mhurhangee/ep-ind-claims huggingface dataset:
Saw device with a feed axis for a workpiece to be sawed, with a first saw unit to saw the workpiece in a first sawing plane extending transversely to the feed axis and with a second saw unit to saw the workpiece in a second sawing plane extending transversely to the feed axis, with a central device region arranged between the sawing planes (76, 96), with a front device region arranged in front of the first sawing plane, viewed in a feed direction, and with a rear device region arranged behind the second sawing plane, viewed in the feed direction, wherein the saw device comprises at least two transport mechanisms (30, 34, 38) arranged in different device regions (152, 154, 156) for transporting different workpiece portions (164, 166, 168) along the feed axis, with a first transport mechanism arranged in the front device region, characterised in that the first transport mechanism can be moved in a direction parallel to the feed axis.
Radiocommunication system for aircraft, said radiocommunication system (S1 to S5) comprising: - radiocommunication means (3 to 6) which are intended for voice transmission and digital-data transmission, each of said radiocommunication means (3 to 6) comprising a radiofrequency interface means (3A to 6A) and being able to be used in transmit and receive modes; and - a single main interface module which is designed so as to process the interfaces of all said radiocommunication means (3 to 6) by acquiring and sending signals to at least one piece of equipment which is external to said radiocommunication system (S1 to S5), characterised in that it also comprises two radiocommunication units (U1 to U4) and signal processing means which are associated with said radiofrequency interface means (3A to 6A), in that the set of said radiocommunication means (3 to 6) in the cockpit of the aircraft, said main interface module and said signal processing means are all arranged in said radiocommunication units (U1 to U4) which are integrated in a single housing, and in that said radiocommunication system also comprises an auxiliary interface unit which is designed so as to produce an interface between the two radiocommunication units, by enabling information transmissions between these two radiocommunication units and by enabling a piece of equipment which is connected to one of said radiocommunication units to use an antenna which is connected to the other radiocommunication unit. - radiocommunication means (3 to 6) which are intended for voice transmission and digital-data transmission, each of said radiocommunication means (3 to 6) comprising a radiofrequency interface means (3A to 6A) and being able to be used in transmit and receive modes; and - a single main interface module which is designed so as to process the interfaces of all said radiocommunication means (3 to 6) by acquiring and sending signals to at least one piece of equipment which is external to said radiocommunication system (S1 to S5),
An ink composition for ink jet textile printing, the ink composition comprising: at least one first dye represented by formula, where R 1 denotes R 2 denotes H, CH 3, or C 2 H 5, and R 3 denotes H or where X denotes H, Li, Na, or K, with possible binding sites labeled with an asterisk; and at least one second dye selected from C.I. Reactive Violet 1 and C.I. Reactive Violet 33. at least one first dye represented by formula, where R 1 denotes R 2 denotes H, CH 3, or C 2 H 5, and R 3 denotes H or where X denotes H, Li, Na, or K, with possible binding sites labeled with an asterisk; and at least one second dye selected from C.I. Reactive Violet 1 and C.I. Reactive Violet 33.
A fluoropolymer [polymer] comprising: - recurring units derived from vinylidene fluoride, and - from 0.01% to 5% by moles of recurring units derived from at least one (meth)acrylic monomer [monomer] having formula here below: wherein: - R 1, R 2 and R 3, equal to or different from each other, are independently selected from a hydrogen atom and a C 1 -C 3 hydrocarbon group, and - R OH represents a hydrogen atom or a C 1 -C 5 hydrocarbon moiety comprising at least one hydroxyl group, said polymer comprising end groups having formula -CF 2 H and/or -CF 2 CH 3 in an amount of at least 30 mmoles per Kg of vinylidene fluoride recurring units. - recurring units derived from vinylidene fluoride, and - from 0.01% to 5% by moles of recurring units derived from at least one (meth)acrylic monomer [monomer] having formula here below: wherein: - R 1, R 2 and R 3, equal to or different from each other, are independently selected from a hydrogen atom and a C 1 -C 3 hydrocarbon group, and - R OH represents a hydrogen atom or a C 1 -C 5 hydrocarbon moiety comprising at least one hydroxyl group, said polymer comprising end groups having formula -CF 2 H and/or -CF 2 CH 3 in an amount of at least 30 mmoles per Kg of vinylidene fluoride recurring units. - R 1, R 2 and R 3, equal to or different from each other, are independently selected from a hydrogen atom and a C 1 -C 3 hydrocarbon group, and - R OH represents a hydrogen atom or a C 1 -C 5 hydrocarbon moiety comprising at least one hydroxyl group,
An electronic tongue or nose sensor for analyzing a sample or detecting at least one target, comprising a support on one surface of which is a plurality of sensitive zones, each comprising at least one receptor, it being possible for each sensitive zone to emit a measurable signal generated by the interaction of at least one constituent of the sample or of at least one target with at least one receptor, characterized in that it comprises at least three sensitive zones which differ from one another by virtue of their respective receptor compositions, at least one of the sensitive zones comprising a mixture of at least two different receptors, the other two sensitive zones each comprising at least one of the two receptors.
A biologically coated dry fertilizer comprising: a dry fertilizer granule; and a biological coating applied to the dry fertilizer granule, the biological coating comprising an emulsion of an oil and a solution or suspension comprising water and at least one biological agent, the solution or suspension being emulsified in the oil, wherein the at least one biological agent is a plant extract, microbial agent, or a living organism. a dry fertilizer granule; and a biological coating applied to the dry fertilizer granule, the biological coating comprising an emulsion of an oil and a solution or suspension comprising water and at least one biological agent, the solution or suspension being emulsified in the oil, wherein the at least one biological agent is a plant extract, microbial agent, or a living organism.
A thin-film transistor, TFT, (100, 200), comprising: an active layer (110, 210), including a channel region (113, 213), a source region (111, 211) and a drain region (112, 212), in which forming materials of the channel region (113, 213) include polycrystalline silicon, poly-Si; an amorphous silicon, a-Si, connecting layer, disposed on a side of the active layer and including a first connecting part and a second connecting part which are disposed to be spaced from each other; and a source-drain electrode layer (130, 230), including a source electrode (131, 231) and a drain electrode (132, 232) which are disposed to be spaced from each other, in which the source electrode is electrically connected with the source region through the first connecting part, and the drain electrode is electrically connected with the drain region through the second connecting part,, wherein the a-Si connecting layer includes a first a-Si layer and a second a-Si layer which are laminated to each other, the second a-Si layer is disposed between the first a-Si layer and the source-drain electrode layer, a whole of the first a-Si layer contacts with the active layer, characterized in that an electrical conductivity of the second a-Si layer which contacts with the source-drain electrode layer is greater than that of the first a-Si layer which contacts with the active layer. an active layer (110, 210), including a channel region (113, 213), a source region (111, 211) and a drain region (112, 212), in which forming materials of the channel region (113, 213) include polycrystalline silicon, poly-Si; an amorphous silicon, a-Si, connecting layer, disposed on a side of the active layer and including a first connecting part and a second connecting part which are disposed to be spaced from each other; and a source-drain electrode layer (130, 230), including a source electrode (131, 231) and a drain electrode (132, 232) which are disposed to be spaced from each other, in which the source electrode is electrically connected with the source region through the first connecting part, and the drain electrode is electrically connected with the drain region through the second connecting part,, wherein the a-Si connecting layer includes a first a-Si layer and a second a-Si layer which are laminated to each other, the second a-Si layer is disposed between the first a-Si layer and the source-drain electrode layer, a whole of the first a-Si layer contacts with the active layer, characterized in that an electrical conductivity of the second a-Si layer which contacts with the source-drain electrode layer is greater than that of the first a-Si layer which contacts with the active layer.
A turbine shroud assembly comprising: a ceramic shroud ring configured to surround a plurality of turbine rotor blades; a plurality of slots circumferentially distributed around the ceramic shroud ring wherein each of the plurality of slots includes two axially and radially extending contact surfaces; a forward metallic support ring; a plurality of forward tabs attached to a forward edge of the forward metallic support ring, the forward tabs being configured to engage a turbine support case; and a plurality of aft tabs circumferentially distributed around and attached to an aft edge of the forward metallic support ring, each tab of the plurality of aft tabs is received by a corresponding slot of the plurality of slots of the ceramic shroud ring; wherein only two axially and radially extending surfaces (42a, 42b) of each of the aft tabs engage the two contact surfaces of the corresponding slot of the ceramic shroud ring; and wherein the two axially and radially extending surfaces are positioned on opposite sides of each of the aft tabs. a ceramic shroud ring configured to surround a plurality of turbine rotor blades; a plurality of slots circumferentially distributed around the ceramic shroud ring wherein each of the plurality of slots includes two axially and radially extending contact surfaces; a forward metallic support ring; a plurality of forward tabs attached to a forward edge of the forward metallic support ring, the forward tabs being configured to engage a turbine support case; and a plurality of aft tabs circumferentially distributed around and attached to an aft edge of the forward metallic support ring, each tab of the plurality of aft tabs is received by a corresponding slot of the plurality of slots of the ceramic shroud ring; wherein only two axially and radially extending surfaces (42a, 42b) of each of the aft tabs engage the two contact surfaces of the corresponding slot of the ceramic shroud ring; and wherein the two axially and radially extending surfaces are positioned on opposite sides of each of the aft tabs.
A tip saw for a composite material, such as sandwich panels and fiber reinforced plastics, the tip saw being provided with bases (4; 24) that are formed at a predetermined interval on an outer periphery of a base metal having a disk shape and a single tip (5; 25) securely attached to each base (4; 24), wherein the tips (5; 25) have their flank faces (5b; 25b) provided as staggered teeth pointed alternately at left and right ends, said staggered teeth being composed of inclined surfaces descending from a left end to a right end and from a right end to a left end, respectively, as viewed in a rotation direction of said tip saw, and have their rake faces (5a; 25a) provided as staggered teeth pointed alternately at left and right ends, wherein the rake face (5a; 25) of each tip (5; 25) is provided at a negative angle (α) of inclination in a direction opposite to the rotation direction of said tip saw with reference to a center line extending from a center of the base metal toward the outer periphery, and an outer peripheral part of the tip saw is applied with a dehydrogenative DLC coating of a fixed width, the rake faces (5a; 25a) provided as staggered teeth are composed of inclined surfaces descending from a left end to a right end and from a right end to a left end, respectively, as viewed in a radial direction of said tip saw, characterized in that said rake faces are as well inclined toward the surface normal of the disc, and that the flank of the tip (5; 25) has the same width over its entire length. the rake face (5a; 25) of each tip (5; 25) is provided at a negative angle (α) of inclination in a direction opposite to the rotation direction of said tip saw with reference to a center line extending from a center of the base metal toward the outer periphery, and an outer peripheral part of the tip saw is applied with a dehydrogenative DLC coating of a fixed width, the rake faces (5a; 25a) provided as staggered teeth are composed of inclined surfaces descending from a left end to a right end and from a right end to a left end, respectively, as viewed in a radial direction of said tip saw, characterized in that said rake faces are as well inclined toward the surface normal of the disc, and that the flank of the tip (5; 25) has the same width over its entire length.
Steam cooker accessory for heating and/or steaming food contained in a container, the steam cooker accessory comprising a body which comprises a steam generator and a water tank, the steam generator having a steam-generating chamber connected to a steam distribution outlet provided in a lower portion of the steam generator, the water tank supplying water to the steam-generating chamber and having an upper opening, the water tank communicating via a water supply inlet with the steam-generating chamber, the steam-generating chamber communicating with a steam discharge outlet arranged higher than the water supply inlet, the steam discharge outlet communicating via a duct with the steam distribution outlet, characterised in that it comprises a cover removably mounted on the body and having a closed position in which the cover blocks the upper opening of the water tank.
An unsaturated double bond-containing compound represented by the following general formula: wherein R 5 represents a hydrogen atom or a methyl group, R 6 represents any of a hydroxy group, a (meth)acryloyloxy group, a styryloxy group, and an alkenyloxy group having 2 to 5 carbon atoms.
A separable insulated connector, comprising: an external shell for grounding said connector, wherein said shell comprises at least one of a conductive material and a semi-conductive material; a semi-conductive insert disposed within said external shell, wherein said semi-conductive insert is a faraday cage; a bushing entrance for connection to an energy distribution component; and insulating material directly disposed between said external shell and said semi-conductive insert, wherein said insulating material is non-conductive, wherein at least one of said semi-conductive insert and said insulating material comprises a first portion, and wherein the bushing entrance comprises at least a part of said first portion, a second portion, and a cable entrance for receiving a cable, the cable entrance comprising at least a part of said second portion, wherein said first portion comprises a first material, and characterized in that said second portion comprises a second material that is more flexible than said first material. an external shell for grounding said connector, wherein said shell comprises at least one of a conductive material and a semi-conductive material; a semi-conductive insert disposed within said external shell, wherein said semi-conductive insert is a faraday cage; a bushing entrance for connection to an energy distribution component; and insulating material directly disposed between said external shell and said semi-conductive insert, wherein said insulating material is non-conductive, wherein at least one of said semi-conductive insert and said insulating material comprises a first portion, and wherein the bushing entrance comprises at least a part of said first portion, a second portion, and a cable entrance for receiving a cable, the cable entrance comprising at least a part of said second portion, wherein said first portion comprises a first material, and characterized in that said second portion comprises a second material that is more flexible than said first material.
A flow sensing ozone converter, comprising: an inlet housing having an inlet housing first end, an inlet extending from the inlet housing first end, and an inlet housing second end, the inlet housing defining a first pressure port; an outlet housing having an outlet housing first end, an outlet housing second end, and an outlet extending from the outlet housing second end, the outlet housing defining a second pressure port; and a central housing extending between the inlet housing second end and the outlet housing first end. an inlet housing having an inlet housing first end, an inlet extending from the inlet housing first end, and an inlet housing second end, the inlet housing defining a first pressure port; an outlet housing having an outlet housing first end, an outlet housing second end, and an outlet extending from the outlet housing second end, the outlet housing defining a second pressure port; and a central housing extending between the inlet housing second end and the outlet housing first end.
Method for determining an internal ohmic resistance of a battery module, wherein the method comprises determining the internal ohmic resistance from measurements of voltage intensities, characterized in that the method comprises repeatedly connecting and disconnecting the battery module to and from at least one further battery module which is under a load current, wherein the at least one further battery module is under the load current, and the method comprises measuring voltage intensities of the battery module prior to the connection and after the disconnection.
A method of processing logs to enhance resolution, wherein the method comprises: obtaining a measurement signal from a sensor tool moving through a borehole, wherein data that is indicative of formation resistivity, and preferably dip angle is provided by the measurement signal; and iteratively updating a formation model until a calculated tool response substantially matches the measurement signal, wherein said iterative updating includes: calculating an error value indicative of how closely the calculated tool response matches the measurement signal; applying a linearizing factor to the error value; determining a product of the error value, the linearizing factor, and a weighting factor; and determining an updated formation model from a sum of the weighted current formation model value and the determined product. calculating an error value indicative of how closely the calculated tool response matches the measurement signal; applying a linearizing factor to the error value; determining a product of the error value, the linearizing factor, and a weighting factor; and determining an updated formation model from a sum of the weighted current formation model value and the determined product.
An air conditioner comprising: a camera configured to sense a distance and direction of an occupant relative to the air conditioner; an area recognition module configured to classify air blowable space of the air conditioner into an intensive air blowing area and a non-intensive air blowing area by determining the intensive air blowing area and the non-intensive air blowing area based on the sensed distance and direction; an operation mode control module configured to instruct the air conditioner to operate in an intensive operation mode with respect to the intensive air blowing area; and a central control unit configured to control the air conditioner to operate in the instructed intensive operation mode for the intensive air blowing area classified by the area recognition module, and control the air conditioner to operate in a non-intensive operation mode distinguished from the intensive operation mode with respect to the intensive air blowing area and the non-intensive air blowing area when an operation performed in the intensive operation mode is completed, characterized in that the time required for the air conditioner in the intensive operation mode is shorter than the non-intensive operation mode. a camera configured to sense a distance and direction of an occupant relative to the air conditioner; an area recognition module configured to classify air blowable space of the air conditioner into an intensive air blowing area and a non-intensive air blowing area by determining the intensive air blowing area and the non-intensive air blowing area based on the sensed distance and direction; an operation mode control module configured to instruct the air conditioner to operate in an intensive operation mode with respect to the intensive air blowing area; and a central control unit configured to control the air conditioner to operate in the instructed intensive operation mode for the intensive air blowing area classified by the area recognition module, and control the air conditioner to operate in a non-intensive operation mode distinguished from the intensive operation mode with respect to the intensive air blowing area and the non-intensive air blowing area when an operation performed in the intensive operation mode is completed, characterized in that the time required for the air conditioner in the intensive operation mode is shorter than the non-intensive operation mode.
A computer readable storage medium with instructions for execution on a host computer, the host computer providing a host website with one or more host web pages viewable by a client browser running on a client computer, the computer readable storage medium comprising instructions to: (i) record a relationship between a partner site and the host website; (ii) substitute a reference to the partner site with a partner site alias referencing the host website; (iii) deliver the partner site alias to the client browser; (iv) replace the partner site alias for the reference to the partner site in response to receiving the partner site alias from the client browser; (v) augment the address of the client browser with an address alias; (vi) send the address alias to the partner site; (vii) receive from the partner site a partner action and the address alias; (viii) exchange the address for the address alias; (ix) deliver the partner action to the client browser utilizing the address; and (x) monitor (ii) through (ix) to identify client activity that constitutes a security threat at the host website or the partner site. (i) record a relationship between a partner site and the host website; (ii) substitute a reference to the partner site with a partner site alias referencing the host website; (iii) deliver the partner site alias to the client browser; (iv) replace the partner site alias for the reference to the partner site in response to receiving the partner site alias from the client browser; (v) augment the address of the client browser with an address alias; (vi) send the address alias to the partner site; (vii) receive from the partner site a partner action and the address alias; (viii) exchange the address for the address alias; (ix) deliver the partner action to the client browser utilizing the address; and (x) monitor (ii) through (ix) to identify client activity that constitutes a security threat at the host website or the partner site.