mhurhangee/ep-ind-claims huggingface dataset:
Method for preparing porous noble metal oxide nanoparticles, comprising the following steps: a) preparing an Olea Europaea fruit extract b) preparing an Acacia Nilotica extract c) mixing the Olea Europaea fruit extract and the Acacia Nilotica extract for preparing a mixed extract d) providing an aqueous solution containing a noble metal compound dissolved therein e) mixing the mixed extract obtained in step c) and the aqueous solution of step d) f) dropping a solution of sodium chloride to the mixture of step e) g) drying the mixture, preferably in air or by vacuum, and h) calcining at a temperature between 300 to 750°C, to get the porous noble metal oxide nanoparticles. a) preparing an Olea Europaea fruit extract b) preparing an Acacia Nilotica extract c) mixing the Olea Europaea fruit extract and the Acacia Nilotica extract for preparing a mixed extract d) providing an aqueous solution containing a noble metal compound dissolved therein e) mixing the mixed extract obtained in step c) and the aqueous solution of step d) f) dropping a solution of sodium chloride to the mixture of step e) g) drying the mixture, preferably in air or by vacuum, and h) calcining at a temperature between 300 to 750°C, to get the porous noble metal oxide nanoparticles.
A machining device for machining the material of a pipe system comprising a joint area between a pipe having a smaller inner diameter and a pipe having a larger inner diameter, characterized in that the devices comprises: a. protruding parts adapted to position the device or at least a part of it inside the pipe having smaller diameter of the pipe system, b. steerable, actuator operable means (106 and/or 201) for removing material from the joint area of the pipe system and c. steering device for controlling the direction of the machining device in relation to the longitudinal axis of the pipe having thinner diameter in the pipe system while removing material from the edges of a hole made to the joint area of the pipe system. a. protruding parts adapted to position the device or at least a part of it inside the pipe having smaller diameter of the pipe system, b. steerable, actuator operable means (106 and/or 201) for removing material from the joint area of the pipe system and c. steering device for controlling the direction of the machining device in relation to the longitudinal axis of the pipe having thinner diameter in the pipe system while removing material from the edges of a hole made to the joint area of the pipe system.
Domestic refrigeration appliance, having a heat-insulating internal container, which is embodied to delimit at least one storage compartment for refrigerated goods, a refrigerated goods container supported in the internal container, which has an opening that is accessible from above, and a container lid, which is supported in the internal container by a support apparatus which is embodied to turn a linear movement of the container lid, caused by a manual actuation means, in a depth direction into a lifting movement of the container lid in order to open and close the opening of the refrigerated goods container, wherein the manual actuation means has an actuation surface which can be adjusted in the depth direction and forms an outer surface of the manual actuation means, characterised in that the manual actuation means is formed by a dial coupled to the container lid, said dial, in a first rotary angle position, moving the container lid into a first lid position in which the opening of the refrigerated goods container is opened and which, in a second rotary angle position, moves the container lid into a second lid position in which the opening of the refrigerated goods container is closed.
An air conditioner comprising: a housing; a blower; which causes a flow of air passing through an inner space of the housing; a heat exchanger (12, 13, 14, 15, 19) located in the inner space of the housing; and an ion generating device which is spaced apart from the heat exchanger (12, 13, 14, 15, 19), wherein the ion generating device comprises: a hollow body; a fan which is coupled to one side of the body, and causes a flow of air passing through an inside of the body; and an ionizer which is coupled to the other side of the body, and generates ion, wherein the ionizer comprises a case hole which is formed in a portion of the ionizer facing the inside of the body, and communicates with the inside of the body characterised in that the ion generating device is coupled to an inner side of the housing. a housing; a blower; which causes a flow of air passing through an inner space of the housing; a heat exchanger (12, 13, 14, 15, 19) located in the inner space of the housing; and an ion generating device which is spaced apart from the heat exchanger (12, 13, 14, 15, 19), wherein the ion generating device comprises: a hollow body; a fan which is coupled to one side of the body, and causes a flow of air passing through an inside of the body; and an ionizer which is coupled to the other side of the body, and generates ion, wherein the ionizer comprises a case hole which is formed in a portion of the ionizer facing the inside of the body, and communicates with the inside of the body characterised in that the ion generating device is coupled to an inner side of the housing. a hollow body; a fan which is coupled to one side of the body, and causes a flow of air passing through an inside of the body; and an ionizer which is coupled to the other side of the body, and generates ion, wherein the ionizer comprises a case hole which is formed in a portion of the ionizer facing the inside of the body, and communicates with the inside of the body characterised in that the ion generating device is coupled to an inner side of the housing.
A method comprising: at an electronic device with one or more processors and memory (62,65): determining, without receiving user input and without regard to whether a digital assistant has been invoked by a user, whether the device is being operated in a first context; receiving a first input that corresponds to a request to launch a respective application; and in response to receiving the first input: in accordance with a determination that the device is being operated in the first context, providing a first user interface for the respective application, wherein the device being operated in the first context is determined in response to receiving the first input before launching the respective application; and in accordance with a determination that the device is not being operated in the first context, providing a second user interface for the respective application, wherein providing the first user interface for the respective application includes providing for display fewer selectable user interface objects than are displayed in the second user interface for the respective application. at an electronic device with one or more processors and memory (62,65): determining, without receiving user input and without regard to whether a digital assistant has been invoked by a user, whether the device is being operated in a first context; receiving a first input that corresponds to a request to launch a respective application; and determining, without receiving user input and without regard to whether a digital assistant has been invoked by a user, whether the device is being operated in a first context; receiving a first input that corresponds to a request to launch a respective application; and in response to receiving the first input: in accordance with a determination that the device is being operated in the first context, providing a first user interface for the respective application, wherein the device being operated in the first context is determined in response to receiving the first input before launching the respective application; and in accordance with a determination that the device is not being operated in the first context, providing a second user interface for the respective application, wherein providing the first user interface for the respective application includes providing for display fewer selectable user interface objects than are displayed in the second user interface for the respective application. in accordance with a determination that the device is being operated in the first context, providing a first user interface for the respective application, wherein the device being operated in the first context is determined in response to receiving the first input before launching the respective application; and in accordance with a determination that the device is not being operated in the first context, providing a second user interface for the respective application, wherein providing the first user interface for the respective application includes providing for display fewer selectable user interface objects than are displayed in the second user interface for the respective application.
A method for communicating using multiple-input multiple-output, MIMO, in a wireless network, comprising: receiving one or more scheduling grants from a Node B relating to a plurality of uplink streams in MIMO; determining a primary transmit power and a primary transport block size, TBS, for a primary stream of the plurality of uplink streams determining a secondary transmit power and a secondary TBS for a secondary stream of the plurality of uplink streams; and selecting an enhanced traffic format combination, E-TFC, for transmitting over a configuration of the plurality of uplink streams based on the one or more scheduling grants, wherein the E-TFC has a set of associated states wherein each state in the set of associated states indicates whether a corresponding payload is supported or blocked over a corresponding configuration of the plurality of uplink streams, wherein the determining the primary TBS and the secondary TBS is based in part on the set of associated states, wherein the set of associated states comprise: a first state indicating whether the E-TFC is supported on the primary stream when both the primary stream and the secondary stream are transmitted; a second state indicating whether the E-TFC is supported on the secondary stream; and a third state indicating whether the E-TFC is supported on the primary stream when only the primary stream is transmitted. receiving one or more scheduling grants from a Node B relating to a plurality of uplink streams in MIMO; determining a primary transmit power and a primary transport block size, TBS, for a primary stream of the plurality of uplink streams determining a secondary transmit power and a secondary TBS for a secondary stream of the plurality of uplink streams; and selecting an enhanced traffic format combination, E-TFC, for transmitting over a configuration of the plurality of uplink streams based on the one or more scheduling grants, wherein the E-TFC has a set of associated states wherein each state in the set of associated states indicates whether a corresponding payload is supported or blocked over a corresponding configuration of the plurality of uplink streams, wherein the determining the primary TBS and the secondary TBS is based in part on the set of associated states, wherein the set of associated states comprise: a first state indicating whether the E-TFC is supported on the primary stream when both the primary stream and the secondary stream are transmitted; a second state indicating whether the E-TFC is supported on the secondary stream; and a third state indicating whether the E-TFC is supported on the primary stream when only the primary stream is transmitted. a first state indicating whether the E-TFC is supported on the primary stream when both the primary stream and the secondary stream are transmitted; a second state indicating whether the E-TFC is supported on the secondary stream; and a third state indicating whether the E-TFC is supported on the primary stream when only the primary stream is transmitted.
A closed circuit operating on a Rankine cycle, said circuit comprising a device for controlling the low freezing point working fluid circulating in this circuit, said circuit comprising a compression pump for the fluid in liquid form, a heat exchanger swept by a hot source for evaporation of said fluid, expansion means for expanding the fluid in vapour form and a cooling exchanger swept by a cold source for condensation of the working fluid, comprising a fluid collection tank for draining said circuit and at least one line (72, 78) carrying a valve (76, 82) for connecting circuit to said tank and characterized in that tank comprises a heating system arranged in said tank for heating the fluid contained therein.
A structural adhesive film, comprising at least one adhesive layer, the adhesive layer comprising at least one epoxy compound and at least one epoxy curing agent; the film further providing a major upper surface as well as an opposing major lower surface, and the film having an extension in a longitudinal direction (y) which is larger than its extension in a cross direction (x) wherein in a cross-sectional view of the film the distance between the two opposing major surfaces (35 and 36) varies along the extension of the cross direction (x) such that the film provides at least two distances between the opposing major surfaces, a first distance d1 and a second distance d2, wherein the distance d2 is at least 10% larger than the distance d1; and wherein the at least one adhesive structural film further comprises a thermoplastic resin and a toughening agent.
A tubular LED lighting device comprising: an LED, a driver for driving the LED, and an electrical connector; the lighting device further comprising a thermally triggered switch for prevention of overheating of the electrical connector; wherein the thermally triggered switch is connected in series between the electrical connector and the driver, and the thermally triggered switch is configured to interrupt current in the event of the temperature of the electrical connector meeting a triggering condition; wherein the thermally triggered switch is configured to sense the temperature of the electrical connector via a main body or a probe of the thermally triggered switch. an LED, a driver for driving the LED, and an electrical connector; the lighting device further comprising a thermally triggered switch for prevention of overheating of the electrical connector; wherein the thermally triggered switch is connected in series between the electrical connector and the driver, and
An information-presentation structure comprising: an object-impact structure having an exposed surface for being impacted by an object during an activity, the object-impact structure comprising a principal variable-color region which extends to the exposed surface at a principal surface zone and normally appears along it largely as a principal color during the activity, an impact-dependent portion of the variable-color region responding to the object impacting the surface zone at an impact-dependent object-contact area spanning where the object contacts the surface zone by providing a principal general characteristics-identifying impact signal if the impact meets principal threshold impact criteria, the impact signal identifying an expected location of an impact-dependent print area in the surface zone and principal general supplemental impact information for the impact; and a color-change controller responsive to the impact signal, if provided, for determining whether the supplemental impact information meets principal supplemental impact criteria and, if so, for providing a principal general color-change initiation signal, the impact-dependent portion responding to the initiation signal, if provided, by temporarily appearing along the print area largely as changed color materially different from the principal color, the print area at least partly encompassing, at least mostly outwardly conforming largely to, and being largely concentric with the object-contact area. an object-impact structure having an exposed surface for being impacted by an object during an activity, the object-impact structure comprising a principal variable-color region which extends to the exposed surface at a principal surface zone and normally appears along it largely as a principal color during the activity, an impact-dependent portion of the variable-color region responding to the object impacting the surface zone at an impact-dependent object-contact area spanning where the object contacts the surface zone by providing a principal general characteristics-identifying impact signal if the impact meets principal threshold impact criteria, the impact signal identifying an expected location of an impact-dependent print area in the surface zone and principal general supplemental impact information for the impact; and a color-change controller responsive to the impact signal, if provided, for determining whether the supplemental impact information meets principal supplemental impact criteria and, if so, for providing a principal general color-change initiation signal, the impact-dependent portion responding to the initiation signal, if provided, by temporarily appearing along the print area largely as changed color materially different from the principal color, the print area at least partly encompassing, at least mostly outwardly conforming largely to, and being largely concentric with the object-contact area.
A nozzle for use in a gas turbine engine, comprising: a nozzle door having a first end, a second end opposed from the first end, and a pivot between the first end and the second end; a linkage connected with the nozzle door; and an actuator coupled with the linkage, wherein the actuator is selectively operative to move the linkage to in turn move the nozzle door about the pivot between a plurality of positions to influence a bypass airflow through a fan bypass passage; characterised in that the linkage comprises a link which has a first end section connected to the nozzle door between the pivot and one of the first end or the second end and a second end section pivotally connected with an end of an actuator rod of the actuator, said link being slidably and pivotably received in a slot, such that retraction of the actuator rod causes the link to slide and pivot within the slot so as to pivot the nozzle door about the pivot into a thrust reversing position. a nozzle door having a first end, a second end opposed from the first end, and a pivot between the first end and the second end; a linkage connected with the nozzle door; and an actuator coupled with the linkage, wherein the actuator is selectively operative to move the linkage to in turn move the nozzle door about the pivot between a plurality of positions to influence a bypass airflow through a fan bypass passage; characterised in that the linkage comprises a link which has a first end section connected to the nozzle door between the pivot and one of the first end or the second end and a second end section pivotally connected with an end of an actuator rod of the actuator, said link being slidably and pivotably received in a slot, such that retraction of the actuator rod causes the link to slide and pivot within the slot so as to pivot the nozzle door about the pivot into a thrust reversing position.
A secure random number generation system including a plurality of secure computation apparatuses and generating a concealed value of a random number, the random number following a binomial distribution, the secure computation apparatuses (1 1,..., 1 n) each comprising: a storage unit adapted to store a pseudorandom function and at least one set of a key and a plurality of polynomials; a pseudorandom number generating unit adapted to obtain a pseudorandom number for each of the keys by computing the pseudorandom function using the key; a bit counting unit adapted to count the number of 1s included in each pseudorandom number; and a random number share generating unit adapted to obtain the sum of products of the number of 1s and an output of the polynomial corresponding to the number of 1s as a share of the random number, an output unit adapted to output the share of the random number, wherein the set of all output shares is the concealed value. a storage unit adapted to store a pseudorandom function and at least one set of a key and a plurality of polynomials; a pseudorandom number generating unit adapted to obtain a pseudorandom number for each of the keys by computing the pseudorandom function using the key; a bit counting unit adapted to count the number of 1s included in each pseudorandom number; and a random number share generating unit adapted to obtain the sum of products of the number of 1s and an output of the polynomial corresponding to the number of 1s as a share of the random number,
A surgical instrument for ablating tissue, comprising: a handle portion; and a shaft assembly extending distally from the handle portion and including: an outer shaft having a distal portion; a coaxial cable extending through the outer shaft and having a distal portion disposed within the distal portion of the outer shaft, the distal portion of the coaxial cable forming a microwave antenna configured to transmit microwave energy radially outward and through the outer shaft; and at least one electrode (142a, 142b) coupled to the distal portion of the outer shaft and configured to transmit radiofrequency energy, wherein an actuation of the surgical instrument activates at least one of the transmission of the microwave energy from the microwave antenna or the transmission of the radiofrequency energy from the at least one electrode; and wherein the outer shaft defines a longitudinal axis and characterized in that the distal portion of the outer shaft has a triangular or wedge-shaped cross-sectional profile in the plane orthogonal to the longitudinal axis. a handle portion; and a shaft assembly extending distally from the handle portion and including: an outer shaft having a distal portion; a coaxial cable extending through the outer shaft and having a distal portion disposed within the distal portion of the outer shaft, the distal portion of the coaxial cable forming a microwave antenna configured to transmit microwave energy radially outward and through the outer shaft; and at least one electrode (142a, 142b) coupled to the distal portion of the outer shaft and configured to transmit radiofrequency energy, wherein an actuation of the surgical instrument activates at least one of the transmission of the microwave energy from the microwave antenna or the transmission of the radiofrequency energy from the at least one electrode; an outer shaft having a distal portion; a coaxial cable extending through the outer shaft and having a distal portion disposed within the distal portion of the outer shaft, the distal portion of the coaxial cable forming a microwave antenna configured to transmit microwave energy radially outward and through the outer shaft; and at least one electrode (142a, 142b) coupled to the distal portion of the outer shaft and configured to transmit radiofrequency energy, wherein an actuation of the surgical instrument activates at least one of the transmission of the microwave energy from the microwave antenna or the transmission of the radiofrequency energy from the at least one electrode; and wherein the outer shaft defines a longitudinal axis and characterized in that the distal portion of the outer shaft has a triangular or wedge-shaped cross-sectional profile in the plane orthogonal to the longitudinal axis.