mhurhangee/ep-ind-claims huggingface dataset:
A clamping device for a hand-held tool, wherein the clamping device comprises: a mounting base (72,272,372,472,572); a clamping unit (40,340,440,540) being configured to fasten a working tool in an axial direction; and an operation assembly (42,342,342,442,542), comprising an operating member (68,268,368,468,568) and a driving member (70,370,470,570), wherein the operating member (68,268,368,468,568) is capable of performing a compound motion relative to the mounting base (72,272,372,472,572), characterized in that one of the operating member (68,268,368,468,568) and the mounting base (72,272,372,472,572) is provided with a guiding member (76,276,370,476,576), the other one of the operating member (68,268,368,468,568) and the mounting base (72,272,372,472,572) is provided with a guiding groove (74,374,474,574), and the guiding member (76,276,370,476,576) is rotatable and configured to slide in the guiding groove (74,374,474,574), and the operating member (68,268,368,468,568) is operable to drive the driving member (370,470,570) to selectively mate with and disengage from the clamping unit (40,340,440,540). a mounting base (72,272,372,472,572); a clamping unit (40,340,440,540) being configured to fasten a working tool in an axial direction; and an operation assembly (42,342,342,442,542), comprising an operating member (68,268,368,468,568) and a driving member (70,370,470,570), wherein the operating member (68,268,368,468,568) is capable of performing a compound motion relative to the mounting base (72,272,372,472,572), characterized in that one of the operating member (68,268,368,468,568) and the mounting base (72,272,372,472,572) is provided with a guiding member (76,276,370,476,576), the other one of the operating member (68,268,368,468,568) and the mounting base (72,272,372,472,572) is provided with a guiding groove (74,374,474,574), and the guiding member (76,276,370,476,576) is rotatable and configured to slide in the guiding groove (74,374,474,574), and the operating member (68,268,368,468,568) is operable to drive the driving member (370,470,570) to selectively mate with and disengage from the clamping unit (40,340,440,540).
A method for supporting a supporting component on a building element of an inclined roof, where the building element comprises - a first side and a second side, - a thermal insulation core between the first side and the second side, and - auxiliary supports (31, 311, 310, 31q) arranged to transmit a supporting force in a short section from the second side of the thermal insulation core to the first side of the thermal insulation core, the method comprising - providing at least one supporting component on the first side of the building element, wherein - the auxiliary supports are arranged to transmit the supporting force in a short section from the second side of the building element to the supporting component, characterized in that - some first auxiliary supports (311, 31o, 31q) of the building element are provided in the insulation core in the substantially vertical direction of the forces caused by loads of the roof, and - an auxiliary support is provided in another direction transverse to the insulation core, whereby in their use, the first auxiliary supports (311, 31o, 31q) are resistant to greater loads than the auxiliary support transverse to the insulation core, thereby - supporting at least one supporting component by at least one auxiliary support in a short section to a bearing structure or to an extension of a bearing structure on the other side of the building element. - a first side and a second side, - a thermal insulation core between the first side and the second side, and - auxiliary supports (31, 311, 310, 31q) arranged to transmit a supporting force in a short section from the second side of the thermal insulation core to the first side of the thermal insulation core, the method comprising - providing at least one supporting component on the first side of the building element, wherein - the auxiliary supports are arranged to transmit the supporting force in a short section from the second side of the building element to the supporting component, characterized in that - some first auxiliary supports (311, 31o, 31q) of the building element are provided in the insulation core in the substantially vertical direction of the forces caused by loads of the roof, and - an auxiliary support is provided in another direction transverse to the insulation core, whereby in their use, the first auxiliary supports (311, 31o, 31q) are resistant to greater loads than the auxiliary support transverse to the insulation core, thereby - supporting at least one supporting component by at least one auxiliary support in a short section to a bearing structure or to an extension of a bearing structure on the other side of the building element.
A computer-implemented method for road surface dependent motion planning comprising: obtaining, by a computing system (106;502) comprising one or more computing devices (110, 112, 129), a first set of predetermined constraints determined based on data indicating comfort limits (204; 308) for a rider in an autonomous vehicle, wherein the first set of predetermined constraints further comprises a combination of a longitudinal force limit for acceleration and a lateral force limit for steering of the autonomous vehicle; obtaining, by the computing system, surface friction data, wherein the surface friction data comprises estimates of road surface friction during operations of the autonomous vehicle; adjusting, based on the surface friction data, one or more of the first set of predetermined constraints to determine one or more constraints; and generating, by the computing system, a motion plan for the autonomous vehicle based at least in part on the one or more constraints. obtaining, by a computing system (106;502) comprising one or more computing devices (110, 112, 129), a first set of predetermined constraints determined based on data indicating comfort limits (204; 308) for a rider in an autonomous vehicle, wherein the first set of predetermined constraints further comprises a combination of a longitudinal force limit for acceleration and a lateral force limit for steering of the autonomous vehicle; obtaining, by the computing system, surface friction data, wherein the surface friction data comprises estimates of road surface friction during operations of the autonomous vehicle; adjusting, based on the surface friction data, one or more of the first set of predetermined constraints to determine one or more constraints; and generating, by the computing system, a motion plan for the autonomous vehicle based at least in part on the one or more constraints.
An apparatus for continuously forming connectors, the apparatus comprising means to supply (A, B, C) an electrically conductive strip, characterised by means to encase intermittently (G, H) the conductive strip in non-conductive material, means to apply intermittently (I, K) an adhesive material covered with a release liner to or along a minor portion of the non-conductive material and across its entire width, means to cut the conductive strip to form connectors and/or means to cut (G, L) the non-conductive material to form connectors.
A digital radiography imager (200; 300; 640), comprising: an energy detection layer (240; 340; 644); and an x-ray converting layer (220; 320; 646) disposed above the energy detection layer, wherein the energy detection layer is coupled to receive light from the x-ray converting layer, wherein the x-ray converting layer has a first surface (226; 322; 532) adjacent to the energy detection layer and a second surface (224; 324; 534) on an opposite side to that of the first surface, and wherein the digital radiography imager is configured such that x-rays received from a radiography x-ray source traverse the energy detection layer before propagating through the x-ray converting layer, wherein an intensity level of light converted from the x-rays received by the imager is greater near the first surface (226; 322; 532) relative to the second surface (224; 324; 534) of the x-ray converting layer (220; 320; 646), wherein the x-ray converting layer (220; 320; 646) comprises a scintillating material to produce visible light from x-rays; characterised in that a substrate layer (250; 350) is disposed between the energy detection layer (240; 340) and a protective layer (260; 360), wherein the substrate layer has low attenuation or x-ray absorption, and wherein the substrate is a glass material; and in that a mirror layer (210; 310; 648) is disposed above the scintillator material. an energy detection layer (240; 340; 644); and an x-ray converting layer (220; 320; 646) disposed above the energy detection layer, wherein the energy detection layer is coupled to receive light from the x-ray converting layer, wherein the x-ray converting layer has a first surface (226; 322; 532) adjacent to the energy detection layer and a second surface (224; 324; 534) on an opposite side to that of the first surface, and wherein the digital radiography imager is configured such that x-rays received from a radiography x-ray source traverse the energy detection layer before propagating through the x-ray converting layer, wherein an intensity level of light converted from the x-rays received by the imager is greater near the first surface (226; 322; 532) relative to the second surface (224; 324; 534) of the x-ray converting layer (220; 320; 646), wherein the x-ray converting layer (220; 320; 646) comprises a scintillating material to produce visible light from x-rays; characterised in that a substrate layer (250; 350) is disposed between the energy detection layer (240; 340) and a protective layer (260; 360), wherein the substrate layer has low attenuation or x-ray absorption, and wherein the substrate is a glass material; and in that a mirror layer (210; 310; 648) is disposed above the scintillator material.
An electropneumatic control module for an electronically controllable pneumatic brake system for a vehicle with a towing unit and a trailer, having: a pneumatic supply connection which can be connected to a compressed air supply, and a venting port, which is connected to a venting means, a trailer control unit, which comprises a trailer control valve unit, a trailer brake pressure port and a trailer supply pressure port, a handbrake unit, which comprises a spring-loaded port for at least one spring-loaded brake (118, 119) for a towing unit and a handbrake valve unit, and an electronic control unit for controlling the trailer control valve unit and the handbrake valve unit, characterized by a check valve, which is arranged between the trailer control unit and the handbrake unit for at least partial decoupling of the trailer control unit and the handbrake unit. a pneumatic supply connection which can be connected to a compressed air supply, and a venting port, which is connected to a venting means, a trailer control unit, which comprises a trailer control valve unit, a trailer brake pressure port and a trailer supply pressure port, a handbrake unit, which comprises a spring-loaded port for at least one spring-loaded brake (118, 119) for a towing unit and a handbrake valve unit, and an electronic control unit for controlling the trailer control valve unit and the handbrake valve unit, characterized by a check valve, which is arranged between the trailer control unit and the handbrake unit for at least partial decoupling of the trailer control unit and the handbrake unit.
A heated aerosol-generating article for producing an inhalable aerosol, the heated aerosol-generating article comprising an aerosol-forming substrate, in which the aerosol-forming substrate is a homogenized tobacco material comprising tobacco and a wax having a melting point between 50 °C and 150 °C, in which the total content of wax in the homogenized tobacco material is between 5 weight percent and 15 weight percent on a dry weight basis, and in which the wax is evenly distributed within the homogenized tobacco material.
An electrode arrangement for forming a dielectric barrier plasma discharge between a flat surface of the electrode arrangement and a surface to be treated which functions as a counterelectrode and on which a fluid can collect, comprising a flat electrode which can be connected to a high voltage source by means of a connector and which is completely embedded in a flat dielectric, except for the connector for the high voltage source, wherein the dielectric forms a top surface and a bottom surface being a flat surface, facing the surface to be treated, characterized in that the flat electrode has through-holes distributed over its plane, and the dielectric is provided with through-holes which extend from the bottom surface to the top surface, align with the through-holes of the electrode, and have smaller dimensions than the through-holes of the electrode, whereby the dielectric completely covers the electrode also in the region of the through-holes.
A method implemented at least in part by a computing device, the method comprising: deterministically forming a first asymmetric key pair by combination of a password and other data; exporting a public key of the first asymmetric key pair to an external device, characterised in that the method further comprises the steps of: generating a public key certificate based on the first asymmetric key pair; storing the public key certificate on an authentication server; and responsive to an authentication session, performing a digital certificate logon process by generating a second asymmetric key pair with the deterministic operations used to generate the first asymmetric key pair and using the stored public key certificate. deterministically forming a first asymmetric key pair by combination of a password and other data; exporting a public key of the first asymmetric key pair to an external device, characterised in that the method further comprises the steps of: generating a public key certificate based on the first asymmetric key pair; storing the public key certificate on an authentication server; and responsive to an authentication session, performing a digital certificate logon process by generating a second asymmetric key pair with the deterministic operations used to generate the first asymmetric key pair and using the stored public key certificate. generating a public key certificate based on the first asymmetric key pair; storing the public key certificate on an authentication server; and responsive to an authentication session, performing a digital certificate logon process by generating a second asymmetric key pair with the deterministic operations used to generate the first asymmetric key pair and using the stored public key certificate.
A dental dispenser for dispensing dental material, comprising: a luer body for receiving a cartridge, the luer body having a proximal end and a distal end, the luer body further comprising an applicator receiving portion at the distal end, a grip operably engaging with the luer body at the proximal end, a back, and a tab connected to the grip and configured to form a hinged latch mechanism to confine movement of the back when the dispenser is closed, and to release the back when pressed upon to open and load the dispenser with the cartridge, characterized by the back being hingedly connected to the grip, the back including a rod ring and the back being configured such that the rod ring is confined to be slidably displaced with a thumb of a user. a luer body for receiving a cartridge, the luer body having a proximal end and a distal end, the luer body further comprising an applicator receiving portion at the distal end, a grip operably engaging with the luer body at the proximal end, a back, and a tab connected to the grip and configured to form a hinged latch mechanism to confine movement of the back when the dispenser is closed, and to release the back when pressed upon to open and load the dispenser with the cartridge, characterized by the back being hingedly connected to the grip, the back including a rod ring and the back being configured such that the rod ring is confined to be slidably displaced with a thumb of a user.
A voice synthesis method for generating a voice signal through connection of a phonetic piece extracted from a reference voice, comprising: selecting, by a piece selection unit, the phonetic piece sequentially; setting, by a pitch setting unit, a pitch transition in which a fluctuation of an observed pitch of the phonetic piece is reflected based on a degree corresponding to a difference value between a reference pitch (F R) being a reference of sound generation of the reference voice and the observed pitch (F V) of the phonetic piece selected by the piece selection unit; and generating, by a voice synthesis unit, the voice signal by adjusting a pitch of the phonetic piece selected by the piece selection unit based on the pitch transition generated by the pitch setting unit, wherein the setting of the pitch transition comprises: setting, by a basic transition setting unit, a basic transition corresponding to a time series of a pitch of a target to be synthesized; generating, by a fluctuation generation unit, a fluctuation component by multiplying the difference value between the reference pitch (F R) and the observed pitch (F V) by an adjustment value (α) corresponding to the difference value between the reference pitch and the observed pitch; and adding, by a fluctuation addition unit, the fluctuation component to the basic transition. selecting, by a piece selection unit, the phonetic piece sequentially; setting, by a pitch setting unit, a pitch transition in which a fluctuation of an observed pitch of the phonetic piece is reflected based on a degree corresponding to a difference value between a reference pitch (F R) being a reference of sound generation of the reference voice and the observed pitch (F V) of the phonetic piece selected by the piece selection unit; and generating, by a voice synthesis unit, the voice signal by adjusting a pitch of the phonetic piece selected by the piece selection unit based on the pitch transition generated by the pitch setting unit, wherein the setting of the pitch transition comprises: setting, by a basic transition setting unit, a basic transition corresponding to a time series of a pitch of a target to be synthesized; generating, by a fluctuation generation unit, a fluctuation component by multiplying the difference value between the reference pitch (F R) and the observed pitch (F V) by an adjustment value (α) corresponding to the difference value between the reference pitch and the observed pitch; and adding, by a fluctuation addition unit, the fluctuation component to the basic transition. setting, by a basic transition setting unit, a basic transition corresponding to a time series of a pitch of a target to be synthesized; generating, by a fluctuation generation unit, a fluctuation component by multiplying the difference value between the reference pitch (F R) and the observed pitch (F V) by an adjustment value (α) corresponding to the difference value between the reference pitch and the observed pitch; and adding, by a fluctuation addition unit, the fluctuation component to the basic transition.
A method of locating position of a remote receiver (104, 300), comprising the following steps performed by the remote receiver: obtaining long term satellite tracking data at said remote receiver, wherein long term satellite tracking data comprises data representative of satellite trajectory information and/or satellite clock information which is valid for a long period of time as compared to standard broadcast ephemeris; detecting satellite positioning system, SPS, satellites; determining pseudoranges from said remote receiver to said detected SPS satellites, comprising measuring sub-millisecond pseudoranges to said detected SPS satellites and resolving integer-millisecond portions of said sub-millisecond pseudoranges to produce said pseudoranges; and computing a position of said remote receiver using said pseudoranges and said long term satellite tracking data; characterized in that the method further comprises performing a blind search to detect said SPS satellites; and said step of determining pseudoranges further comprises: measuring pseudorange rates with respect to said detected SPS satellites by computing a time-derivative of the sub-millisecond pseudoranges, calculating a position estimate of said remote receiver using said pseudorange rates, and resolving said integer-millisecond portions of said sub-millisecond pseudoranges using said position estimate. obtaining long term satellite tracking data at said remote receiver, wherein long term satellite tracking data comprises data representative of satellite trajectory information and/or satellite clock information which is valid for a long period of time as compared to standard broadcast ephemeris; detecting satellite positioning system, SPS, satellites; determining pseudoranges from said remote receiver to said detected SPS satellites, comprising measuring sub-millisecond pseudoranges to said detected SPS satellites and resolving integer-millisecond portions of said sub-millisecond pseudoranges to produce said pseudoranges; and computing a position of said remote receiver using said pseudoranges and said long term satellite tracking data; characterized in that the method further comprises performing a blind search to detect said SPS satellites; and said step of determining pseudoranges further comprises: measuring pseudorange rates with respect to said detected SPS satellites by computing a time-derivative of the sub-millisecond pseudoranges, calculating a position estimate of said remote receiver using said pseudorange rates, and resolving said integer-millisecond portions of said sub-millisecond pseudoranges using said position estimate. measuring pseudorange rates with respect to said detected SPS satellites by computing a time-derivative of the sub-millisecond pseudoranges, calculating a position estimate of said remote receiver using said pseudorange rates, and resolving said integer-millisecond portions of said sub-millisecond pseudoranges using said position estimate.