collectively have an electrical conductance of at least 0.1 S·cm -2 at 80 °C and wherein the Ir loading in the oxygen evolution reaction electrocatalyst is at least 0.125 mg/cm 2 . an ion conducting membrane having first and second generally opposed major surfaces; nanostructured whiskers with an oxygen evolution reaction electrocatalyst thereon, the electrocatalyst comprising at least one layer, wherein any layer of the oxygen evolution reaction electrocatalyst comprises collectively at least 95 atomic percent Ir, and not greater than 5 atomic percent Pt, based on the total collective cation and elemental metal content of the respective layer; and a first fluid transport layer comprising an electrically conductive, corrosion resistant, porous metal, wherein the nanostructured whiskers are adjacent to the first major surface of the ion conducting membrane, and wherein the ion conducting membrane, the nanostructured whiskers having the oxygen evolution reaction electrocatalyst thereon, and the first fluid transport layer collectively have an electrical conductance of at least 0.1 S·cm -2 at 80 °C and wherein the Ir loading in the oxygen evolution reaction electrocatalyst is at least 0.125 mg/cm 2 .
A spring for friction pads associable with a caliper of a disc brake for elastically biasing the friction pads away from a brake disc of the disc brake , said spring comprising an elongated plate bent so as to form: - a descending fixing stretch , - an ascending resting stretch , opposite to the fixing stretch , wherein the fixing stretch forms a fixing seat for fixing the spring by interlocking to a corresponding fixing portion of the friction pad , wherein the fixing seat comprises a through hole formed in an end portion of the fixing stretch and adapted to accommodate a corresponding protrusion of the fixing portion , wherein the resting stretch forms a plate-shaped contact portion for a free abutment with possibility of slipping of the spring against a contact surface of the caliper , characterised in that a return stretch is formed between the fixing stretch and the resting stretch , wherein the return stretch extends from a narrowing region , in which the fixing stretch and the resting stretch locally approach each other, to a lower apical region of the spring , and wherein, with the spring undeformed, the contact portion extends, starting from the narrowing region , in diverging manner with respect to the fixing stretch . - a descending fixing stretch , - an ascending resting stretch , opposite to the fixing stretch , wherein the fixing stretch forms a fixing seat for fixing the spring by interlocking to a corresponding fixing portion of the friction pad , wherein the fixing seat comprises a through hole formed in an end portion of the fixing stretch and adapted to accommodate a corresponding protrusion of the fixing portion , wherein the resting stretch forms a plate-shaped contact portion for a free abutment with possibility of slipping of the spring against a contact surface of the caliper , characterised in that a return stretch is formed between the fixing stretch and the resting stretch , wherein the return stretch extends from a narrowing region , in which the fixing stretch and the resting stretch locally approach each other, to a lower apical region of the spring , and wherein, with the spring undeformed, the contact portion extends, starting from the narrowing region , in diverging manner with respect to the fixing stretch .
A method of producing and fining glass, the method comprising: introducing a vitrifiable feedstock material into a glass melt contained within an interior reaction chamber of a submerged combustion melter , the vitrifiable feedstock material comprising glass-forming materials that melt-react to form glass having a disordered oxide-based network; discharging unrefined molten glass from the interior reaction chamber of the submerged combustion melter and delivering an inflow of unrefined molten glass into a fining chamber of a fining vessel , the unrefined molten glass merging with a molten glass bath contained within the fining chamber ; monitoring a temperature of the molten glass bath within the fining chamber ; and controlling an amount of a sulfate chemical fining agent added to the glass melt in the submerged combustion melter based on the temperature of the molten glass bath within the fining chamber . introducing a vitrifiable feedstock material into a glass melt contained within an interior reaction chamber of a submerged combustion melter , the vitrifiable feedstock material comprising glass-forming materials that melt-react to form glass having a disordered oxide-based network; discharging unrefined molten glass from the interior reaction chamber of the submerged combustion melter and delivering an inflow of unrefined molten glass into a fining chamber of a fining vessel , the unrefined molten glass merging with a molten glass bath contained within the fining chamber ; monitoring a temperature of the molten glass bath within the fining chamber ; and controlling an amount of a sulfate chemical fining agent added to the glass melt in the submerged combustion melter based on the temperature of the molten glass bath within the fining chamber .
An antibacterial twisted yarn comprising a plurality of charge generation fibers that generate an electric charge with external energy, wherein the charge generation fibers comprise a piezoelectric polymer, wherein the charge generation fibers have one or more fiber properties such that an arrangement aspect between the plurality of charge generation fibers is not uniform, the one or more fiber properties including: a non-uniform fiber cross-sectional area, a non-uniform fiber cross-sectional shape, and non-uniform fiber diameters, and wherein non-rotationally symmetric electric potentials arise with respect to the center of the twisted yarn due to the non-uniform arrangement aspect. wherein the charge generation fibers have one or more fiber properties such that an arrangement aspect between the plurality of charge generation fibers is not uniform, the one or more fiber properties including: a non-uniform fiber cross-sectional area, a non-uniform fiber cross-sectional shape, and non-uniform fiber diameters, and wherein non-rotationally symmetric electric potentials arise with respect to the center of the twisted yarn due to the non-uniform arrangement aspect.
Printing unit comprising at least a printing head , a support plate to which said printing head is associated, wherein it comprises at least two independent and separated positioning members associated to the support plate and to the printing head to adjust the reciprocal position of the latter two, the first positioning member being disposed in correspondence with a first lateral edge of the printing head , while the second positioning member being disposed in correspondence with a second lateral edge of the printing head located transverse with respect to the first lateral edge, said support plate defining an adjustment plane (α) with respect to which said printing head is positioned, said positioning members comprising at least an actuation device which can be selectively actuated above the adjustment plane (α) and a kinematic conversion device configured to convert the actuation of said actuation device into an adjustment of the position of the printing head with respect to the support plate in at least one direction lying on the adjustment plane (α), said actuation device being associable with a cam element able to engage in a suitably shaped seating made in said printing head , wherein a first positioning member is configured to carry out an adjustment of the position of the printing head in a first adjustment direction (M) and a second positioning member is configured to carry out an adjustment of the position of the printing head in a second adjustment direction (R), different from the first adjustment direction (M).
Vacuum cleaner comprising a filter which can be removed from the vacuum cleaner , the filter comprising a handle for removal from the vacuum cleaner , which handle is pivotable about a pivot axis, the vacuum cleaner having a filter receptacle for receiving the filter and having at least one holding element receptacle on the filter receptacle for receiving the holding element when the filter is in or placed in the filter receptacle , the handle comprising at least one holding element which goes beyond the pivot axis and moves together with the handle , characterized in that a length of a holding element projection of the holding element measured from the pivot axis is dimensioned such that lifting the filter out of the filter receptacle can be caused by pivoting out the handle , in that a front end of the holding element projection presses against an inner surface of the holding element receptacle .
Printed circuit board comprising at least one connection point and comprising at least one shaped part made of an electrically conductive material extending in the printed circuit board , wherein the printed circuit board comprises a substrate made of insulation material , and the shaped part is covered by the insulation material , the connection point contacts the shaped part on at least one contact point , the shaped part has at least one hole , which extends from the upper side , the lower side or a marginal side of the shaped part partially into the shaped part , and/or at least one through-hole , which extends transversely, to the upper side , to the lower side or to a marginal side of the shaped part through the shaped part , characterized in that the connection point is carved out from a foil .
Container heater with a heater assembly containing a plurality of ceramic PTC heating resistors , a plastic housing which surrounds the PTC heating resistors and forms a housing of an electrical plug connector, wherein the housing of the plug connector has a base which separates a sealed inner space of the plastic housing containing the PTC heating resistors from an outer space and from which contact tongues of the plug connector protrude, characterised in that electrical contact is made via the contact tongues to a respective sheet metal strip , each of which in the inner space abuts with a front side a contact plate , which electrically contacts a first part of the PTC heating resistors , and with a rear side abuts a contact plate , which electrically contacts a second part of the PTC heating resistors . a heater assembly containing a plurality of ceramic PTC heating resistors , a plastic housing which surrounds the PTC heating resistors and forms a housing of an electrical plug connector, wherein the housing of the plug connector has a base which separates a sealed inner space of the plastic housing containing the PTC heating resistors from an outer space and from which contact tongues of the plug connector protrude, characterised in that electrical contact is made via the contact tongues to a respective sheet metal strip , each of which in the inner space abuts with a front side a contact plate , which electrically contacts a first part of the PTC heating resistors , and with a rear side abuts a contact plate , which electrically contacts a second part of the PTC heating resistors .
A method in a first base station for handling a data transferral in a cellular network , which first base station serves a user equipment via a first cell in the cellular network , the method comprising: when obtaining an indication that a second cell in the cellular network provides a coverage for the user equipment , - sending a message to a second base station serving the second cell , which message commands the second base station to receive the uplink data from the user equipment via the second cell , wherein the message further commands the second base station to forward the uplink data to the first base station , characterized by - sending a request to the user equipment , which request commands the user equipment to send the same uplink data both via the first cell and via the second cell , and wherein the request further commands that the uplink data is to be sent via first cell and via the second cell in predetermined subframes and in respective separate intra frequency transmissions, wherein the separate intra frequency transmissions means sending a cell specific transmission to each of the first base station and the second base station while using the same frequency for both transmissions. when obtaining an indication that a second cell in the cellular network provides a coverage for the user equipment , - sending a message to a second base station serving the second cell , which message commands the second base station to receive the uplink data from the user equipment via the second cell , wherein the message further commands the second base station to forward the uplink data to the first base station , - sending a message to a second base station serving the second cell , which message commands the second base station to receive the uplink data from the user equipment via the second cell , wherein the message further commands the second base station to forward the uplink data to the first base station , characterized by - sending a request to the user equipment , which request commands the user equipment to send the same uplink data both via the first cell and via the second cell , and wherein the request further commands that the uplink data is to be sent via first cell and via the second cell in predetermined subframes and in respective separate intra frequency transmissions, wherein the separate intra frequency transmissions means sending a cell specific transmission to each of the first base station and the second base station while using the same frequency for both transmissions. - sending a request to the user equipment , which request commands the user equipment to send the same uplink data both via the first cell and via the second cell , and wherein the request further commands that the uplink data is to be sent via first cell and via the second cell in predetermined subframes and in respective separate intra frequency transmissions, wherein the separate intra frequency transmissions means sending a cell specific transmission to each of the first base station and the second base station while using the same frequency for both transmissions.
Apparatus for separating substances of different flowability that are mixed together, comprising a frame structure , a hollow drum having a perforated circumferential surface (M) which can be driven in a revolving manner and is mounted on the frame structure , a pressing element which lies externally in the region of the circumferential surface (M) of the hollow drum and can be driven in a revolving manner, such that the hollow drum and the pressing element form a product intake wedge for feeding in a product stream, consisting of material to be pressed, between the hollow drum and the pressing element , and also form a pressing region (P), wherein there is associated with the pressing element downstream of the pressing region (P) in the conveying direction (T P ) of the product stream a discharge element for discharging residues of the material to be pressed that remain on the pressing element after pressing, wherein the discharge element is an actively drivable, endless discharge belt for discharging the residues of the material to be pressed that remain on the pressing element in a discharge direction (T R ), characterised in that the endless discharge belt is guided around a rigid, fixed transport section and a take-over section which is pivotable relative to the rigid transport section , wherein the pivotable take-over section is mounted on the transport section so as to be pivotable about a pivot axis (A) in order to create a movable section of the discharge belt .