mhurhangee/ep-ind-claims huggingface dataset:
A patient support apparatus with closed chain exercise functionalities, the patient support apparatus comprising: a base frame; a support deck supported on the base frame, the support deck comprising a seat portion; a segmented patient support surface comprising a torso support segment and an upper leg support segment supported on the support deck, wherein the torso support segment is pivotable with respect to the upper leg support segment; a lift system coupled to the support deck and the segmented patient support surface, the lift system configured to raise, lower and tilt the support deck with respect to the base frame, and pivot the torso support segment with respect to the upper leg support segment; and a stationary exercise support positioned to be engaged by a patient when the patient is positioned on the segmented patient support surface such that the patient can perform a closed chain exercise while positioned on the segmented patient support surface, characterized in that the support deck further comprises a leg portion wherein the leg portion is pivotable with respect to the seat portion, and wherein the lift system is configured to pivot the leg portion of the support deck with respect to the seat portion. a base frame; a support deck supported on the base frame, the support deck comprising a seat portion; a segmented patient support surface comprising a torso support segment and an upper leg support segment supported on the support deck, wherein the torso support segment is pivotable with respect to the upper leg support segment; a lift system coupled to the support deck and the segmented patient support surface, the lift system configured to raise, lower and tilt the support deck with respect to the base frame, and pivot the torso support segment with respect to the upper leg support segment; and a stationary exercise support positioned to be engaged by a patient when the patient is positioned on the segmented patient support surface such that the patient can perform a closed chain exercise while positioned on the segmented patient support surface, characterized in that the support deck further comprises a leg portion wherein the leg portion is pivotable with respect to the seat portion, and wherein the lift system is configured to pivot the leg portion of the support deck with respect to the seat portion.
A robot cleaner comprising: wheels mounted at a lower side of a main body of the robot cleaner to allow for traveling of the main body; characterized in that said robot cleaner further comprises wire winding prevention members mounted at the lower side of the main body, each wire winding prevention member having one end extending to be contactable with a rim of the corresponding wheel. wheels mounted at a lower side of a main body of the robot cleaner to allow for traveling of the main body; characterized in that said robot cleaner further comprises wire winding prevention members mounted at the lower side of the main body, each wire winding prevention member having one end extending to be contactable with a rim of the corresponding wheel.
Method for producing a flat semi-finished product made of a fibre composite material, containing fibres and at least one thermoplastic matrix material, fibres being isolated from fibre-containing waste or used parts, mixed with thermoplastic fibres and laid flat in a carding process such that a fibrous web is produced, which is compressed, under the influence of heat, in at least one subsequent step so as to form a sheet material, characterised in that finite carbon fibres, carbon fibre bundles or a mixture thereof are isolated from waste or used parts containing carbon fibres, are mixed with thermoplastic foreign fibres, laid flat and aligned in a carding process such that a fibrous web is produced in which the fibres are oriented in a specific manner and which is compressed, under the influence of heat, in at least one subsequent step so as to form a sheet material, thermoplastic foreign fibres being added during the carding process in order to obtain a specific and high longitudinal alignment of the carbon fibres, said foreign fibres being added in a mixing ratio and/or with a fibre geometry that allows a fibre anisotropy in a range of at least 1:2 to be obtained in the fibrous web.
A method for reducing differences in the time to retrieve on a centralized monitoring system, data from a plurality of different distributed system sources, by means of respective data retrieval jobs (JB1-JB5) executed on the centralized monitoring system for requesting data on said distributed system sources, said jobs having respective execution times, the method comprising: - building on the centralized monitoring system a data retrieval job execution list by ordering the data retrieval jobs in order of decreasing execution times; and - executing the data retrieval jobs according to the data retrieval jobs execution list, so that the sum of ages of the retrieved data is lower than obtained in case the jobs are executed according to an increasing processing time. - building on the centralized monitoring system a data retrieval job execution list by ordering the data retrieval jobs in order of decreasing execution times; and - executing the data retrieval jobs according to the data retrieval jobs execution list, so that the sum of ages of the retrieved data is lower than obtained in case the jobs are executed according to an increasing processing time.
A glass-ceramic article, comprising at least one substrate, such as a plate, made of glass-ceramic, said substrate being coated in at least one zone with at least one layer comprising zirconium silicon nitride, Si x Zr y N z, with an atomic ratio of Zr to the sum Si + Zr, y/(x + y), of 10% to 90%, preferably of 15% to 50% and in particular of 28% to 33%, the thickness of said layer being within a range extending from 200 to 5000 nm.
A method for adjusting a sound field of an earphone, applied to a terminal, the method comprising: acquiring a loudness data difference between left and right earplugs of an earphone connected to the terminal; determining a current sound field parameter of the earphone according to the loudness data difference; judging whether the current sound field parameter is the same as a pre-set sound field parameter by comparison; and when the current sound field parameter is not the same as the pre-set sound field parameter, adjusting gain parameters of left and right channels of the terminal according to the current sound field parameter and the pre-set sound field parameter, so that the current sound field parameter of the earphone reaches the pre-set sound field parameter. acquiring a loudness data difference between left and right earplugs of an earphone connected to the terminal; determining a current sound field parameter of the earphone according to the loudness data difference; judging whether the current sound field parameter is the same as a pre-set sound field parameter by comparison; and when the current sound field parameter is not the same as the pre-set sound field parameter, adjusting gain parameters of left and right channels of the terminal according to the current sound field parameter and the pre-set sound field parameter, so that the current sound field parameter of the earphone reaches the pre-set sound field parameter.
An encapsulating material for solar cell comprising a resin composition, wherein the volume resistivity is from 1.0×10 14 to 1.0×10 18 Ω · cm as measured at a temperature of 100 degrees centigrade with an applied voltage of 500V in accordance with JIS K6911 and, the resin composition includes an ethylene/α-olefin copolymer consisting of ethylene and α-olefin having 3 to 20 carbon atoms, which has a content of aluminum element of from 10 to 500 ppm, determined as disclosed in the description.
Method for performing a coupling process between a motor and gear means acting on a pull and/or push rod in a clamping device for a machine tool, wherein the pull and/or push rod co-rotates during operation of the clamping device and clamping operations are effected by axial displacement of the pull and/or push rod in that a rotary movement produced by a motor is converted via the gear means, for example via a spindle drive or a planetary roller screw drive, on the pull and/or push rod into an axial displacement and/or axial force, wherein the coupling device comprises a motor-side gearwheel and a gear-side gearwheel which can be moved over a predetermined displacement distance S and can thus be brought into engagement (coupling position) or out of engagement (rest position), wherein an approach process is carried out by the motor-side gearwheel and the gear-side gearwheel in order to bring them into engagement or into coupling position, characterized in that, in the approach process, it is monitored in a monitoring step whether the motor-side gearwheel and the gear-side gearwheel have come into engagement and, depending on the result of the monitoring step, a position correction is optionally carried out in a position correction step.
A method performed in a user equipment, the method comprising the step of providing capability information in a capability container relating to the user equipment, wherein the capability information provides an indication of the earliest access stratum, AS, version that defines a low complexity user equipment category that is supported by the user equipment (step 201), wherein the capability information comprises a protocol field in the capability container relating to the user equipment, wherein the protocol field comprises a legacy information element that is reused to provide the capability information, and wherein the legacy information element comprises an AccessStratumRelease information element.
A connector component including a connector that composes a connector pair on an automotive equipment side and a battery side for mounting a battery in an automobile, further comprising: a base bracket to be fixed to a vehicle body or the battery; and a mounting member formed of an elastic material, for causing the connector to be mounted in a state spaced at a predetermined interval with respect to the base bracket, characterised in that the connector and the base bracket are integrally constructed via the mounting member, and in that said connector component further comprises a mounting attachment for fixing the mounting member to the base bracket, wherein the mounting member is in a tubular shape extending in an opposing direction between the connector and the base bracket, the mounting attachment has an annular eaves portion embedded in the mounting member so as to surround an inner hole of the mounting member, and not to be brought into contact with the base bracket, and the mounting member has an annular projection portion formed at a position, of a surface opposed to the base bracket, corresponding to the annular eaves portion. a base bracket to be fixed to a vehicle body or the battery; and a mounting member formed of an elastic material, for causing the connector to be mounted in a state spaced at a predetermined interval with respect to the base bracket, characterised in that the connector and the base bracket are integrally constructed via the mounting member, and in that said connector component further comprises a mounting attachment for fixing the mounting member to the base bracket, wherein the mounting member is in a tubular shape extending in an opposing direction between the connector and the base bracket, the mounting attachment has an annular eaves portion embedded in the mounting member so as to surround an inner hole of the mounting member, and not to be brought into contact with the base bracket, and the mounting member has an annular projection portion formed at a position, of a surface opposed to the base bracket, corresponding to the annular eaves portion.
An electronic device, comprising: a housing having an upper portion and a lower portion; a keyboard mounted in the lower portion of the housing; a track pad mounted in the lower portion of the housing, the track pad comprising: a planar touch pad member; a touch sensor formed from an array of capacitive electrodes, and configured to detect a location of a touch on the planar touch pad member; a set of force sensors disposed below the touch sensor, with one of said force sensors under each of the corners of the track pad; and an actuator configured to output feedback in response to a force of a touch on the contact surface that exceeds a threshold; wherein each of the force sensors from the set of force sensors is configured to produce an analog force output signal that corresponds to the force of the touch on the contact surface; and processing circuitry configured to: determine whether or not a user input includes a gesture; and in accordance with a determination that the user input includes a gesture, momentarily inhibit the feedback of the touch pad in response to the force on the contact surface that exceeds the threshold. a housing having an upper portion and a lower portion; a keyboard mounted in the lower portion of the housing; a track pad mounted in the lower portion of the housing, the track pad comprising: a planar touch pad member; a touch sensor formed from an array of capacitive electrodes, and configured to detect a location of a touch on the planar touch pad member; a set of force sensors disposed below the touch sensor, with one of said force sensors under each of the corners of the track pad; and an actuator configured to output feedback in response to a force of a touch on the contact surface that exceeds a threshold; a planar touch pad member; a touch sensor formed from an array of capacitive electrodes, and configured to detect a location of a touch on the planar touch pad member; a set of force sensors disposed below the touch sensor, with one of said force sensors under each of the corners of the track pad; and an actuator configured to output feedback in response to a force of a touch on the contact surface that exceeds a threshold; wherein each of the force sensors from the set of force sensors is configured to produce an analog force output signal that corresponds to the force of the touch on the contact surface; and processing circuitry configured to: determine whether or not a user input includes a gesture; and in accordance with a determination that the user input includes a gesture, momentarily inhibit the feedback of the touch pad in response to the force on the contact surface that exceeds the threshold. determine whether or not a user input includes a gesture; and in accordance with a determination that the user input includes a gesture, momentarily inhibit the feedback of the touch pad in response to the force on the contact surface that exceeds the threshold.
A skin brightening composition comprising (i) 0.1 to 4.0% tetrahydroxypropyl ethylenediamine; (ii) hydroxystearic acid preferably 12-hydroxystearic acid; and (iii) a cosmetically acceptable carrier. (i) 0.1 to 4.0% tetrahydroxypropyl ethylenediamine; (ii) hydroxystearic acid preferably 12-hydroxystearic acid; and (iii) a cosmetically acceptable carrier.
Hazard warning device for detecting smoke or vapours that are toxic to humans, having - a measuring chamber, - a first housing element which has an outer side on which it can be mounted onto a support, and an inner side, wherein the outer side and the inner side are arranged perpendicular to a normal, and - an antenna for radio transmission of a signal to the outside, wherein - the measuring chamber is arranged on the inside of the first housing element, and wherein - the antenna is mounted in/on the measuring chamber, the first housing element or a second housing element of the hazard warning device, such that a part of the measuring chamber is located in a direction of the normal between the outer side of the first housing element and at least a part of the antenna, characterised in that - the antenna is configured for the preferred emission of two predetermined frequency bands. - a measuring chamber, - a first housing element which has an outer side on which it can be mounted onto a support, and an inner side, wherein the outer side and the inner side are arranged perpendicular to a normal, and - an antenna for radio transmission of a signal to the outside, wherein - the measuring chamber is arranged on the inside of the first housing element, and wherein - the antenna is mounted in/on the measuring chamber, the first housing element or a second housing element of the hazard warning device, such that a part of the measuring chamber is located in a direction of the normal between the outer side of the first housing element and at least a part of the antenna, - the antenna is configured for the preferred emission of two predetermined frequency bands.
A light emitting device array comprising: a light emitting stack having a light emitting surface and a contact surface, the light emitting surface and the contact surface defining opposing sides of the light emitting stack, the light emitting stack comprising a plurality of Group III-nitride layers including a first semiconducting layer provided towards the light emitting surface of the light emitting stack, a second semiconducting layer provided towards the contact surface, and an active layer arranged between the first semiconducting layer and the second semiconducting layer, the active layer configured to generate light having a first wavelength, wherein the light emitting surface and the contact surface are parallel to each other and aligned with the plurality of Group III-nitride layers; a first electrical contact layer provided on the light emitting stack and configured to be in electrical contact with the first semiconducting layer; an array of second electrical contacts provided on the contact surface of the light emitting stack, each second electrical contact defining a light emitting device between the first semiconducting layer and the second electrical contact, wherein each of the second electrical contacts is spaced apart from the other second electrical contacts to form a two-dimensional array of the light emitting devices; characterised in further comprising: an anti-reflection layer provided on the light emitting surface, the anti-reflection layer configured to increase a light extraction efficiency of light generated by the light emitting stack. a light emitting stack having a light emitting surface and a contact surface, the light emitting surface and the contact surface defining opposing sides of the light emitting stack, the light emitting stack comprising a plurality of Group III-nitride layers including a first semiconducting layer provided towards the light emitting surface of the light emitting stack, a second semiconducting layer provided towards the contact surface, and an active layer arranged between the first semiconducting layer and the second semiconducting layer, the active layer configured to generate light having a first wavelength, wherein the light emitting surface and the contact surface are parallel to each other and aligned with the plurality of Group III-nitride layers; a first electrical contact layer provided on the light emitting stack and configured to be in electrical contact with the first semiconducting layer; an array of second electrical contacts provided on the contact surface of the light emitting stack, each second electrical contact defining a light emitting device between the first semiconducting layer and the second electrical contact, wherein each of the second electrical contacts is spaced apart from the other second electrical contacts to form a two-dimensional array of the light emitting devices; characterised in further comprising: an anti-reflection layer provided on the light emitting surface, the anti-reflection layer configured to increase a light extraction efficiency of light generated by the light emitting stack.
A hybrid airfoil for a gas turbine engine, comprising: a leading edge portion; a trailing edge portion; and an intermediate portion between said leading edge portion and said trailing edge portion, wherein said leading edge portion is made of a first material, said trailing edge portion is made of a second material, and said intermediate portion is made of a third material, and at least two of said first material, said second material and said third material are different materials; a rib disposed between said leading edge portion and said intermediate portion; a protrusion of one of said rib and said intermediate portion being received within a pocket of the other of said rib and said intermediate portion characterised in that the hybrid airfoil further comprises intermediate bonding layer between said rib and said intermediate portion and in that: said first material and said second material are metallic materials, and said third material is one of a ceramic material and a ceramic matrix composite material. a leading edge portion; a trailing edge portion; and an intermediate portion between said leading edge portion and said trailing edge portion, wherein said leading edge portion is made of a first material, said trailing edge portion is made of a second material, and said intermediate portion is made of a third material, and at least two of said first material, said second material and said third material are different materials; a rib disposed between said leading edge portion and said intermediate portion; a protrusion of one of said rib and said intermediate portion being received within a pocket of the other of said rib and said intermediate portion characterised in that the hybrid airfoil further comprises intermediate bonding layer between said rib and said intermediate portion and in that: said first material and said second material are metallic materials, and said third material is one of a ceramic material and a ceramic matrix composite material.
A continuous process for converting carbohydrates, which can yield aldoses, to ethylene glycol, comprising the steps of: (a) mixing carbohydrates into solution; (b) adding hydrogen to a reactor; (c) passing the carbohydrate mixture through the reactor at an elevated temperature, said reactor having a first zone comprising mostly a retro-aldol catalyst and a second zone that contains a reduction catalyst; (d) converting the aldoses in the first zone into glycolaldehyde by the retro-aldol catalyst in the first zone; (e) converting the glycolaldehyde to ethylene glycol in the second zone of the reactor; (f) removing the reaction products from the reactor; (g) optionally recycling a portion of the reactor effluent back to the reactor to be used as reaction solvent or using recovered glycol for the solvent; and (h) recovering the ethylene glycol. (a) mixing carbohydrates into solution; (b) adding hydrogen to a reactor; (c) passing the carbohydrate mixture through the reactor at an elevated temperature, said reactor having a first zone comprising mostly a retro-aldol catalyst and a second zone that contains a reduction catalyst; (d) converting the aldoses in the first zone into glycolaldehyde by the retro-aldol catalyst in the first zone; (e) converting the glycolaldehyde to ethylene glycol in the second zone of the reactor; (f) removing the reaction products from the reactor; (g) optionally recycling a portion of the reactor effluent back to the reactor to be used as reaction solvent or using recovered glycol for the solvent; and (h) recovering the ethylene glycol.