mhurhangee/ep-ind-claims huggingface dataset:
A set of joinery fitting elements constituted by a. a warm mounting beam in the form of an elongated cuboid, in the central part of which at least one mounting anchor is permanently connected with it, whereby the ends of the warm mounting beam are constituted by locks, with slits and ridges, whereby the surface of the warm mounting beam is covered with first recesses, b. a ground beam, which is in the form of an elongated cuboid whose top surface is flat or possesses a ridge, whereas in the bottom part of the base there is a stabilising groove, c. an external window sill in the form of a prism whose top surface is inclined in relation to the base at the angle of 5° to 15°, whereby the base is equipped with a row of second recesses that are essentially parallel to each other, and d. an internal window sill in the form of a cuboid, whereby the bottom surface is equipped with a row of third recesses that are essentially parallel to each other, characterised in that the base of the ground beam possesses two side ridges (16, 16'), one on each side of the base, a side surface of the external window sill possesses a hollow in the bottom part, for fitting the joint with the first side ridge of the ground beam, and the side walls (23, 23') of the internal window sill possess chamfered ridges (24, 24'), the ridge of one side wall being for fitting the joint with the second side ridge of the ground beam. a. a warm mounting beam in the form of an elongated cuboid, in the central part of which at least one mounting anchor is permanently connected with it, whereby the ends of the warm mounting beam are constituted by locks, with slits and ridges, whereby the surface of the warm mounting beam is covered with first recesses, b. a ground beam, which is in the form of an elongated cuboid whose top surface is flat or possesses a ridge, whereas in the bottom part of the base there is a stabilising groove, c. an external window sill in the form of a prism whose top surface is inclined in relation to the base at the angle of 5° to 15°, whereby the base is equipped with a row of second recesses that are essentially parallel to each other, and d. an internal window sill in the form of a cuboid, whereby the bottom surface is equipped with a row of third recesses that are essentially parallel to each other,
A method for preparing biodiesel, characterized in that said method comprises steps of: oil and fat, short chain alcohol, water, and liquid lipase are added into a single-stage or multi-stage reactor for conducting a reaction, and the reaction liquid is then separated into a heavy phase and a light phase; the enzyme in the heavy phase is recovered and reused, and the light phase is used for subsequent conversion by immobilized lipase; the light phase obtained in step is flowed into a single-stage or multi-stage reactor containing immobilized lipase, and short chain alcohol is added for conducting a reaction; an online dehydration is carried out during the whole reaction process or part of the reaction process. oil and fat, short chain alcohol, water, and liquid lipase are added into a single-stage or multi-stage reactor for conducting a reaction, and the reaction liquid is then separated into a heavy phase and a light phase; the enzyme in the heavy phase is recovered and reused, and the light phase is used for subsequent conversion by immobilized lipase; the light phase obtained in step is flowed into a single-stage or multi-stage reactor containing immobilized lipase, and short chain alcohol is added for conducting a reaction; an online dehydration is carried out during the whole reaction process or part of the reaction process.
A thermostatic valve for controlling heated fluid, said thermostatic valve comprising: an adjustment cap for adjusting the level of desired comfort, said adjustment cap being externally and internally exposable to ambient air, a sensor body disposed within said adjustment cap, said sensor body movably responsive to sensed ambient air, a push rod positioned adjacent said sensor body and movable in response to the movement of said sensor body, a valve body, said valve body having disposed therein a movable valve member for allowing and for restricting water flow within said valve, said movable valve member being responsive to movement of said push rod, and a heat shield disposed between said valve body and said sensor body, characterised in that said heat shield is provided with a heat reflective material which is exposed to the valve body, said heat shield having a centrally located through hole through which the push rod extends. an adjustment cap for adjusting the level of desired comfort, said adjustment cap being externally and internally exposable to ambient air, a sensor body disposed within said adjustment cap, said sensor body movably responsive to sensed ambient air, a push rod positioned adjacent said sensor body and movable in response to the movement of said sensor body, a valve body, said valve body having disposed therein a movable valve member for allowing and for restricting water flow within said valve, said movable valve member being responsive to movement of said push rod, and a heat shield disposed between said valve body and said sensor body, characterised in that said heat shield is provided with a heat reflective material which is exposed to the valve body, said heat shield having a centrally located through hole through which the push rod extends.
A thermal interface material for forming a layer conformable between a first heat transfer surface and an opposing second heat transfer surface to provide a thermal pathway therebetween, the compound comprising: a matrix material composing 10 wt. % or less of the thermal interface material; and a filler dispersed in the matrix material composing at least 80 wt. % of the thermal interface material, the filler comprising: particles of a first material having a nominal dimension in a range from 1 micron to 100 microns, the first material composing at least 40 wt. % of the thermal interface material; and diamond particles having a nominal dimension of 1,000 nm or less, the diamond particles composing 0.5 wt. % to 5 wt. % of the thermal interface material. a matrix material composing 10 wt. % or less of the thermal interface material; and a filler dispersed in the matrix material composing at least 80 wt. % of the thermal interface material, the filler comprising: particles of a first material having a nominal dimension in a range from 1 micron to 100 microns, the first material composing at least 40 wt. % of the thermal interface material; and diamond particles having a nominal dimension of 1,000 nm or less, the diamond particles composing 0.5 wt. % to 5 wt. % of the thermal interface material. particles of a first material having a nominal dimension in a range from 1 micron to 100 microns, the first material composing at least 40 wt. % of the thermal interface material; and diamond particles having a nominal dimension of 1,000 nm or less, the diamond particles composing 0.5 wt. % to 5 wt. % of the thermal interface material.
A wear member for attachment to excavating equipment comprising a front end defining a narrow front edge for penetrating into the ground, a rear end, a socket defined by top, bottom and side walls that opens in the rear end to receive a nose fixed to the excavating equipment to define an excavating tooth, a through-hole in communication with the socket, a lock received in the through-hole for pivotal movement between a hold position where the lock secures the wear member to the nose and a release position where the wear member can be installed on the nose characterized in that the pivotal axis of the lock extends generally in an axial direction substantially parallel to the longitudinal axis of the wear member.
A computer program product tangibly stored on a computer readable hardware storage device, the computer program product for detecting conditions at a physical premises and controlling one or more systems within the physical premises based on the detected conditions, the computer program product comprising instructions to cause one or more circuits to: - generate a risk profile for the physical premises, the risk profile comprising risk levels assigned to assets in accordance with a set of business rules; - collect sensor information from a plurality of sensor devices deployed at the physical premises, wherein the sensor devices monitor the assets; - receive data feeds relevant to a location of the physical premises; - execute one or more learning models to continually analyze the sensor information and the data feeds to update the risk levels based on the sensor information and the data feeds; - generate an operational decision for one or more of the assets based on updates to the risk levels; - produce system control response messages comprising instructions to control one or more of the systems and optionally action type response messages comprising instructions to personnel associated with the physical premises on how to respond based on the updates to the risk levels; - send the system control response messages to one or more of the systems deployed at the physical premises to control the one or more of the systems at the physical premises based on the system control response messages; and - control the one or more systems at the physical premises based on the system control response messages. - generate a risk profile for the physical premises, the risk profile comprising risk levels assigned to assets in accordance with a set of business rules; - collect sensor information from a plurality of sensor devices deployed at the physical premises, wherein the sensor devices monitor the assets; - receive data feeds relevant to a location of the physical premises; - execute one or more learning models to continually analyze the sensor information and the data feeds to update the risk levels based on the sensor information and the data feeds; - generate an operational decision for one or more of the assets based on updates to the risk levels; - produce system control response messages comprising instructions to control one or more of the systems and optionally action type response messages comprising instructions to personnel associated with the physical premises on how to respond based on the updates to the risk levels; - send the system control response messages to one or more of the systems deployed at the physical premises to control the one or more of the systems at the physical premises based on the system control response messages; and - control the one or more systems at the physical premises based on the system control response messages.
A device configured to accommodate a patient's anatomy during magnetic resonance, MR, imaging, the device comprising: at least one radio frequency, RF, transmit and/or receive coil; and at least one RF sensor (414, 1080), different from the at least one RF transmit and/or receive coil, configured to be capacitively coupled to the patient during MR imaging, wherein the at least one RF sensor comprises four RF dipole antennas coupled to a helmet configured to accommodate a patient's head during MR imaging, wherein: the four dipole antennas are positioned on an inner surface of the helmet and arranged in two sets of two dipole antennas each; the dipole antennas of each set of two dipole antennas are disposed along a respective axis and wherein the axis of the first of the two sets of two dipole antennas is different from the axis of the second of the two sets of two dipole antennas, for detecting motion of the patient in both directions along said respective axes; and the patient's head is located on the respective axis between the dipole antennas of each set of two dipole antennas. at least one radio frequency, RF, transmit and/or receive coil; and at least one RF sensor (414, 1080), different from the at least one RF transmit and/or receive coil, configured to be capacitively coupled to the patient during MR imaging, wherein the at least one RF sensor comprises four RF dipole antennas coupled to a helmet configured to accommodate a patient's head during MR imaging, wherein: the four dipole antennas are positioned on an inner surface of the helmet and arranged in two sets of two dipole antennas each; the dipole antennas of each set of two dipole antennas are disposed along a respective axis and wherein the axis of the first of the two sets of two dipole antennas is different from the axis of the second of the two sets of two dipole antennas, for detecting motion of the patient in both directions along said respective axes; and the patient's head is located on the respective axis between the dipole antennas of each set of two dipole antennas. the four dipole antennas are positioned on an inner surface of the helmet and arranged in two sets of two dipole antennas each; the dipole antennas of each set of two dipole antennas are disposed along a respective axis and wherein the axis of the first of the two sets of two dipole antennas is different from the axis of the second of the two sets of two dipole antennas, for detecting motion of the patient in both directions along said respective axes; and the patient's head is located on the respective axis between the dipole antennas of each set of two dipole antennas.
An apparatus comprising: a monitor module configured to monitor a behavior of a user of the apparatus; means for providing tokens for use in one or more token bids for an application to access a user-output resource of the apparatus wherein a number of tokens provided for token bids for the application is dependent upon at least the monitored behavior of the user; means for receiving a token bid, comprising a number of the provided tokens, for the application to access the user-output resource of the apparatus; and means for controlling access to the user-output resource of the apparatus in dependence upon at least the token bid for the application to access the user-output resource of the apparatus. a monitor module configured to monitor a behavior of a user of the apparatus; means for providing tokens for use in one or more token bids for an application to access a user-output resource of the apparatus wherein a number of tokens provided for token bids for the application is dependent upon at least the monitored behavior of the user; means for receiving a token bid, comprising a number of the provided tokens, for the application to access the user-output resource of the apparatus; and means for controlling access to the user-output resource of the apparatus in dependence upon at least the token bid for the application to access the user-output resource of the apparatus.
Power transmitter for transmitting power inductively to a power receiver via a transmitter coil, the power receiver being connectable to, or part of, a device that is to be charged or provided with power, the power transmitter comprising: - a first unit for receiving first data and second data from the power receiver, said first data indicating a modulation requirement for a frequency shift for frequency modulation of the power signal, said second data indicating an inquiry message; and being characterized by further comprising: - a second unit for transmitting a response message to the power receiver via the transmitter coil, the response message being intended for responding to said inquiry message, said second unit comprising: a modulator for modulating a power signal according to said modulation requirement when transmitting the response message so as to carry the response message; wherein said second data further indicates at least one of the following: - a format of said response message; and - a time requirement for transmitting said response message; and the power transmitter is arranged to transmit said response message according to at least one of the format and the time requirement. - a first unit for receiving first data and second data from the power receiver, said first data indicating a modulation requirement for a frequency shift for frequency modulation of the power signal, said second data indicating an inquiry message; and being characterized by further comprising: - a second unit for transmitting a response message to the power receiver via the transmitter coil, the response message being intended for responding to said inquiry message, said second unit comprising: a modulator for modulating a power signal according to said modulation requirement when transmitting the response message so as to carry the response message; - a format of said response message; and - a time requirement for transmitting said response message;
Household refrigeration appliance, having a thermally insulating internal container, which is embodied to delimit a storage compartment for refrigerated goods, at least one shelf mounted in the internal container, a door leaf embodied for opening and closing the storage compartment, which has an inner side facing towards the storage compartment, on which at least one door stop is mounted, and a transport securing element which is embodied from a flat curve by folding and has cutouts, characterised in that the transport securing element is reshaped by means of a single fold to form a bar with a V-shaped cross-section with two legs (9a, 9b) and that the cutouts are embodied to secure the at least one shelf and the at least one door stop in the storage compartment in a transport securing position of the transport securing element.
A process cartridge, configured to be detachably installed onto a main body of an imaging device, comprising: a housing; and a photosensitive drum arranged in the housing, wherein a drive coupler configured to receive a driving force from a drive head of the main body of the imaging device is provided at one end of the photosensitive drum, and wherein the housing comprises a first end plate and a second end plate respectively located at opposite ends of the housing; the first end plate and/or the second end plate is provided with an installation guiding part (2013, 2014) protruding from the respective end plate (2011, 2012); wherein the installation guiding part (2013, 2014) is extendable and retractable and the installation guiding part (2013, 2014) is provided with a guiding slope (s1, s2), whereby the installation guiding part (2013, 2014) is configured to allow a photosensitive drum rotation axis to form an included angle with respect to a drive head rotation axis in installing or detaching the process cartridge, or, configured to allow the photosensitive drum rotation axis to be not perpendicular to a preset installation direction of the process cartridge in installing or detaching the process cartridge. a housing; and a photosensitive drum arranged in the housing, wherein a drive coupler configured to receive a driving force from a drive head of the main body of the imaging device is provided at one end of the photosensitive drum, and wherein the housing comprises a first end plate and a second end plate respectively located at opposite ends of the housing; the first end plate and/or the second end plate is provided with an installation guiding part (2013, 2014) protruding from the respective end plate (2011, 2012); wherein the installation guiding part (2013, 2014) is extendable and retractable and the installation guiding part (2013, 2014) is provided with a guiding slope (s1, s2), whereby the installation guiding part (2013, 2014) is configured to allow a photosensitive drum rotation axis to form an included angle with respect to a drive head rotation axis in installing or detaching the process cartridge, or, configured to allow the photosensitive drum rotation axis to be not perpendicular to a preset installation direction of the process cartridge in installing or detaching the process cartridge.
A guard module for monitoring operability of an input module and an output module of a control device having a modular structure, the guard module comprising: a bus module part configured to receive state information from the input module and the output module; a logic module part configured to evaluate the state information from the input module and the output module; an output module part (20; 42) configured to confirm an output signal of the output module based on the evaluation, wherein the input module and the output module form a first potential group within the modular structure, and wherein at least the logic module part of the guard module forms a second potential group independent of the first potential group within the modular structure. a bus module part configured to receive state information from the input module and the output module; a logic module part configured to evaluate the state information from the input module and the output module; an output module part (20; 42) configured to confirm an output signal of the output module based on the evaluation, wherein the input module and the output module form a first potential group within the modular structure, and wherein at least the logic module part of the guard module forms a second potential group independent of the first potential group within the modular structure.
Method for displaying the properties of a source code element of a computer program being edited, wherein said program is written in an object type, a source code element taking the form of an object, method implemented in a software development application, characterised in that it comprises: - A step for creating a syntax hierarchisation tree of said source code, comprising, for each element of said source code, at least one parent element; - a step for memorizing said syntax tree; - A step for selecting, within said source code, said source code element; - A step for searching, within said source code, a set of related code elements of said selected source code element, said elements of said set comprising named properties, said step for searching comprising a step for identifying, within said memorized syntax tree of said at least one parent element of said selected element; - A step for creating a data structure comprising said properties of said code elements of said set of code elements; - A step for grouping, within said data structure, said properties in function of their name; - A step for displaying said properties grouped within a portion of a means of displaying said source code. - A step for creating a syntax hierarchisation tree of said source code, comprising, for each element of said source code, at least one parent element; - a step for memorizing said syntax tree; - A step for selecting, within said source code, said source code element; - A step for searching, within said source code, a set of related code elements of said selected source code element, said elements of said set comprising named properties, said step for searching comprising a step for identifying, within said memorized syntax tree of said at least one parent element of said selected element; - A step for creating a data structure comprising said properties of said code elements of said set of code elements; - A step for grouping, within said data structure, said properties in function of their name; - A step for displaying said properties grouped within a portion of a means of displaying said source code.