mhurhangee/ep-ind-claims huggingface dataset:
A cold-weather apparel item (, 900) comprising: a plurality of front panels (910, 912) adapted to cover a front torso area of a wearer when the cold-weather apparel item is in an as-worn configuration, the plurality of front panels having an adjustable ventilation system located thereon and comprising at least a first inflow air duct (, 918, 920); and a back panel (210, 214) adapted to cover a back torso area of the wearer when the cold-weather apparel item is in the as-worn configuration, the back panel coupled to the front panel to define at least a neckline opening, a right sleeve opening, a left sleeve opening, and a waist opening, the back panel comprising an upper back panel portion (210, 1210) having at least a first lower edge (1018, 1218) and a lower back panel portion (212, 1212, 3412) having at least a second upper edge (1020, 1220), the first lower edge of the upper back panel portion permanently and discontinuously affixed to the second upper edge of the lower back panel portion to form at least a first outflow air duct (1016, 1216) that extends in a generally horizontal orientation across a midline of the back panel, characterised in that the first lower edge of the upper back panel portion is reinforced along its length with a reinforcement strip (1400, 1420, 1440) having a pre-formed arched shape that permanently maintains the first outflow air duct in an open position. a plurality of front panels (910, 912) adapted to cover a front torso area of a wearer when the cold-weather apparel item is in an as-worn configuration, the plurality of front panels having an adjustable ventilation system located thereon and comprising at least a first inflow air duct (, 918, 920); and a back panel (210, 214) adapted to cover a back torso area of the wearer when the cold-weather apparel item is in the as-worn configuration, the back panel coupled to the front panel to define at least a neckline opening, a right sleeve opening, a left sleeve opening, and a waist opening, the back panel comprising an upper back panel portion (210, 1210) having at least a first lower edge (1018, 1218) and a lower back panel portion (212, 1212, 3412) having at least a second upper edge (1020, 1220), the first lower edge of the upper back panel portion permanently and discontinuously affixed to the second upper edge of the lower back panel portion to form at least a first outflow air duct (1016, 1216) that extends in a generally horizontal orientation across a midline of the back panel, characterised in that the first lower edge of the upper back panel portion is reinforced along its length with a reinforcement strip (1400, 1420, 1440) having a pre-formed arched shape that permanently maintains the first outflow air duct in an open position.
A fraction comprising furostanolic saponins isolated from fenugreek seeds wherein - the fraction is anti-diabetic - the major compound in the fraction is protodioscin, which represents approximately 30% of said fraction - concentration of furostanolic saponins in the fraction is >70% - the fraction is anti-diabetic - the major compound in the fraction is protodioscin, which represents approximately 30% of said fraction - concentration of furostanolic saponins in the fraction is >70%
A guide device for a line, in particular a power chain which can be turned over in such a way that a portion referred to as upper run thereof can be positioned over another portion referred to as lower run thereof and the upper run and the lower run are connected together by an arcuate portion, wherein the guide device has support surfaces and lateral guide surfaces and is provided in the longitudinal direction thereof with U-shaped holders arranged at spacings from each in the direction of displacement and consisting of lateral flanges and legs molded at right angles to said flanges and mounted to the holders at least over a portion of the longitudinal extent of the guide device are guide rails which bridge over the spacings between the holders and carry the lower run and/or upper run of the line or power chain and are in the form of angle profiles of which one limb forms the support surface and the other limb represents the lateral guide means, characterised in that the U-shaped holders are provided with a seat for the guide rails which has a recess on the inner face of the respective flange with a depth which approximately corresponds to the thickness of the limb of the guide rail to be inserted into this recess and forming the lateral guide means, wherein the part of the leg adjacent the flange has a recess belonging to the seat with a corresponding depth for receiving the limb supported on the leg which forms the support surface, and wherein the recess provided on the inside of the flange and on the upper side of the leg has on the respective end thereof an undercut for the form-flitting insertion of the rim portion of the corresponding limb of the guide rail, and wherein fixing of the guide rail to the seat takes place by projections formed on the flange or on the leg and overlapping the rim portion of the respective limb of the guide rail so that the guide rails are mounted to the holders by means of clip connections and wherein the holders are made of plastic.
An apparatus of a user equipment, UE, operable to perform device to device, D2D, discovery in a wireless network, the apparatus comprising: one or more processors configured to: receive a temporary identification and a cell identification for D2D discovery from an enhanced node B, eNB; identify, from the temporary identification and the cell identification, a resource block index per slot per cell, a slot index in each discovery zone, and a discovery sequence index; determine a UE D2D discovery resource from a mapping rule based, in part, on the resource block index per slot per cell, the slot index in each discovery zone, and the discovery sequence index, said mapping rule defining that a slot index in each discovery zone can be different in a next discovery zone for two UEs, with said index being the same in a current discovery zone, or that a resource block index per slot per cell can be different in a next discovery zone for one UE, wherein the mapping rule computes a new resource block index by modulating the sum of the resource block index and the discovery sequence index by 78; and encode a D2D discovery message for transmission from the UE using the UE D2D discovery resource. receive a temporary identification and a cell identification for D2D discovery from an enhanced node B, eNB; identify, from the temporary identification and the cell identification, a resource block index per slot per cell, a slot index in each discovery zone, and a discovery sequence index; determine a UE D2D discovery resource from a mapping rule based, in part, on the resource block index per slot per cell, the slot index in each discovery zone, and the discovery sequence index, said mapping rule defining that a slot index in each discovery zone can be different in a next discovery zone for two UEs, with said index being the same in a current discovery zone, or that a resource block index per slot per cell can be different in a next discovery zone for one UE, wherein the mapping rule computes a new resource block index by modulating the sum of the resource block index and the discovery sequence index by 78; and encode a D2D discovery message for transmission from the UE using the UE D2D discovery resource.
A mixture comprising elemental sulfur and an additive comprising anions, wherein the additive comprising anions is selected from the group consisting of compounds of a metal of the Periodic Table of the Elements with monoatomic or polyatomic, formally singly or multiply negatively charged anions
A radiation-emitting component comprising a semiconductor chip, which has a semiconductor body having an active region provided for generating a primary radiation, and comprising a conversion element, which is provided for at least partly converting the primary radiation, wherein - the conversion element is a prefabricated radiation conversion element that is fixed to the semiconductor chip by means of a connecting layer; - a radiation conversion substance is formed in the connecting layer; - a window is formed in the conversion element, through which window electrical contact can be made or electrical contact is made with the semiconductor chip; and - the connecting layer adjoins the contact at least in regions, characterized in that the window is formed laterally with respect to the semiconductor body in a plan view of the semiconductor chip. - the conversion element is a prefabricated radiation conversion element that is fixed to the semiconductor chip by means of a connecting layer; - a radiation conversion substance is formed in the connecting layer; - a window is formed in the conversion element, through which window electrical contact can be made or electrical contact is made with the semiconductor chip; and - the connecting layer adjoins the contact at least in regions,
Seal comprising a seal body through which a central passage passes, said seal body comprising an inner surface which defines said central passage and an outer peripheral surface, and further comprising at least one groove (2, 3) which is made in at least one of said inner and outer peripheral surfaces, characterised in that said at least one groove (2, 3) is spiral-shaped.
Flat bar system for use at a carding machine for cotton, chemical fibres or the like, comprising an elongate flat bar, to which a magnetic element is attached, and an elongate clothing strip, which, at the rear side thereof facing the flat bar, includes a back layer, which contains ferrous material such that the clothing strip is releasably attachable by its back layer to the magnetic element of the flat bar by means of magnetic force, wherein the back layer includes a plurality of segments, which each contain ferrous material, wherein the segments are disposed spaced apart from each other and are uncoupled from each other in the longitudinal direction of the clothing strip, characterised in that neighbouring segments are connected to each other in each case by means of a solid body articulation (114; 114'), by means of which a displaceability of the segments is guaranteed in relation to each other in the longitudinal direction of the clothing strip.
A hemofiltration machine comprising a system for utilizing the waste fluid from a hemofilter for recycling at least a part of the water content in waste fluid from a hemofiltration process, said system comprising a hemofilter having a filtrate outlet for a waste fluid being the filtrate from the hemofilter and a concentrate outlet for the concentrate from the hemofilter, a source of electrolyte replacement concentrate, and a forward osmosis unit (102, 506) comprising a forward osmosis membrane comprising nanoporous water channels, said membrane having a feed side and a draw side wherein the filtrate outlet of the hemofilter is in fluid communication with the feed side of the FO unit, and wherein the source of said electrolyte replacement concentrate or the concentrate outlet of the hemofilter is in fluid communication with the the draw side of the FO unit, wherein said nanoporous water channels are aquaporin water channels, wherein the membrane comprises an active layer comprising immobilized aquaporin water channels and a support layer, and wherein said active layer comprises a thin film composite membrane.
A curable composition, comprising a polymer having a silicon-containing group which can be crosslinked by forming a siloxane bond, a fluoride salt compound, and an amine compound, wherein the fluoride salt compound is the following fluoride salt compound: a substituted ammonium fluoride salt or an unsubstituted ammonium fluoride salt, and in a case of the substituted ammonium fluoride salt wherein its substituent is a hydrocarbon group or the unsubstituted ammonium fluoride salt, the fluoride salt compound is a fluoride salt compound represented by the following general formula: R 4-m NH m F n wherein R(s) is/are a substituted or an unsubstituted hydrocarbon group, 0 ≤ m ≤ 4, and n represents 0 or a positive number, provided that m and n are not 0 at the same time, wherein the fluoride salt compound is an unsubstituted ammonium fluoride salt and/or an unsubstituted ammonium hydrofluoride salt, an ammonium hydrofluoride compound, or a primary, secondary or tertiary substituted ammonium fluoride salt compound, or the fluoride salt compound is represented by the following general formula: wherein two R 3 s are each independently a hydrocarbon group having 1 to 4 carbon atom(s), three R 4 s are each independently a hydrogen atom or a hydrocarbon group having 1 to 4 carbon atom(s), and n represents 0 or a positive number. wherein R(s) is/are a substituted or an unsubstituted hydrocarbon group, 0 ≤ m ≤ 4, and n represents 0 or a positive number, provided that m and n are not 0 at the same time, wherein the fluoride salt compound is an unsubstituted ammonium fluoride salt and/or an unsubstituted ammonium hydrofluoride salt, an ammonium hydrofluoride compound, or a primary, secondary or tertiary substituted ammonium fluoride salt compound, or the fluoride salt compound is represented by the following general formula:
A device for the prevention of stroke comprising: a processor; a compression system; a compression member; and characterized by comprising a vascular probe that is carried by the compression member, wherein the vascular probe senses a parameter of a circulation system of a patient, wherein the parameter that is sensed is from a closed neck artery (12, 16) when the parameter is sensed such that the parameter is a closed parameter, and wherein the sensed closed parameter is communicated to the processor, wherein the processor processes the closed parameter and based upon this processing communicates with the compression system to instruct the compression system to actuate the compression member; wherein the compression member and vascular probe are external to the interior of the patient when the vascular probe senses the closed parameter of the circulation system. a processor; a compression system; a compression member; and characterized by comprising a vascular probe that is carried by the compression member, wherein the vascular probe senses a parameter of a circulation system of a patient, wherein the parameter that is sensed is from a closed neck artery (12, 16) when the parameter is sensed such that the parameter is a closed parameter, and wherein the sensed closed parameter is communicated to the processor, wherein the processor processes the closed parameter and based upon this processing communicates with the compression system to instruct the compression system to actuate the compression member; wherein the compression member and vascular probe are external to the interior of the patient when the vascular probe senses the closed parameter of the circulation system.
A mobile unit which is arranged to communicate packet data with a wireless communications network to support user services, the mobile unit being arranged in operation to establish, in combination with the wireless communication network, a plurality of packet data network, PDN, connections to one or more PDNs (130, 135), each of the PDN connections providing one or more non-Guaranteed Bit Rate bearers, to receive an indication of an Aggregate Maximum Bit Rate, AMBR, value for each of the PDNs (130, 135), and an absolute priority of each of the PDNs, from the wireless communication network, each AMBR value being applied to a corresponding one of the plurality of PDN connections for communicating from the mobile unit to the wireless communication network via the non-Guaranteed Bit Rate bearers, each of the AMBR values being associated with an identifier of the corresponding PDN (130, 135), and to communicate the data packets, from the mobile unit to the wireless communication network, via the non-Guaranteed Bit Rate bearers of each of the one or more PDNs by scheduling uplink resources in accordance with a priority determined from the absolute priority of each of the one or more PDNs, wherein a sum of the bit rate of the non-Guaranteed Bit Rate bearers for each of the PDN connections is limited based on the Aggregate Maximum Bit Rate value for the PDN connection associated with the identifiers of the PDN (130, 135).
An encoder apparatus comprising a scale, a protective housing and a readhead assembly comprising a scale signal receiver, the scale and the scale signal receiver being located within said protective housing which is configured to protect them from contamination located outside the protective housing, the scale signal receiver and the protective housing being relatively moveable with respect to each other, the protective housing comprising a seal through which the scale signal receiver can be connected to a part outside the protective housing, in which the arrangement of the scale signal receiver inside the protective housing is independent of the scale and protective housing, and in which the scale signal receiver comprises at least one vibration control device (260, 360, 460) comprising at least one member configured to vibrate independently of the rest of the scale signal receiver and configured to reduce the susceptibility of the scale signal receiver of the readhead assembly to vibrations.
A method of reducing the amount of soluble chromium from chromium-containing pigments having a corundum crystal structure, the method comprising: adding an effective amount of an additive to a chromium-containing pigment having a corundum crystal structure, the additive selected from the group consisting of aluminum metaphosphate, tungstic acid, and mono-ammonium phosphate; heating the additive and pigment to a temperature in the range of from 750°C to 1300°C. adding an effective amount of an additive to a chromium-containing pigment having a corundum crystal structure, the additive selected from the group consisting of aluminum metaphosphate, tungstic acid, and mono-ammonium phosphate; heating the additive and pigment to a temperature in the range of from 750°C to 1300°C.
A method to determine whether treatment fluid is to be applied on a treatment substrate location around a substrate dot corresponding to a pixel to be printed for reproducing a digital image, comprising: selecting at least one pixel in the edge of the treatment substrate location; computing a sum of pixel values of pixels within a distance from the selected at least one pixel; establishing whether treatment fluid is to be applied on the treatment substrate location, whereby treatment fluid is to be applied on the treatment substrate location if the computed sum is above a threshold level; and generating print control data for applying treatment fluid on the treatment substrate location based on the establishing. selecting at least one pixel in the edge of the treatment substrate location; computing a sum of pixel values of pixels within a distance from the selected at least one pixel; establishing whether treatment fluid is to be applied on the treatment substrate location, whereby treatment fluid is to be applied on the treatment substrate location if the computed sum is above a threshold level; and generating print control data for applying treatment fluid on the treatment substrate location based on the establishing.
A ceiling grinding machine comprising: a drive unit (8, 9, 10), a grinding plate (12, 12'; 31; 49), which can be set in rotation by means of the drive unit (8, 9, 10), a grinding-head housing receiving the grinding plate (12, 12'; 31; 49) and having an opening giving the grinding plate (12, 12'; 31; 49) access to a surface to be ground, and a holding element for holding the grinding machine, the ceiling grinding machine further comprising means for generating a reduced pressure inside the grinding-head housing so that the ceiling grinding machine is held against the surface to be ground, characterized in that the means for generating the reduced pressure comprising lamellar elements (20, 20'; 39 - 42; 68 - 75) that rotate (arrow R) around an axis of the grinding plate (12, 12'; 31; 49) during grinding operation of the ceiling grinding machine and cause an air flow (arrows A, B, C, D) that induces a static reduced pressure inside the grinding head housing, wherein the reduced pressure generated by the suitably designed and arranged lamellar elements (20, 20'; 39 - 42; 68 - 75) alone is so strong that the thereby generated force which acts in the direction of the surface to be ground corresponds to at least 60% of the weight of the entire grinding machine. a drive unit (8, 9, 10), a grinding plate (12, 12'; 31; 49), which can be set in rotation by means of the drive unit (8, 9, 10), a grinding-head housing receiving the grinding plate (12, 12'; 31; 49) and having an opening giving the grinding plate (12, 12'; 31; 49) access to a surface to be ground, and a holding element for holding the grinding machine, the ceiling grinding machine further comprising means for generating a reduced pressure inside the grinding-head housing so that the ceiling grinding machine is held against the surface to be ground, the means for generating the reduced pressure comprising lamellar elements (20, 20'; 39 - 42; 68 - 75) that rotate (arrow R) around an axis of the grinding plate (12, 12'; 31; 49) during grinding operation of the ceiling grinding machine and cause an air flow (arrows A, B, C, D) that induces a static reduced pressure inside the grinding head housing, wherein the reduced pressure generated by the suitably designed and arranged lamellar elements (20, 20'; 39 - 42; 68 - 75) alone is so strong that the thereby generated force which acts in the direction of the surface to be ground corresponds to at least 60% of the weight of the entire grinding machine.
A machine-implemented method, comprising: identifying a source application using a trusted source application identifier provided by an application store distributing application software; wherein the source application is executed on a trusted platform verifiable with the application store; generating at an untrusted platform, representing an operating system unverified by the application store, on a target user device an access request, using the trusted source application identifier, for an application state data set stored in an internet-accessible data storage for the source application; sending by the target user device the access request to the internet-accessible data storage; and sending by the target user device an access credential to the internet-accessible data storage, wherein the internet-accessible data storage uses the access credential to verify the access request. identifying a source application using a trusted source application identifier provided by an application store distributing application software; wherein the source application is executed on a trusted platform verifiable with the application store; generating at an untrusted platform, representing an operating system unverified by the application store, on a target user device an access request, using the trusted source application identifier, for an application state data set stored in an internet-accessible data storage for the source application; sending by the target user device the access request to the internet-accessible data storage; and sending by the target user device an access credential to the internet-accessible data storage, wherein the internet-accessible data storage uses the access credential to verify the access request.