mhurhangee/ep-ind-claims huggingface dataset:
Roll press for the pressure treatment or compaction of granular material, comprising - two mobile rolls (30, 31) each rotatably mounted in a machine frame via a shaft (32, 33), driven in opposite directions and separated from each other by a roll gap, - the shafts (32, 33) of the mobile rolls (30, 31) being accommodated in bearing housings (34, 35, 36, 37) that are arranged such that they can move in the machine frame, and - in each case two bearing housings (34, 35, 36, 37) arranged on one side of the rolls (30, 31) and belonging to different roles (30, 31) being connected to each other by at least one pressure cylinder (60, 70, 80, 90), which has two pistons (64, 65) which form two outer working chambers (61, 63) and a central working chamber in the at least one pressure cylinder (60, 70, 80, 90), characterized in that - the outer working chambers (61, 63) of the at least one pressure cylinder (60, 70, 80, 90) have an opposite force action and are connected to each other by a pressure medium, and in that - the central working chamber is designed to be gas-filled, evacuated or selectively aerated and vented. - two mobile rolls (30, 31) each rotatably mounted in a machine frame via a shaft (32, 33), driven in opposite directions and separated from each other by a roll gap, - the shafts (32, 33) of the mobile rolls (30, 31) being accommodated in bearing housings (34, 35, 36, 37) that are arranged such that they can move in the machine frame, and - in each case two bearing housings (34, 35, 36, 37) arranged on one side of the rolls (30, 31) and belonging to different roles (30, 31) being connected to each other by at least one pressure cylinder (60, 70, 80, 90), which has two pistons (64, 65) which form two outer working chambers (61, 63) and a central working chamber in the at least one pressure cylinder (60, 70, 80, 90), - the outer working chambers (61, 63) of the at least one pressure cylinder (60, 70, 80, 90) have an opposite force action and are connected to each other by a pressure medium, and in that - the central working chamber is designed to be gas-filled, evacuated or selectively aerated and vented.
An axle support of a vehicle, more especially a passenger vehicle, comprising an upper shell and a lower shell, each of which is formed from a fibre-reinforced, more especially carbon fibre-reinforced, plastics material, which shells form a hollow body when assembled, characterised in that the upper shell and lower shell are screwed together by metallic insert parts laminated, at least in portions, into these shell parts.
A compressor for compressing fluid, the compressor comprising: a housing having a housing inlet for receiving fluid and a housing outlet for discharging the fluid; a compressing mechanism adapted to compress the fluid toward the housing outlet, the compressing mechanism disposed in the housing; a drive unit operatively connected to the compressing mechanism for driving the compressing mechanism to compress fluid; a suction duct disposed in the housing and extending vertically downward from the housing inlet toward a sump defined in the housing, the suction duct configured for attachment to a motor housing, the suction duct having a duct inlet fluidically connected with the housing inlet, the suction duct defining a passage fluidically connecting the duct inlet to an interior cavity of the housing; a suction gas filter (400, 500, 600, 620, 640, 660) disposed in the suction duct, and having a filter screen (402, 500, 600, 620, 640, 660) positioned downstream of the duct inlet, the compressor characterised in that, the filter screen (402, 500, 600, 620, 640, 660) is sealingly attached, along its perimeter (502, 622, 642, 662), to the duct channel of the suction duct. a housing having a housing inlet for receiving fluid and a housing outlet for discharging the fluid; a compressing mechanism adapted to compress the fluid toward the housing outlet, the compressing mechanism disposed in the housing; a drive unit operatively connected to the compressing mechanism for driving the compressing mechanism to compress fluid; a suction duct disposed in the housing and extending vertically downward from the housing inlet toward a sump defined in the housing, the suction duct configured for attachment to a motor housing, the suction duct having a duct inlet fluidically connected with the housing inlet, the suction duct defining a passage fluidically connecting the duct inlet to an interior cavity of the housing; a suction gas filter (400, 500, 600, 620, 640, 660) disposed in the suction duct, and having a filter screen (402, 500, 600, 620, 640, 660) positioned downstream of the duct inlet, the compressor characterised in that, the filter screen (402, 500, 600, 620, 640, 660) is sealingly attached, along its perimeter (502, 622, 642, 662), to the duct channel of the suction duct.
A method for processing a data service based on a Session Initiation Protocol, SIP, characterized by comprising: determining, by a proxy server, based on a SIP INFO message received from a called party, a data service performed by a calling party based on the SIP; and processing, by the proxy server, the data service between the calling/called parties through a SIP re-INVITE message, wherein the data service comprises at least one of the following: a fax service and a modem service, wherein in a case that the data service is a fax service, the SIP INFO message comprises a fax voice event, in a case that the data service is a modem service, the SIP INFO message comprises a Voice Band Data, VBD, signal event, wherein processing the data service between the calling/called parties through a SIP re-INVITE message comprises: establishing and negotiating the data service between the calling/called parties by sending to the calling party the SIP re-INVITE message, based on the fax voice event or the VBD signal event in the SIP INFO message. determining, by a proxy server, based on a SIP INFO message received from a called party, a data service performed by a calling party based on the SIP; and processing, by the proxy server, the data service between the calling/called parties through a SIP re-INVITE message, wherein the data service comprises at least one of the following: a fax service and a modem service, wherein in a case that the data service is a fax service, the SIP INFO message comprises a fax voice event, in a case that the data service is a modem service, the SIP INFO message comprises a Voice Band Data, VBD, signal event, wherein processing the data service between the calling/called parties through a SIP re-INVITE message comprises: establishing and negotiating the data service between the calling/called parties by sending to the calling party the SIP re-INVITE message, based on the fax voice event or the VBD signal event in the SIP INFO message. a fax service and a modem service, wherein in a case that the data service is a fax service, the SIP INFO message comprises a fax voice event, in a case that the data service is a modem service, the SIP INFO message comprises a Voice Band Data, VBD, signal event, wherein processing the data service between the calling/called parties through a SIP re-INVITE message comprises: establishing and negotiating the data service between the calling/called parties by sending to the calling party the SIP re-INVITE message, based on the fax voice event or the VBD signal event in the SIP INFO message.
A terminal device, comprising a processing circuitry configured to: detect broadcast information on a specific subchannel in an unlicensed frequency band; and when the broadcast information is not detected successfully, determine an end time for occupation of the specific subchannel by the terminal device, and broadcast time information on the specific subchannel according to the end time, wherein the processing circuitry is further configured to: select a resource in signature domain to perform uplink transmission on the specific subchannel when the broadcast information is not detected successfully; detect signal energy on the specific subchannel to determine whether the specific subchannel is idle, when the broadcast information is not detected successfully; and broadcast the time information and perform uplink transmission using the selected resource in signature domain, when the specific subchannel is determined to be idle. detect broadcast information on a specific subchannel in an unlicensed frequency band; and when the broadcast information is not detected successfully, determine an end time for occupation of the specific subchannel by the terminal device, and broadcast time information on the specific subchannel according to the end time, wherein the processing circuitry is further configured to: select a resource in signature domain to perform uplink transmission on the specific subchannel when the broadcast information is not detected successfully; detect signal energy on the specific subchannel to determine whether the specific subchannel is idle, when the broadcast information is not detected successfully; and broadcast the time information and perform uplink transmission using the selected resource in signature domain, when the specific subchannel is determined to be idle. select a resource in signature domain to perform uplink transmission on the specific subchannel when the broadcast information is not detected successfully; detect signal energy on the specific subchannel to determine whether the specific subchannel is idle, when the broadcast information is not detected successfully; and broadcast the time information and perform uplink transmission using the selected resource in signature domain, when the specific subchannel is determined to be idle.
A device, the device comprising: a backlighting unit a composition comprising a two-phase system comprising a hydrophobic host phase comprising a hydrophobic solvent and quantum dots (QDs) dispersed within the host phase and a hydrophilic outer phase resin, wherein the host phase is not a cured polymer wherein the composition is in the form of a film disposed between two gas barrier layers and placed on the backlighting unit. a backlighting unit a composition comprising a two-phase system comprising a hydrophobic host phase comprising a hydrophobic solvent and quantum dots (QDs) dispersed within the host phase and a hydrophilic outer phase resin, wherein the host phase is not a cured polymer wherein the composition is in the form of a film disposed between two gas barrier layers and placed on the backlighting unit.
A method for operating through an application programming interface, comprising: transferring a deceleration scroll call through the application programming interface between user interface software and a software application to set a deceleration factor for a drag user input that invokes a scroll of a display region; detecting the drag user input that has a speed and invoking the scroll; and, after the drag user input, slowing the scroll to a stop based on the speed of the detected drag user input and the deceleration factor set for the drag user input, the deceleration factor having been set by transferring the deceleration scroll call through the application programming interface; wherein the content in the display region is web or image content. transferring a deceleration scroll call through the application programming interface between user interface software and a software application to set a deceleration factor for a drag user input that invokes a scroll of a display region; detecting the drag user input that has a speed and invoking the scroll; and, after the drag user input, slowing the scroll to a stop based on the speed of the detected drag user input and the deceleration factor set for the drag user input, the deceleration factor having been set by transferring the deceleration scroll call through the application programming interface; wherein the content in the display region is web or image content.
Compressor device provided with: - a compressor element with an inlet for supplying gas and an outlet for discharging compressed gas, - a magnet-assisted motor provided with a motor housing in which a motor stator is installed and a motor rotor is rotatably installed in the motor stator, wherein the motor stator is provided with windings and wherein the motor housing is provided with or acts as a cooling jacket; - an oil supply line for injecting oil into the magnet-assisted motor; characterized in that the oil supply line is connected with one or several nozzles directed at heads or axial ends of the windings of the motor stator and with the cooling jacket of the magnet-assisted motor and that heads or axial ends of the windings are covered with a protective layer. - a compressor element with an inlet for supplying gas and an outlet for discharging compressed gas, - a magnet-assisted motor provided with a motor housing in which a motor stator is installed and a motor rotor is rotatably installed in the motor stator, wherein the motor stator is provided with windings and wherein the motor housing is provided with or acts as a cooling jacket; - an oil supply line for injecting oil into the magnet-assisted motor;
Control system for a building, - having a central computer device, - having at least one control device, - having at least one device able to be actuated by the control device, such as for example a roller shutter, an awning, a blind/Venetian blind, a textile façade shading, and/or an insect protection system, a garage door, a lamp or a heater, wherein the computer device communicates wirelessly or in a wired manner with the at least one control device, - wherein each component of the control system, i.e. for example the computer device and/or the control device(s) has a code/chip by means of which the respective component (2, 3) is unambiguously identifiable with a reader device and can be linked into the control system, characterised in - that at least one device designed as a shading device has a sensor which is connected with the control device and detects a movement of a curtain of the shading device and transmits it to the computer device, - that the computer device is configured such that it recognises a movement of the shading device not initiated by it, a reader device or a switch/button and displays it on the reader device, for example a smartphone. - having a central computer device, - having at least one control device, - having at least one device able to be actuated by the control device, such as for example a roller shutter, an awning, a blind/Venetian blind, a textile façade shading, and/or an insect protection system, a garage door, a lamp or a heater, wherein the computer device communicates wirelessly or in a wired manner with the at least one control device, - wherein each component of the control system, i.e. for example the computer device and/or the control device(s) has a code/chip by means of which the respective component (2, 3) is unambiguously identifiable with a reader device and can be linked into the control system, - that at least one device designed as a shading device has a sensor which is connected with the control device and detects a movement of a curtain of the shading device and transmits it to the computer device, - that the computer device is configured such that it recognises a movement of the shading device not initiated by it, a reader device or a switch/button and displays it on the reader device, for example a smartphone.
A method for controlling memory handling in a processing system comprising a cache shared between a plurality of processing units, wherein the cache comprises a plurality of cache portions, the method comprising: obtaining first information pertaining to: - an allocation of a first memory portion of a memory to a first application, - an allocation of a first processing unit of the plurality of processing units to the first application, and - an association between a first cache portion of the plurality of cache portions and the first processing unit; reconfiguring a mapping configuration based on the obtained first information; and controlling a providing of first data associated with the first application to the first cache portion from the first memory portion using the reconfigured mapping configuration, characterized in that: the reconfigured mapping configuration provides an exclusive right for accessing one or more cache portions (21; 22) to at least one processing unit (11; 12). the method comprising: obtaining first information pertaining to: - an allocation of a first memory portion of a memory to a first application, - an allocation of a first processing unit of the plurality of processing units to the first application, and - an association between a first cache portion of the plurality of cache portions and the first processing unit; reconfiguring a mapping configuration based on the obtained first information; and controlling a providing of first data associated with the first application to the first cache portion from the first memory portion using the reconfigured mapping configuration, obtaining first information pertaining to: - an allocation of a first memory portion of a memory to a first application, - an allocation of a first processing unit of the plurality of processing units to the first application, and - an association between a first cache portion of the plurality of cache portions and the first processing unit; - an allocation of a first memory portion of a memory to a first application, - an allocation of a first processing unit of the plurality of processing units to the first application, and - an association between a first cache portion of the plurality of cache portions and the first processing unit; reconfiguring a mapping configuration based on the obtained first information; and controlling a providing of first data associated with the first application to the first cache portion from the first memory portion using the reconfigured mapping configuration, characterized in that: the reconfigured mapping configuration provides an exclusive right for accessing one or more cache portions (21; 22) to at least one processing unit (11; 12).
A method for determining skin sodium content using bioimpedance spectroscopy, the method comprising: applying a current (I S) at a predetermined frequency to skin of a subject; measuring a voltage (V Meas) across the skin of the subject produced by the current; determining a resistance across the skin of the subject at the predetermined frequency using the measured voltage; and determining skin sodium content using the measured voltage, wherein the skin sodium content is determined using a regression model, and wherein the regression model includes a formula, SSC = a ∗ ρ SR + b ∗ age + c, where ρ SR is calculated skin resistivity, and wherein a, b, and c are constant coefficients configured to correlate skin sodium content obtained by sodium-magnetic resonance imaging with skin resistivity obtained by bioimpedance spectroscopy. applying a current (I S) at a predetermined frequency to skin of a subject; measuring a voltage (V Meas) across the skin of the subject produced by the current; determining a resistance across the skin of the subject at the predetermined frequency using the measured voltage; and determining skin sodium content using the measured voltage, wherein the skin sodium content is determined using a regression model, and wherein the regression model includes a formula, SSC = a ∗ ρ SR + b ∗ age + c, where ρ SR is calculated skin resistivity, and wherein a, b, and c are constant coefficients configured to correlate skin sodium content obtained by sodium-magnetic resonance imaging with skin resistivity obtained by bioimpedance spectroscopy.
Spring hinge for eyeglasses having a first and a second hinge part (1, 3), having a central hinge plate of the second hinge part - said hinge plate being mounted in a hinge fork of the first hinge part - on the end of a shaft and having a stop for the first hinge part, said stop having the shaft of a temple passing through it and being displaceable on the shaft against a spring force, characterised in that, with the end-side hinge plate, the shaft forms a web which is stepped by lateral shoulders, and in that the stop which is slid onto the web over the central hinge plate has, on the end side remote from the hinge plate, on both sides of the web, in each case a blind hole-like receiver for the two helical springs in parallel with the web which bear against the shoulders.
A control system for a wind turbine system comprising a plurality of wind turbine modules mounted to a common support structure, the control system comprises: a local controller operable to control the operation of a respective one of the plurality of wind turbine modules, and to issue local control commands thereto to achieve a set of local control objectives; a central controller implementing a model predictive control routine configured to monitor the operation of the wind turbine system and based on the operation of the wind turbine system calculate the set of local control objectives. a local controller operable to control the operation of a respective one of the plurality of wind turbine modules, and to issue local control commands thereto to achieve a set of local control objectives; a central controller implementing a model predictive control routine configured to monitor the operation of the wind turbine system and based on the operation of the wind turbine system calculate the set of local control objectives.
Lubricant composition for applying to the surface of drive elements, wherein the lubricant composition contains a base oil and a silasesquioxane, wherein the silasesquioxane is present in an amount of 0.01% to 40% by weight based on the total weight of the lubricant composition, characterized in that polyglycol is present as base oil in combination with a silasesquioxane of formula [RSiO 3/2] n where n=6, 8, 10, 12, wherein R is independently at each occurrence = oxirane polymer, in particular polyethylene glycol, polypropylene glycol and/or copolymers thereof having a degree of polymerization of 4 to 20, in particular 10 to 15, repeating units.
A dressing for covering a medical device on a skin surface of a patient, comprising: a dressing portion configured to rest against a skin surface of a patient, the dressing portion defining a hole; and a polymeric cover film attached to the dressing portion, the cover film including a pliable domed portion aligned with the hole of the dressing portion, the domed portion capable of defining a cavity configured to receive therein the medical device when the dressing is placed on the skin of the patient, wherein an acrylic adhesive or other suitable adhesive is employed between a top surface of the dressing portion and a bottom surface of the cover film so as to prevent separation of the two components, wherein the domed portion is collapsible. a dressing portion configured to rest against a skin surface of a patient, the dressing portion defining a hole; and a polymeric cover film attached to the dressing portion, the cover film including a pliable domed portion aligned with the hole of the dressing portion, the domed portion capable of defining a cavity configured to receive therein the medical device when the dressing is placed on the skin of the patient, wherein an acrylic adhesive or other suitable adhesive is employed between a top surface of the dressing portion and a bottom surface of the cover film so as to prevent separation of the two components, wherein the domed portion is collapsible.