mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for applying negative pressure therapy to a wound, comprising; a porous pad; a source of negative pressure; a wound exudate container positioned between the source of negative pressure and the porous pad; and a suction tube linking the porous pad and the container, the suction tube having a first section leading to the porous pad and a second section leading to the container, each section (11, 12) having a central lumen and a peripheral lumen; wherein the central lumen of both sections (11,12) applies negative pressure to the porous pad, and the the peripheral lumen monitors pressure: wherein the apparatus comprises a quick disconnect connector linking the first section and the second section, said connector comprising two parts (9, 10) that are separable and non-interchangeable characterised in that one of said parts (9, 10) has a hollow projecting tubular part extending from the central lumen of the second section and is dimensioned to enter the central lumen of the first section, whereby said connector provides fluid communication between the central lumens of the first and second sections (11, 12) and between the peripheral lumens of the first and second sections (11, 12), but separates fluid communication of the central lumen from that of the peripheral lumens. wherein the apparatus comprises a quick disconnect connector linking the first section and the second section, said connector comprising two parts (9, 10) that are separable and non-interchangeable characterised in that one of said parts (9, 10) has a hollow projecting tubular part extending from the central lumen of the second section and is dimensioned to enter the central lumen of the first section, whereby said connector provides fluid communication between the central lumens of the first and second sections (11, 12) and between the peripheral lumens of the first and second sections (11, 12), but separates fluid communication of the central lumen from that of the peripheral lumens.
A lithium secondary battery, which comprises a positive electrode comprising a positive electrode active substance and an electrolyte liquid comprising a nonaqueous electrolyte solvent; wherein the positive electrode active substance operates at a potential of 4.5 V or higher with respect to lithium; wherein the nonaqueous electrolyte solvent comprises a fluorine-containing phosphate represented by the following formula: wherein, in formula, R 1, R 2 and R 3 are each independently a substituted or non-substituted alkyl group, and at least one of R 1, R 2 and R 3 is a fluorine-containing alkyl group; and wherein the positive electrode active substance comprises a lithium manganese complex oxide represented by the following formula: Li a (M x Mn 2-x-y Y y)(O 4-w Z w), wherein, in the formula, it satisfies 0.4 ≤ x ≤ 1.2, 0 ≤ y, x+y < 2, 0 ≤ a ≤ 1.2, and 0 ≤ w ≤ 1, M is at least one selected from the group consisting of among Co, Ni, Fe, Cr and Cu, Y is at least one selected from the group consisting of among Li, B, Na, Al, Mg, Ti, Si, K and Ca, and Z is at least one selected from the group consisting of among F and Cl.
An authentication method between an authenticatee, which stores duplicated secret information which is created by multiply duplicating, at least twice, secret information XY, and secret information XY E, which is created by encrypting the secret information XY, and an authenticator which authenticates the authenticatee, comprising: executing, by the authenticator, a decryption process on the secret information XY E, which is received from the authenticatee, and sharing the secret information XY; receiving, by the authenticatee, a random number B which is generated by the authenticator, and loading a plurality of the secret information XY_ from the duplicated secret information; generating, by the authenticatee, a random number A and data v wherein v having a probability η of occurrence of 1, and wherein η < 0.5; generating, by the authenticatee, a random number D which is composed of at least a part of the generated random number A and the received random number B; generating, by the authenticatee, data C by executing a compression operation with respect to at least a part of the random number D and the secret information XY; transmitting, by the authenticatee, an calculated result Z from the data v and the data C, to the authenticator; generating, by the authenticator, a random number D which is composed of at least a part of the generated random number B and the received random number A; generating, by the authenticator, data C by executing a compression operation with respect to at least a part of the random number D and the secret information XY; and executing, by the authenticator, a determination process by using the received calculated result Z and the generated data C. executing, by the authenticator, a decryption process on the secret information XY E, which is received from the authenticatee, and sharing the secret information XY; receiving, by the authenticatee, a random number B which is generated by the authenticator, and loading a plurality of the secret information XY_ from the duplicated secret information; generating, by the authenticatee, a random number A and data v wherein v having a probability η of occurrence of 1, and wherein η < 0.5; generating, by the authenticatee, a random number D which is composed of at least a part of the generated random number A and the received random number B; generating, by the authenticatee, data C by executing a compression operation with respect to at least a part of the random number D and the secret information XY; transmitting, by the authenticatee, an calculated result Z from the data v and the data C, to the authenticator; generating, by the authenticator, a random number D which is composed of at least a part of the generated random number B and the received random number A; generating, by the authenticator, data C by executing a compression operation with respect to at least a part of the random number D and the secret information XY; and executing, by the authenticator, a determination process by using the received calculated result Z and the generated data C.
A core catcher for a nuclear reactor, comprising: a main body which is adapted to be placed beneath a reactor vessel, the main body having a plurality of cooling fins extending radially on bottom surface of the main body so that the surface area of the main body is increased and efficiency of cooling thereby increases; the cooling fins constituting cooling channels (21 a, 21 b) extending radially so that cooling water supplied from cooling water injecting pipes flows therethrough; a distributor arranged in a central region of the bottom surface of the main body and connected to the plurality of the cooling channels; and a side wall part channel as a ring surrounding the cooling channels at a peripheral region of the main body, so that cooling water can pass from the cooling channels (21a, 21b) to the side wall part channel. a main body which is adapted to be placed beneath a reactor vessel, the main body having a plurality of cooling fins extending radially on bottom surface of the main body so that the surface area of the main body is increased and efficiency of cooling thereby increases; the cooling fins constituting cooling channels (21 a, 21 b) extending radially so that cooling water supplied from cooling water injecting pipes flows therethrough; a distributor arranged in a central region of the bottom surface of the main body and connected to the plurality of the cooling channels; and a side wall part channel as a ring surrounding the cooling channels at a peripheral region of the main body, so that cooling water can pass from the cooling channels (21a, 21b) to the side wall part channel.
An internal combustion engine, in particular a gas Otto-cycle engine, comprising - a plurality of cylinders, wherein each cylinder is provided with a respective pre-chamber, - a pre-chamber gas supply conduit through which the pre-chambers can be supplied with fuel gas by way of a passive pre-chamber gas valve associated with the respective pre-chamber, - wherein a respective aperture is arranged between the pre-chamber gas supply conduit and the pre-chamber gas valve, characterised in that at least one aperture, preferably all of the apertures, associated with a pre-chamber gas valve has such a small through-flow coefficient that the pressure which occurs at a maximum between the combustion cycles in the volume between the pre-chamber gas valve and the aperture does not reach the pressure prevailing in the pre-chamber gas supply conduit, but, upon opening of the pre-chamber gas valve, are still in a rising trend, so that in that moment in time gas is still flowing out of the pre-chamber gas supply conduit through the aperture into the volume between the decentral aperture and the pre-chamber gas valve. - a plurality of cylinders, wherein each cylinder is provided with a respective pre-chamber, - a pre-chamber gas supply conduit through which the pre-chambers can be supplied with fuel gas by way of a passive pre-chamber gas valve associated with the respective pre-chamber, - wherein a respective aperture is arranged between the pre-chamber gas supply conduit and the pre-chamber gas valve,
A heatable glazing comprising: a pane of glazing material, and at least one high resistance busbar (12a, 12b) and at least one low resistance busbar (16a, 16b) disposed on the pane, wherein the high resistance busbar (12a, 12b) and the low resistance busbar (16a, 16b) are electrically connected to a resistive heating element (6a, 6b) for heating the pane, characterized in that: the high resistance busbar (12a, 12b) and the low resistance busbar (16a, 16b) are independently electrically connectable to a power supply. a pane of glazing material, and at least one high resistance busbar (12a, 12b) and at least one low resistance busbar (16a, 16b) disposed on the pane, wherein the high resistance busbar (12a, 12b) and the low resistance busbar (16a, 16b) are electrically connected to a resistive heating element (6a, 6b) for heating the pane, the high resistance busbar (12a, 12b) and the low resistance busbar (16a, 16b) are independently electrically connectable to a power supply.
A method, performed in a first wireless node comprising a communication module that is disabled, for initiating communication with a second wireless node, the method comprising: - providing access to a sensor, - receiving, from the sensor, a sensor output indicating that wireless communication is required, - enabling, in response to receiving the sensor output, the communication module in the first wireless node, wherein the enabling is a first enablement of the communication module since the first wireless node was put into use, and wherein no data related to connection properties is stored prior to the first enablement of the communication module, - performing a search for the second wireless node, and - initiating, in response to the first wireless node detecting the second wireless node, an initial communication with the second wireless node using the enabled communication module. - providing access to a sensor, - receiving, from the sensor, a sensor output indicating that wireless communication is required, - enabling, in response to receiving the sensor output, the communication module in the first wireless node, wherein the enabling is a first enablement of the communication module since the first wireless node was put into use, and wherein no data related to connection properties is stored prior to the first enablement of the communication module, - performing a search for the second wireless node, and - initiating, in response to the first wireless node detecting the second wireless node, an initial communication with the second wireless node using the enabled communication module.
A composition comprising: a mesoporous metal-organic framework having at least one nanoscopic cage, wherein at least one nanoscopic cage includes a biomolecule, wherein the biomolecule is an enzyme selected from the group consisting of microperoxidase and myoglobin, and wherein the mesoporous MOF is loaded with the biomolecule in amount of about 1 to 1000 μmol/g.. a mesoporous metal-organic framework having at least one nanoscopic cage, wherein at least one nanoscopic cage includes a biomolecule, wherein the biomolecule is an enzyme selected from the group consisting of microperoxidase and myoglobin, and wherein the mesoporous MOF is loaded with the biomolecule in amount of about 1 to 1000 μmol/g..
A surgical instrument for breaking off an introduction sleeve from a device (5, 5.1) connected to the introduction sleeve, which device serves as a rotation counter-surface, wherein the instrument has an extension with a separator, wherein the separator is designed as a partial circle or an indentation on the periphery of the extension, characterised in that the separator comprises a peg, the separator on one hand forming the peg and on the other hand forming the extension, the peg being able to be introduced into a part of the device (5, 5.1), the peg being arranged eccentrically to the extension.
A video display device, comprising: a display panel arranged to display a video signal; a backlight comprising LEDS as light sources for illuminating the display panel; and a control portion arranged to control the luminance of the light emitted by the backlight, the control portion arranged to divide the backlight into a plurality of areas and to control the light emission of the LEDS for each of the divided areas wherein the control portion is arranged to determine a first luminance values of the LEDS for each of the areas respectively, in accordance with a first feature value of the video signal in a display area corresponding to each of the divided areas, further to determine for each of the areas a second luminance values by multiplying the first luminance values with a certain multiplying factor greater than unity, the certain multiplying factor being selected such that a total drive current value of the LEDS emitting at the second luminance values is not greater than a predetermined allowable current value, further to compare the second luminance value for each of the areas to a predetermined threshold value, and to lower the second luminance value again to provide a third luminance value, for each area where the second luminance value is lower than the threshold value, and to control the light emission of the LEDS for each of the divided areas by using the respective third luminance value in the areas where the second luminance values are lowered or the respective second luminance value in the areas where the second luminance values are not lowered. a display panel arranged to display a video signal; a backlight comprising LEDS as light sources for illuminating the display panel; and a control portion arranged to control the luminance of the light emitted by the backlight, the control portion arranged to divide the backlight into a plurality of areas and to control the light emission of the LEDS for each of the divided areas wherein the control portion is arranged to determine a first luminance values of the LEDS for each of the areas respectively, in accordance with a first feature value of the video signal in a display area corresponding to each of the divided areas, further to determine for each of the areas a second luminance values by multiplying the first luminance values with a certain multiplying factor greater than unity, the certain multiplying factor being selected such that a total drive current value of the LEDS emitting at the second luminance values is not greater than a predetermined allowable current value, further to compare the second luminance value for each of the areas to a predetermined threshold value, and to lower the second luminance value again to provide a third luminance value, for each area where the second luminance value is lower than the threshold value, and to control the light emission of the LEDS for each of the divided areas by using the respective third luminance value in the areas where the second luminance values are lowered or the respective second luminance value in the areas where the second luminance values are not lowered.
Heat transmission device (10, 110, 210) for thermal coupling of a component (28, 128) to be soldered to a heat source and/or a heat sink in a soldering device, in particular in a vacuum soldering device, with a heat source and/or a heat sink and with at least one base plate (12, 112, 212) which is in thermally conductive contact at least with the heat source and/or the heat sink, where the base plate (12, 112, 212) has at least two, in particular several, contact units (14, 114, 214) having a respective contact surface (24, 124), where said contact surfaces (24, 124) are thermally contactable with the component (28, 128), where the contact units (14, 114, 214) are designed such that the relative distances between the contact surfaces (24, 124) and that surface of the base plate (12, 112, 212) facing the component (28, 128) are variable, and where the distance between the base plate (12, 112, 212) and the component (28, 128) is variable, characterized in that the contact units (14, 114, 214) are designed such that the relative distances between the contact surfaces (24, 124) and that surface of the base plate (12, 112, 212) facing the component (28, 128) are variable depending on a change, caused by a change in the distance between the base plate (12, 112, 212) and the component (28, 128), in the contact pressure at which the base plate (12, 112, 212) is pressed against the component (28, 128).
A brake system comprising: a brake caliper supporting a first brake piston and a second brake piston; a motor; and a torque distributing assembly configured to distribute torque from the motor to the first brake piston and/or to the second brake piston; characterized in that the torque distributing assembly comprises a gear set comprising: a plurality of planet gears (110, 112) located between a first sun gear and a second sun gear, wherein both the first sun gear and the second sun gear rotate about an axis that is the same as an axis that one of the first brake piston and the second brake piston move along during a brake apply or a brake release. a brake caliper supporting a first brake piston and a second brake piston; a motor; and a torque distributing assembly configured to distribute torque from the motor to the first brake piston and/or to the second brake piston; characterized in that the torque distributing assembly comprises a gear set comprising: a plurality of planet gears (110, 112) located between a first sun gear and a second sun gear, wherein both the first sun gear and the second sun gear rotate about an axis that is the same as an axis that one of the first brake piston and the second brake piston move along during a brake apply or a brake release.
A ship hull comprising a first part and a second part, characterized in that the first part of the ship hull is a crash box, the first part and the second part being connected to each other by a device comprising: - a first frame integral with the first part of the ship hull, - a second frame integral with the second part of the ship hull, - a tenon integral with the first frame, - a mortise arranged in the second frame and able to receive the tenon as a result of a relative translation of the two frames (2, 4) towards each other in a longitudinal direction of insertion, - a pin which is able to be engaged, into a transverse housing provided in the second frame and opening into said mortise and into a transverse through-hole provided in the tenon, so as to hold the tenon in the mortise. - a first frame integral with the first part of the ship hull, - a second frame integral with the second part of the ship hull, - a tenon integral with the first frame, - a mortise arranged in the second frame and able to receive the tenon as a result of a relative translation of the two frames (2, 4) towards each other in a longitudinal direction of insertion, - a pin which is able to be engaged, into a transverse housing provided in the second frame and opening into said mortise and into a transverse through-hole provided in the tenon, so as to hold the tenon in the mortise.
A method for individualizing a portable data carrier, which is configured as a chip card, in which - an end device in the form of a mobile end device, in particular of a mobile telephone and/or a laptop and/or a tablet, supplies data for configuring and/or updating one or more functions of the portable data carrier; - the end device supplies the data on the basis on an input of a user in a user interface of the end device, wherein the input of the user specifies the data for configuring and/or updating the function or functions of the portable data carrier and/or initiates a downloading of the data from a server for configuring and/or updating the function or functions of the portable data carrier; - the data are transmitted by the end device to the portable data carrier via a communication connection between the end device and the portable data carrier; - a configuring and/or updating of the function or functions of the portable data carrier is effectuated by means of the data transmitted to the portable data carrier, characterized in that the data comprise information items which are displayed on a display of the portable data carrier, wherein the information items comprise textual information items, wherein the textual information items are personal data of a user whom the portable data carrier is associated with. - an end device in the form of a mobile end device, in particular of a mobile telephone and/or a laptop and/or a tablet, supplies data for configuring and/or updating one or more functions of the portable data carrier; - the end device supplies the data on the basis on an input of a user in a user interface of the end device, wherein the input of the user specifies the data for configuring and/or updating the function or functions of the portable data carrier and/or initiates a downloading of the data from a server for configuring and/or updating the function or functions of the portable data carrier; - the data are transmitted by the end device to the portable data carrier via a communication connection between the end device and the portable data carrier; - a configuring and/or updating of the function or functions of the portable data carrier is effectuated by means of the data transmitted to the portable data carrier,
A method for configuring a Message Queue Telemetry Transport, MQTT, client node with a topic prefix, the method being performed by the MQTT client node, the method comprising: sending a request to a dynamic host configuration protocol, DHCP, server for configuration; and receiving a response from the DHCP server, the response comprising configuration data as assigned to the MQTT client node and at least one prefix string defining the topic prefix to be used together with a topic by the MQTT client node when publishing data on said topic. sending a request to a dynamic host configuration protocol, DHCP, server for configuration; and receiving a response from the DHCP server, the response comprising configuration data as assigned to the MQTT client node and at least one prefix string defining the topic prefix to be used together with a topic by the MQTT client node when publishing data on said topic.