mhurhangee/patent-ind-claim-en huggingface dataset:
A cooling circuit for an integrated motor compressor , the cooling circuit comprising: a balancing and sealing piston system comprising : - a balancing piston designed to be mounted on a shaft of the motor compressor to compensate for the differential pressure being applied to the wheels of a compression section of the motor compressor between the suction pressure and the discharge pressure; and - a sealing device surrounding the balancing piston and designed to be mounted on the case of the motor compressor to render the compression section tight, being characterised in that the balancing and sealing piston system furthermore comprises a gas extraction port , the axial position of the extraction port being determined such that the pressure value of the extracted gas is equal to a predetermined value (Pext) less than the value of the discharge pressure; - a gas cooler comprising an inlet connected to the gas extraction port and an outlet; and - cooling means for bearings and for an electric motor connected to the outlet of the gas cooler; the pressure value of the extracted gas (Pext) at the gas extraction port being at least equal to the value of the pressure losses generated by the gas cooler and the cooling means . - a balancing piston designed to be mounted on a shaft of the motor compressor to compensate for the differential pressure being applied to the wheels of a compression section of the motor compressor between the suction pressure and the discharge pressure; and - a sealing device surrounding the balancing piston and designed to be mounted on the case of the motor compressor to render the compression section tight, - a gas cooler comprising an inlet connected to the gas extraction port and an outlet; and - cooling means for bearings and for an electric motor connected to the outlet of the gas cooler;
An agricultural tool comprising an elongated frame , ground engaging wheels for supporting the frame on the ground and at least two rotors (20L,20R; 8,9) carried by a respective arm , each respective arm moveable into a working position in which the rotors (20L,20R; 8,9) are carried on opposing sides of the frame at a distance away from the frame , each of said rotors (20L,20R; 8,9) comprising a hub provided with tines and each of said hubs supported above the ground by at least one support wheel , characterised in that the tool further comprises a control system which detects when the tool is moving around a bend and identifies which of the rotors (20L,20R; 8,9) is an inner rotor moving on the inside of the bend and raises the inner rotor to compensate for the downwards force exerted on the inner rotor during the turn.
A communication system comprising: a transmission apparatus that transmits a signal obtained by hierarchically modulating a plurality of signal sequences on the basis of hierarchization parameters; a reception apparatus that receives the hierarchically modulated signal, hierarchically demodulates the received signal on the basis of the hierarchization parameters, and detects the signal sequences; and a hierarchization-parameter setting unit that sets, as the hierarchization parameters of the transmission apparatus and the reception apparatus , a hierarchization ratio which is a signal power ratio for superimposing a first layer and a second layer, a mapping pattern indicating two patterns selected from pattern candidates for bit mapping, and a mapping pattern mixing ratio indicating a ratio for mixing the two patterns. a transmission apparatus that transmits a signal obtained by hierarchically modulating a plurality of signal sequences on the basis of hierarchization parameters; a reception apparatus that receives the hierarchically modulated signal, hierarchically demodulates the received signal on the basis of the hierarchization parameters, and detects the signal sequences; and a hierarchization-parameter setting unit that sets, as the hierarchization parameters of the transmission apparatus and the reception apparatus , a hierarchization ratio which is a signal power ratio for superimposing a first layer and a second layer, a mapping pattern indicating two patterns selected from pattern candidates for bit mapping, and a mapping pattern mixing ratio indicating a ratio for mixing the two patterns.
Pharmaceutical composition for use in the treatment of a dermal wound in a subject in need of such a treatment, wherein the pharmaceutical composition comprises dantrolene or a pharmaceutically acceptable salt thereof and a pharmaceutically acceptable vehicle, carrier and/or excipient, wherein the dermal wound is not a wound caused by burns and the dermal wound extends into a layer under the epidermis and wherein the pharmaceutical composition is formulated for topical use.
Method for production which prevents water from running behind of wall surfaces which are sealed against water and are made of materials based on cement, in particular of walls, of building constructions made of reinforced concrete, comprising: - preferably full-area application of a sealing material to the inside of lost shuttering , in particular shoring, e.g. bored pile wall, or to the wall of an excavation pit, - arrangement of a reinforcement in front of the inside or wall provided with the sealing material , characterized by the - application of a bonding agent to the sealing material before the erection of the reinforcement or through the reinforcement by the - erection of interior shuttering , by the - introduction of a material based on cement into the shuttering hollow space formed by the inside or wall and the interior shuttering , and by - allowing curing of the material to form a strong bond between the bonding agent present on the sealing material and the material based on cement. - preferably full-area application of a sealing material to the inside of lost shuttering , in particular shoring, e.g. bored pile wall, or to the wall of an excavation pit, - arrangement of a reinforcement in front of the inside or wall provided with the sealing material , characterized by the - application of a bonding agent to the sealing material before the erection of the reinforcement or through the reinforcement by the - erection of interior shuttering , by the - introduction of a material based on cement into the shuttering hollow space formed by the inside or wall and the interior shuttering , and by - allowing curing of the material to form a strong bond between the bonding agent present on the sealing material and the material based on cement.
A process for the conversion of a feed comprising a mixture of hydrogen and carbon monoxide to hydrocarbons, the hydrogen and carbon monoxide in the feed being present in a ratio of from 1:9 to 9:1 by volume, the process comprising the steps of : a. pre-treating a catalyst composition comprising: i. titanium dioxide support, and ii. oxidic cobalt or a cobalt compound decomposable thereto, with a hydrogen gas-containing stream comprising less than 10% carbon monoxide gas by volume of carbon monoxide gas and hydrogen gas, to form a reductively-activated catalyst; and b. contacting the feed at elevated temperature and atmospheric or elevated pressure with the reductively-activated catalyst; wherein the step of pre-treating the catalyst composition is conducted within a temperature range of from 220°C to 250°C for a period of from 7 to 20 hours, preferably from 10 to 15 hours, and wherein the catalyst composition and/or the reductively-activated catalyst comprises from 5% to 30% cobalt and from 0.5% to 2.5% of a manganese promoter by weight of the catalyst. a. pre-treating a catalyst composition comprising: i. titanium dioxide support, and ii. oxidic cobalt or a cobalt compound decomposable thereto, with a hydrogen gas-containing stream comprising less than 10% carbon monoxide gas by volume of carbon monoxide gas and hydrogen gas, to form a reductively-activated catalyst; and i. titanium dioxide support, and ii. oxidic cobalt or a cobalt compound decomposable thereto, with a hydrogen gas-containing stream comprising less than 10% carbon monoxide gas by volume of carbon monoxide gas and hydrogen gas, to form a reductively-activated catalyst; and b. contacting the feed at elevated temperature and atmospheric or elevated pressure with the reductively-activated catalyst;
A pressurized gas container comprising: a container body , defining a pressurized gas enclosure and a neck integral therewith having an end portion that is configured for coupling with a coupling element and is fitted with a plug ; the plug being formed with a bore that is fitted with a barrier element that forms a gas impermeable barrier that seals said enclosure; said barrier element being a rupturable or pierceable metal sheet configured for non-reversible rupturing or piercing by a shaft of a gas-channeling member of said coupling element; and having one or more sealing elements , distinct from said barrier element , being accommodated within a circumferential groove formed within internal walls of the bore , the one or more sealing elements being configured for forming a gas-tight association with said shaft, when coupled. a container body , defining a pressurized gas enclosure and a neck integral therewith having an end portion that is configured for coupling with a coupling element and is fitted with a plug ; the plug being formed with a bore that is fitted with a barrier element that forms a gas impermeable barrier that seals said enclosure; said barrier element being a rupturable or pierceable metal sheet configured for non-reversible rupturing or piercing by a shaft of a gas-channeling member of said coupling element; and having one or more sealing elements , distinct from said barrier element , being accommodated within a circumferential groove formed within internal walls of the bore , said barrier element being a rupturable or pierceable metal sheet configured for non-reversible rupturing or piercing by a shaft of a gas-channeling member of said coupling element; and having one or more sealing elements , distinct from said barrier element , being accommodated within a circumferential groove formed within internal walls of the bore , the one or more sealing elements being configured for forming a gas-tight association with said shaft, when coupled.
A wind turbine tower comprising: a plurality of tower sections (12a - 12e) axially aligned and connected together; each tower section (12a - 12e) including an inner wall concentrically positioned within an outer wall and defining an annular space between the inner wall and the outer wall , and a layer of concrete within the annular space ; and a plurality of post-tensioning cables , the post-tensioning cables extending longitudinally one of within the annular space and outside the outer wall , such that a first one of the tower sections (12a - 12e) is connected to a second one of the tower sections (12a - 12e) by a plurality of the post-tensioning cables ; characterized in that : shear transfer members are formed within the annular space on one of a longitudinally extending inside surface of the outer wall and a longitudinally extending outside surface of the inner wall . a plurality of tower sections (12a - 12e) axially aligned and connected together; each tower section (12a - 12e) including an inner wall concentrically positioned within an outer wall and defining an annular space between the inner wall and the outer wall , and a layer of concrete within the annular space ; and a plurality of post-tensioning cables , the post-tensioning cables extending longitudinally one of within the annular space and outside the outer wall , such that a first one of the tower sections (12a - 12e) is connected to a second one of the tower sections (12a - 12e) by a plurality of the post-tensioning cables ; characterized in that : shear transfer members are formed within the annular space on one of a longitudinally extending inside surface of the outer wall and a longitudinally extending outside surface of the inner wall .
A pedal unit for fastening in a motor vehicle, having - a main body and an actuating element mounted pivotably thereon, wherein the main body comprises at least one latching element for detachable mounting on a fastening, - wherein the latching element comprises a round pot having a pot wall, characterized in that - at least one latch bolt element protrudes resiliently outwardly from the pot wall. - a main body and an actuating element mounted pivotably thereon, wherein the main body comprises at least one latching element for detachable mounting on a fastening, - wherein the latching element comprises a round pot having a pot wall, - at least one latch bolt element protrudes resiliently outwardly from the pot wall.
A user equipment paging method, comprising: determining (S601), by a mobility management entity, before paging user equipment in an idle state, a tracking area last accessed by the user equipment; determining (S602), by the mobility management entity, that a type of the tracking area last accessed by the user equipment is a preset area type, wherein the preset area type is an area type of a tracking area with a largest coverage area in a tracking area list of the user equipment and wherein the area type depends on the base station type of the base stations corresponding to the tracking area; and sending (S603), by the mobility management entity, a paging message comprising an identifier of the user equipment to all base stations corresponding to the tracking area last accessed by the user equipment. determining (S601), by a mobility management entity, before paging user equipment in an idle state, a tracking area last accessed by the user equipment; determining (S602), by the mobility management entity, that a type of the tracking area last accessed by the user equipment is a preset area type, wherein the preset area type is an area type of a tracking area with a largest coverage area in a tracking area list of the user equipment and wherein the area type depends on the base station type of the base stations corresponding to the tracking area; and sending (S603), by the mobility management entity, a paging message comprising an identifier of the user equipment to all base stations corresponding to the tracking area last accessed by the user equipment.
A method for preparing a medical material for replacing a hard tissue defect in a living body, comprising: a first step of preparing a molded product by press-molding powders of bioactive glass; a second step of subjecting the molded product to a first heat treatment at 650°C to 745°C; a third step of processing the heat-treated molded product to form a shape of a hard tissue defect, said shape being adapted according to a predetermined contraction rate during a second heat treatment; and a fourth step of subjecting the processed product to the second heat treatment at 850°C to 1,200°C; a fifth step of performing a slow cooling of the processed product subjected to the second heat treatment after the fourth step, wherein the slow cooling in the fifth step is performed at a rate of less than 5°C/min; wherein the bioactive glass possesses a glass transition temperature higher than the first heat treatment temperature and lower than the second heat treatment temperature. a first step of preparing a molded product by press-molding powders of bioactive glass; a second step of subjecting the molded product to a first heat treatment at 650°C to 745°C; a third step of processing the heat-treated molded product to form a shape of a hard tissue defect, said shape being adapted according to a predetermined contraction rate during a second heat treatment; and a fourth step of subjecting the processed product to the second heat treatment at 850°C to 1,200°C; a fifth step of performing a slow cooling of the processed product subjected to the second heat treatment after the fourth step, wherein the slow cooling in the fifth step is performed at a rate of less than 5°C/min; wherein the bioactive glass possesses a glass transition temperature higher than the first heat treatment temperature and lower than the second heat treatment temperature.
Electronic structure comprising a plurality of electronic devices arranged in the form of a matrix array comprising a first number (N1) of rows (L j ), the electronic devices of each row being connected in series, the matrix array further comprising a plurality of switches and the rows of the matrix array being distributed in a second number (N2) of groups (G k ) being connected in series by means of the switches , the groups (G k ) connected in series being supplied with an electrical supply current, at least one of the groups comprising at least two rows connected in parallel so as to distribute the supply current between said at least two rows.
A method for controlling security apparatus session sharing between an electronic device , and a security apparatus physically coupled to the electronic device, the electronic device comprising a security service , the method comprising: establishing , by a first application executing on the electronic device, a session, via the security service , with the security apparatus upon receiving a valid security string to unlock the security apparatus; receiving , by the first application, a token in response to unlocking the security apparatus, the token enabling the first application to utilize the security apparatus; in response to identifying a second application on a white list, by the first application, as to whether the token can be shared with the second application and the white list specifying that the first application is allowed to share the token with the second application: providing , by the first application, the token to the second application executing on the electronic device using a file system on the electronic device, wherein the token authorizes the second application to utilize the security apparatus; and invalidating the token in response to locking the security apparatus, wherein the security apparatus is locked at least upon a power reset of the electronic device. establishing , by a first application executing on the electronic device, a session, via the security service , with the security apparatus upon receiving a valid security string to unlock the security apparatus; receiving , by the first application, a token in response to unlocking the security apparatus, the token enabling the first application to utilize the security apparatus; in response to identifying a second application on a white list, by the first application, as to whether the token can be shared with the second application and the white list specifying that the first application is allowed to share the token with the second application: providing , by the first application, the token to the second application executing on the electronic device using a file system on the electronic device, wherein the token authorizes the second application to utilize the security apparatus; and invalidating the token in response to locking the security apparatus, wherein the security apparatus is locked at least upon a power reset of the electronic device.
A headlight control system comprising: a headlight including a plurality of light sources that irradiate a plurality of regions ahead of a vehicle ; a target object detection device that detects a predetermined target object present ahead of the vehicle ; and a controller configured to control the headlight such that, when it is detected by the target object detection device that the target object is present, of the plurality of light sources of the headlight , an light source irradiating a region where the target object is present is turned off and/or dimmed, and such that, thereafter, when it is detected by the target object detection device that the target object is not present in the region, the turned-off/dimmed light source is turned on, characterized in that the controller is configured to control the headlight such that, when it is detected by the target object detection device that the target object is not present and the turned-off/dimmed light source is turned on and/or brightened, a change rate of luminance of the light source is changed according to a position of the irradiation region of the light source. a headlight including a plurality of light sources that irradiate a plurality of regions ahead of a vehicle ; a target object detection device that detects a predetermined target object present ahead of the vehicle ; and a controller configured to control the headlight such that, when it is detected by the target object detection device that the target object is present, of the plurality of light sources of the headlight , an light source irradiating a region where the target object is present is turned off and/or dimmed, and such that, thereafter, when it is detected by the target object detection device that the target object is not present in the region, the turned-off/dimmed light source is turned on, characterized in that the controller is configured to control the headlight such that, when it is detected by the target object detection device that the target object is not present and the turned-off/dimmed light source is turned on and/or brightened, a change rate of luminance of the light source is changed according to a position of the irradiation region of the light source.
A portable device for controlling an external device , the portable device comprising: a first microphone (110-1. 510-1) configured to be disposed in one surface of the portable device and configured to receive an audio signal including a user voice uttered by a user; a second microphone (110-2, 510-2) configured to be disposed on the other surface opposite to the one surface of the portable device and configured to receive an audio signal including the user voice; a signal processing unit configured to process the audio signals; a communication unit configured to communicate with the external device; and a processor configured to identify a user utterance distance between the portable device and the user based on the audio signals received through the first and second microphones, control the signal processing unit to process only the audio signal received through one of the first and second microphones disposed relatively further away from the user than the other when it is identified that the user utterance is a short distance utterance, and control the communication unit to transmit the processed audio signal to the external device; characterized in that the processor is configured to identify that the user utterance distance is the short distance utterance when an amplitude of each of the audio signals received through the first and second microphones is a preset threshold value or more. a first microphone (110-1. 510-1) configured to be disposed in one surface of the portable device and configured to receive an audio signal including a user voice uttered by a user; a second microphone (110-2, 510-2) configured to be disposed on the other surface opposite to the one surface of the portable device and configured to receive an audio signal including the user voice; a signal processing unit configured to process the audio signals; a communication unit configured to communicate with the external device; and a processor configured to identify a user utterance distance between the portable device and the user based on the audio signals received through the first and second microphones, control the signal processing unit to process only the audio signal received through one of the first and second microphones disposed relatively further away from the user than the other when it is identified that the user utterance is a short distance utterance, and control the communication unit to transmit the processed audio signal to the external device; characterized in that the processor is configured to identify that the user utterance distance is the short distance utterance when an amplitude of each of the audio signals received through the first and second microphones is a preset threshold value or more.