mhurhangee/patent-ind-claim-en huggingface dataset:
Portable multifunctional climatic chamber for thermic treatment of food, comprising a vertically extending frame formed by a base element , a top element and a pair of lateral shoulders which connect said base and top elements to define an operative space which is provided with means for positioning food-bearing planes and is coverable with a thermic cover , wherein said base element comprises a heating unit , said top element comprises a ventilation unit which is controllable to intake ascending air from said operative space and said lateral shoulders are provided with channelized vertical plates run along by vertical channels which communicate at the bottom with said heating unit and further communicate at the top with said ventilation unit so as to be run along by descending air flows when said ventilation unit intakes ascending air from said operative space , said vertical channels being further in communication with said operative space through transversal slits formed at different heights in said channelized plates and there being provided inside said channelized plates oblique deflectors alternated with said slits to deviate partially into said operative space the descending air flows which run along said channels when said ventilation unit intakes air from said operative space .
Method for analysing and/or evaluating at least one event (E) of a technical installation from a plurality of generated log files (P1 to Pn) of an automation system of the technical installation, comprising the following steps: - determining a number of relevant log files (PR1 to PRx) from the plurality of generated log files (P1 to Pn) based on at least one log parameter, - encoding the relevant log files (PR1 to PRx) by means of at least one associated log code (C), - predetermining at least one key parameter (S) for the analysis and/or evaluation of the event (E), - identifying multiple relevant log files (PR1 to PRx) based on the at least one key parameter (S) from the relevant log files (PR1 to PRx), and - grouping the relevant log files (PR1 to PRx) into a number of sequences (SQ) of relevant log files (PR1 to PRx) based on the repetition rate of the key parameter (S) in a time window to be analysed, - dividing at least one sequence (SQ) of the number of sequences into a first group (G1) of relevant log files (PR1 to PR7) before the occurrence of a key parameter (S) and a second group (G2) of relevant log files (PR8 to PR12) after the occurrence of the key parameter (S) and evaluating the log files (PR1 to PR7, PR8 to PR12) of the two groups (G1, G2) separately from one another, wherein a target event (ZE) and a start event (AE) for at least one sequence (SQ) of relevant log files (PR1 to PRx) are predetermined as key parameters (S), or wherein a minimum sequence length for a sequence (SQ) of relevant log files (PR1 to PRx) is predetermined as a key parameter (S), or wherein a key result (SE) and/or a key time point/period is determined or predetermined as key parameter(s). - determining a number of relevant log files (PR1 to PRx) from the plurality of generated log files (P1 to Pn) based on at least one log parameter, - encoding the relevant log files (PR1 to PRx) by means of at least one associated log code (C), - predetermining at least one key parameter (S) for the analysis and/or evaluation of the event (E), - identifying multiple relevant log files (PR1 to PRx) based on the at least one key parameter (S) from the relevant log files (PR1 to PRx), and - grouping the relevant log files (PR1 to PRx) into a number of sequences (SQ) of relevant log files (PR1 to PRx) based on the repetition rate of the key parameter (S) in a time window to be analysed, - dividing at least one sequence (SQ) of the number of sequences into a first group (G1) of relevant log files (PR1 to PR7) before the occurrence of a key parameter (S) and a second group (G2) of relevant log files (PR8 to PR12) after the occurrence of the key parameter (S) and evaluating the log files (PR1 to PR7, PR8 to PR12) of the two groups (G1, G2) separately from one another,
Container , in particular a case, for storing and transporting at least one power tool, - containing a shell structure having a first shell element and a second shell element for forming a cavity for accommodating the at least one power tool, wherein the first shell element contains a first side surface and the second shell element contains a second side surface ; and - containing a first handle , which can be moved in a reversible manner about an axis of rotation (R) between a first position, allowing the container to be carried, and a second position, wherein, in the first position, the first handle extends in a first plane (F) and, in the second position, the first handle extends in a second plane (G), and wherein the first and second planes (F), (G) are arranged orthogonally in relation to one another, characterized in that a second handle is provided in the region of the first side surface and extends essentially in a third plane (H) and also in the second plane (G), wherein the third plane (H) runs essentially parallel to the first plane (F) and the first side surface , wherein the second handle , on a contact surface , contains a connecting device for re-releasable connection of the contact surface of the second handle of a first container to a contact surface of the second handle of a second container . - containing a shell structure having a first shell element and a second shell element for forming a cavity for accommodating the at least one power tool, wherein the first shell element contains a first side surface and the second shell element contains a second side surface ; and - containing a first handle , which can be moved in a reversible manner about an axis of rotation (R) between a first position, allowing the container to be carried, and a second position, wherein, in the first position, the first handle extends in a first plane (F) and, in the second position, the first handle extends in a second plane (G), and wherein the first and second planes (F), (G) are arranged orthogonally in relation to one another,
A junction field effect transistor (JFET) comprising: a first doped region acting as a source region; a second doped region acting as a drain region; a bottom gate ; a top gate ; and a channel extending between the first and second doped regions along a horizontal direction; wherein the top gate is lightly doped and the first and second doped regions are formed such that they touch the top gate or are spaced apart from the top gate by less than twice the depth of the top gate, and wherein the first and second doped regions extend into the channel beyond the depth of the top gate, and at least a third doped region is formed opposite the second doped region but is separated from the second doped region by the channel along a vertical direction and is doped with the same type of dopant as the second doped region, and wherein the third region has a doping concentration higher than that of the channel region. a first doped region acting as a source region; a second doped region acting as a drain region; a bottom gate ; a top gate ; and a channel extending between the first and second doped regions along a horizontal direction; wherein the top gate is lightly doped and the first and second doped regions are formed such that they touch the top gate or are spaced apart from the top gate by less than twice the depth of the top gate, and wherein the first and second doped regions extend into the channel beyond the depth of the top gate, and at least a third doped region is formed opposite the second doped region but is separated from the second doped region by the channel along a vertical direction and is doped with the same type of dopant as the second doped region, and wherein the third region has a doping concentration higher than that of the channel region.
A method of making a dental appliance, the method comprising: providing a first digital surface representation of a desired outer shape of a dental appliance; forming a first article of a first material having the desired outer shape based on the first digital surface representation; removing an inner portion of the first article to form an outer layer of the dental appliance comprising a cavity dimensioned to accommodate an inner layer; and forming a second article by filling the cavity of the first article with a second material adapted to form the inner layer, wherein the second material has at least one optical property that is different from the first material. providing a first digital surface representation of a desired outer shape of a dental appliance; forming a first article of a first material having the desired outer shape based on the first digital surface representation; removing an inner portion of the first article to form an outer layer of the dental appliance comprising a cavity dimensioned to accommodate an inner layer; and forming a second article by filling the cavity of the first article with a second material adapted to form the inner layer, wherein the second material has at least one optical property that is different from the first material.
A lens moving apparatus comprising: a housing ; a bobbin disposed in the housing; a first coil disposed on the bobbin; a magnet disposed on the housing; an elastic member coupled both to the bobbin and to the housing; a circuit board disposed under the housing; a base disposed under the circuit board; a terminal (81a - 81d) disposed on the base; and a support , which is coupled at one end thereof to the elastic member and at a remaining end thereof to the terminal (81a - 81d) , characterized in that the terminal (81a - 81d) comprises: a first coupler comprising a first hole coupled to the remaining end of the support by a first solder ; a second coupler coupled to the circuit board by a second solder ; and a connector connecting a portion of one side surface of the first coupler to a portion of one side surface of the second coupler , a length (M4) of the first coupler in a first direction is greater than a length (M2) of the second coupler in the first direction, and the first direction is a horizontal direction parallel to the one side surface of the second coupler . a housing ; a bobbin disposed in the housing; a first coil disposed on the bobbin; a magnet disposed on the housing; an elastic member coupled both to the bobbin and to the housing; a circuit board disposed under the housing; a base disposed under the circuit board; a terminal (81a - 81d) disposed on the base; and a support , which is coupled at one end thereof to the elastic member and at a remaining end thereof to the terminal (81a - 81d) , characterized in that the terminal (81a - 81d) comprises: a first coupler comprising a first hole coupled to the remaining end of the support by a first solder ; a second coupler coupled to the circuit board by a second solder ; and a connector connecting a portion of one side surface of the first coupler to a portion of one side surface of the second coupler , a length (M4) of the first coupler in a first direction is greater than a length (M2) of the second coupler in the first direction, and the first direction is a horizontal direction parallel to the one side surface of the second coupler . a first coupler comprising a first hole coupled to the remaining end of the support by a first solder ; a second coupler coupled to the circuit board by a second solder ; and a connector connecting a portion of one side surface of the first coupler to a portion of one side surface of the second coupler , a length (M4) of the first coupler in a first direction is greater than a length (M2) of the second coupler in the first direction, and the first direction is a horizontal direction parallel to the one side surface of the second coupler .
An apparatus for forming three-dimensional objects by photo-curing a photo-curing liquid polymer by exposure to a radiation, comprising a tank for containing the liquid polymer , said tank including a base having a window that is transparent to frequencies of electromagnetic radiation at which curing of the photocuring liquid polymer takes place therein, and a collimated light source to emit said radiation through said window in said base, by which radiation said photocuring liquid polymer undergoes curing, said collimated light source comprising an array of light emitting diode or LED sources configured to emit radiation at a wavelength between 400 - 700 nm and organized as a plurality of LED groups, and, corresponding to each of the LED groups is: (i) a baffle configured to constrain and direct a first beam of electromagnetic radiation propagating from the LED group; and (ii) a lens arrangement configured to receive the first beam of electromagnetic radiation, and project a second beam of electromagnetic radiation , said second beam of electromagnetic radiation being characterized by substantially collimated light rays, wherein the lens arrangement includes a first square-shaped lens configured to receive the first beam of electromagnetic radiation and project an intermediate beam of electromagnetic radiation, and a second square-shaped lens configured to receive the intermediate beam from the first square-shaped lens and project the second beam of electromagnetic radiation towards the photocuring liquid polymer . (i) a baffle configured to constrain and direct a first beam of electromagnetic radiation propagating from the LED group; and (ii) a lens arrangement configured to receive the first beam of electromagnetic radiation, and project a second beam of electromagnetic radiation , said second beam of electromagnetic radiation being characterized by substantially collimated light rays, wherein the lens arrangement includes a first square-shaped lens configured to receive the first beam of electromagnetic radiation and project an intermediate beam of electromagnetic radiation, and a second square-shaped lens configured to receive the intermediate beam from the first square-shaped lens and project the second beam of electromagnetic radiation towards the photocuring liquid polymer .
A jig saw comprising a contact surface which is configured for placing the jig saw at a workpiece surface; and a saw blade , wherein the jig saw can be brought into a circular cut configuration in which a compass element spaced apart from the saw blade projects from the contact surface for an engagement with the workpiece surface, characterized in that the contact surface is formed at a base plate of the jig saw, with the base plate having at least one recess with which the compass element can be brought into engagement, with, at both sides of the saw blade , reception bores being provided as recesses at the base plate which are in each case at the same level as the saw blade , but are laterally spaced apart therefrom by a uniform predefined amount, with a compass element being able to be plugged into each of the reception bores .
An apparatus comprising: a transmitter comprising a pulsed Radio Frequency (RF) source coupled to an antenna , the transmitter being configured to transmit a Radio Frequency (RF) pulse during each of a gated mode and a non-gated mode; a receiver comprising an amplifier coupled to the antenna, the receiver being configured to receive a returned transmission from at least one target ; and a controller configured to adjust one or more durations of a ranging cycle of the apparatus, wherein the ranging cycle comprises a first duration of the gated mode and a second duration of the non-gated mode, the gated mode blinding the amplifier during a transmission of the pulse by the transmitter, and the non-gated mode reducing a gain of the amplifier during the transmission of the pulse ; wherein the controller is configured to adjust at least one of the first duration and the second duration in response to a maximum duty-cycle operation and based on at least one of a required first Signal to Noise Ratio (SNR) margin of the at least one target being a short-range target and a required second SNR margin of the at least one target being a long-range target. a transmitter comprising a pulsed Radio Frequency (RF) source coupled to an antenna , the transmitter being configured to transmit a Radio Frequency (RF) pulse during each of a gated mode and a non-gated mode; a receiver comprising an amplifier coupled to the antenna, the receiver being configured to receive a returned transmission from at least one target ; and a controller configured to adjust one or more durations of a ranging cycle of the apparatus, wherein the ranging cycle comprises a first duration of the gated mode and a second duration of the non-gated mode, the gated mode blinding the amplifier during a transmission of the pulse by the transmitter, and the non-gated mode reducing a gain of the amplifier during the transmission of the pulse ; wherein the controller is configured to adjust at least one of the first duration and the second duration in response to a maximum duty-cycle operation and based on at least one of a required first Signal to Noise Ratio (SNR) margin of the at least one target being a short-range target and a required second SNR margin of the at least one target being a long-range target.
A small cell signal source for use in a cellular communication system the small cell signal source comprising: an upper small cell unit comprising a plurality of upper protocol processors configured to process an upper first part of a protocol stack of a small cell, a lower small cell unit comprising a plurality of lower protocol processors configured to process a remaining second part of the protocol stack of the small cell, a first matching switch configured to switch on or off an output path of each of the lower protocol processors , a common controller configured to control activation of the plurality of upper protocol processors of the upper small cell unit and the plurality of lower protocol processors of the lower small cell unit according to a required service capacity and configured to control an operation of the first matching switch and the second matching switch , characterized by a second matching switch configured to switch on or off connections between each lower protocol processor of the lower small cell unit and each upper protocol processor of the upper small cell unit and wherein the common controller is configured to control operation of the second matching switch. an upper small cell unit comprising a plurality of upper protocol processors configured to process an upper first part of a protocol stack of a small cell, a lower small cell unit comprising a plurality of lower protocol processors configured to process a remaining second part of the protocol stack of the small cell, a first matching switch configured to switch on or off an output path of each of the lower protocol processors , a common controller configured to control activation of the plurality of upper protocol processors of the upper small cell unit and the plurality of lower protocol processors of the lower small cell unit according to a required service capacity and configured to control an operation of the first matching switch and the second matching switch , characterized by a second matching switch configured to switch on or off connections between each lower protocol processor of the lower small cell unit and each upper protocol processor of the upper small cell unit and wherein the common controller is configured to control operation of the second matching switch.
A premixture for producing an absorbent for removing acid gases from a fluid stream comprising a) at least a tertiary amine and/or a sterically hindered secondary amine; b) a dicarboxylic acid in an amount, calculated as neutralization equivalent based on the protonatable nitrogen atoms in a), of at least 30%, wherein the dicarboxylic acid has a solubility in water at a temperature of 20°C of not more than 15 g of dicarboxylic acid per 100 g of water; and c) 20 to 80 wt% of water. a) at least a tertiary amine and/or a sterically hindered secondary amine; b) a dicarboxylic acid in an amount, calculated as neutralization equivalent based on the protonatable nitrogen atoms in a), of at least 30%, wherein the dicarboxylic acid has a solubility in water at a temperature of 20°C of not more than 15 g of dicarboxylic acid per 100 g of water; and c) 20 to 80 wt% of water.
A method of controlling an applicator apparatus including an applicator pad for applying a label to an item, an actuator for positioning the applicator pad in a desired position relative to an item, and a control system for controlling movement of the actuator , the control system including at least one motor , the method including determining a desired position of the applicator pad , determining a required speed of the actuator to achieve the desired position of the applicator pad , taking into account at least one physical parameter of the actuator and/or the applicator pad , and calculating a motor torque required to achieve the desired position of the applicator pad , taking into account a current position of the applicator pad .
A method for monitoring a room system , in particular a clean room, the room system comprising a working room , a ventilation and air-conditioning plant and a control device , the ventilation and air-conditioning plant being controlled and/or regulated by means of the control device, an air change rate in the working room and a pressure difference between the working room and an environment being established by means of the ventilation and air-conditioning plant, measured values of a particle concentration in the working room or in an exhaust air of the ventilation and air-conditioning plant being determined in a monitoring period by means of a particle sensor of a sensor means of the control device, wherein image data sets of the working room are recorded by means of a camera of the sensor means in the monitoring period, image data sets being correlated with time values of the monitoring period and measured values of a particle concentration by means of an evaluation device , the image data sets being retrievably stored in a storage means .
An aqueous chromium-free coating composition comprising (A) at least one binder comprising (A1) at least one synthetic resin and (A2) at least one crosslinker, characterized in that it also comprises (B) at least one iron(III)-tris( N , N -dithiocarbamate) complex of the general formula (I) [R 1 -N(-R 2 )-C(=S)-S] 3 Fe +III (I) wherein (i) R 1 and R 2 , independently = a univalent linear, branched or cyclic aliphatic hydrocarbon radical with 1 to 10 carbon atoms, or (ii) R 1 = a divalent linear or branched aliphatic hydrocarbon radical with 1 to 10 carbon atoms, R 2 represents a covalent bond and R 1 is linked by means of this covalent bond with the nitrogen atom of formula (I), wherein the water content in the coating composition is at least 50.0 wt.% based on the total content of liquid diluents present in the coating composition. (A) at least one binder comprising (A1) at least one synthetic resin and (A2) at least one crosslinker, characterized in that it also comprises (A1) at least one synthetic resin and (A2) at least one crosslinker, characterized in that it also comprises (B) at least one iron(III)-tris( N , N -dithiocarbamate) complex of the general formula (I) [R 1 -N(-R 2 )-C(=S)-S] 3 Fe +III (I) wherein (i) R 1 and R 2 , independently = a univalent linear, branched or cyclic aliphatic hydrocarbon radical with 1 to 10 carbon atoms, or (ii) R 1 = a divalent linear or branched aliphatic hydrocarbon radical with 1 to 10 carbon atoms, R 2 represents a covalent bond and R 1 is linked by means of this covalent bond with the nitrogen atom of formula (I), (i) R 1 and R 2 , independently = a univalent linear, branched or cyclic aliphatic hydrocarbon radical with 1 to 10 carbon atoms, or (ii) R 1 = a divalent linear or branched aliphatic hydrocarbon radical with 1 to 10 carbon atoms, R 2 represents a covalent bond and R 1 is linked by means of this covalent bond with the nitrogen atom of formula (I),