mhurhangee/ep-ind-claims huggingface dataset:
A power tool comprising: a driving source; a drive transmission mechanism that transmits driving power from the driving source; a torque adjustment portion capable of adjusting a tightening torque for when the driving power is transmitted to an output portion of the power tool; and a main body housing accommodating the driving source, the drive transmission mechanism, and the torque adjustment portion, wherein the main body housing includes an opening that exposes the output portion, wherein the torque adjustment portion includes a torque clutch including a clutch spring and a clutch plate, which abuts against a first end portion of the clutch spring, wherein the torque clutch is configured to interrupt power transmission to the output portion by pushing and lifting the clutch plate against the clutch spring as a load torque on the output portion increases, and an adjustment member arranged at a second end portion of the clutch spring in the torque clutch, wherein the torque adjustment portion is configured to adjust a spring force of the clutch spring that pushes the clutch plate to change the degree of the tightening torque when interrupting power transmission of the torque clutch, and the adjustment member includes an engagement portion able to be engaged with a clutch handle, which is configured to be coupled in a removable manner to the adjustment member to rotate the adjustment member, wherein the power tool is characterized by further comprising a cover configured to be removably attached to the opening to cover the engagement portion, wherein the power tool is further configured such that when the cover is attached to the opening of the main body housing, the adjust member is covered, whereby torque adjustment cannot be performed with the clutch handle, wherein the cover is removed from the main body housing during torque adjustment. a driving source; a drive transmission mechanism that transmits driving power from the driving source; a torque adjustment portion capable of adjusting a tightening torque for when the driving power is transmitted to an output portion of the power tool; and a main body housing accommodating the driving source, the drive transmission mechanism, and the torque adjustment portion, wherein the main body housing includes an opening that exposes the output portion,
An exhaust treatment system for a work vehicle, comprising: - an exhaust conduit transmitting an exhaust flow from an engine; - a DOC system connected to the exhaust conduit, the DOC system having a reductant introduced and mixed into the exhaust flow, and including a DOC conduit which connects the DOC to a center inlet of an SCR; characterized in that the SCR includes separate upper and lower exhaust chambers, such that when the exhaust flow enters the SCR at the center inlet, the exhaust flow enters a central chamber where it is split into separate upper and lower exhaust flows, the upper exhaust flow is moved upward through the upper exhaust chamber and the substrate therein, to an upper exhaust area, while simultaneously the lower exhaust flow is moved from the central chamber downward through a lower exhaust chamber and the substrate therein to a lower exhaust area, a longitudinal conduit extends between and connects the lower and upper exhaust areas and the lower exhaust flow is moved upward through the longitudinal conduit to the upper exhaust area where the lower exhaust flow combines with the upper exhaust flow and combined exhaust flows are expelled through an outlet formed in an upper end of the SCR. - an exhaust conduit transmitting an exhaust flow from an engine; - a DOC system connected to the exhaust conduit, the DOC system having a reductant introduced and mixed into the exhaust flow, and including a DOC conduit which connects the DOC to a center inlet of an SCR;
Method for separating overspray from the overspray-laden booth air of coating plants, in particular of painting plants, in which overspray is absorbed by an airflow and fed to a separating device where a majority of at least the solid materials is separated out of the overspray, wherein the overspray-laden booth air is guided through filter modules, in which the overspray is separated out and which are constructed as replaceable disposable units with a filter housing and a filter unit, wherein each filter module is replaced with an empty filter module after reaching a threshold loading of overspray, characterized in that the overspray-laden airflow is guided to a filter module via an air guide channel and the filter housing comprises a filter inlet, which is constructed complementary to a channel outlet connection of the air guide channel.
An orthogonal frequency division multiple access, OFDMA, uplink hybrid transmission method, comprising: sending, by an access point, AP,, a trigger frame, wherein the trigger frame is used to trigger a first station, STA, (101, 102) supporting a first standard and a second STA (103, 104) supporting a second standard to perform OFDMA uplink transmission; and receiving, by the AP, a trigger-based physical layer protocol data unit TB PPDU, wherein a bandwidth of the TB PPDU is a second bandwidth, and the TB PPDU comprises first uplink data sent by the first STA (101, 102) in response to the trigger frame and second uplink data sent by the second STA (103, 104) in response to the trigger frame, wherein the first STA(101, 102) supports a first bandwidth, the second STA (103, 104) supports the second bandwidth, and the second bandwidth is greater than the first bandwidth, and the trigger frame comprises a common information field, the common information field comprises an uplink bandwidth field and a first reserved bit, characterized in that the uplink bandwidth field and the first reserved bit are jointly used for determining, by the second STA (103, 104), the second bandwidth, and the first bandwidth is determined, by the first STA (101, 102), based on the uplink bandwidth field. sending, by an access point, AP,, a trigger frame, wherein the trigger frame is used to trigger a first station, STA, (101, 102) supporting a first standard and a second STA (103, 104) supporting a second standard to perform OFDMA uplink transmission; and receiving, by the AP, a trigger-based physical layer protocol data unit TB PPDU, wherein a bandwidth of the TB PPDU is a second bandwidth, and the TB PPDU comprises first uplink data sent by the first STA (101, 102) in response to the trigger frame and second uplink data sent by the second STA (103, 104) in response to the trigger frame, wherein the first STA(101, 102) supports a first bandwidth, the second STA (103, 104) supports the second bandwidth, and the second bandwidth is greater than the first bandwidth, and the trigger frame comprises a common information field, the common information field comprises an uplink bandwidth field and a first reserved bit, characterized in that the uplink bandwidth field and the first reserved bit are jointly used for determining, by the second STA (103, 104), the second bandwidth, and the first bandwidth is determined, by the first STA (101, 102), based on the uplink bandwidth field.
Polyolefin composition comprising: A) from 60 to 75 wt.% of a polyethylene having a density of 0.920-0.940 g/cm 3 and a fraction soluble in xylene (XS A) of less than 10 wt.%, said polyethylene comprising ethylene and one or more comonomers selected from α-olefins having formula CH 2 =CHR, wherein R is an alkyl radical, linear or branched, having from 1 to 10 carbon atoms; and B) from 25 to 40 wt.% of a copolymer of ethylene with one or more comonomers selected from α-olefins having formula HC 2 =CHR I, where R I is an alkyl radical, linear or branched, having from 1 to 8 carbon atoms, comprising from 50 to 70 wt.% of ethylene and having a fraction soluble in xylene (XS B) of at least 50 wt.%; said composition having a flexural modulus of less than 260 MPa as measured according to ISO 178. A) from 60 to 75 wt.% of a polyethylene having a density of 0.920-0.940 g/cm 3 and a fraction soluble in xylene (XS A) of less than 10 wt.%, said polyethylene comprising ethylene and one or more comonomers selected from α-olefins having formula CH 2 =CHR, wherein R is an alkyl radical, linear or branched, having from 1 to 10 carbon atoms; and B) from 25 to 40 wt.% of a copolymer of ethylene with one or more comonomers selected from α-olefins having formula HC 2 =CHR I, where R I is an alkyl radical, linear or branched, having from 1 to 8 carbon atoms, comprising from 50 to 70 wt.% of ethylene and having a fraction soluble in xylene (XS B) of at least 50 wt.%;
Device for gas-tight encapsulation in a container of a fuel rod or fuel rod section contained in this container, having the following features: a) the device has a first and a second processing chamber (50, 52), b) first and a second processing chamber (50, 52) are at a distance from each other and are arranged on a mutual system axis, c) the first processing chamber has an inlet and the second processing chamber has an outlet for a purge gas, d) each processing chamber (50, 52) has means for gas-tight sealing of the container, characterised in that first and second processing chambers (50, 52) are provided with a first or second opening (56, 57) for receiving a free end of the container leading into the processing chamber (50, 52) in such a way that first and second processing chambers (50, 52) can be connected fluidically to each other in the event of a container arranged between these exclusively via the container itself. a) the device has a first and a second processing chamber (50, 52), b) first and a second processing chamber (50, 52) are at a distance from each other and are arranged on a mutual system axis, c) the first processing chamber has an inlet and the second processing chamber has an outlet for a purge gas, d) each processing chamber (50, 52) has means for gas-tight sealing of the container,
Arrangement for reading off predetermined positions of a gear lever in a gear selector to change gears in a vehicle, comprising a sensor arrangement with a first sensor component configured to move with the gear lever when the gear lever is moved; a plurality of second sensor components (S21-S25) that can interact with the first sensor component to detect the position of the first sensor component relative to the plurality of second sensor components (S21-S25), wherein in each of the predetermined positions of the gear lever, the first sensor component interacts with at least one second sensor component (S21-S25); a position determination unit adapted to receive the signal output of the second sensor components (S21-S25) and configured to determine the position of the gear lever by comparison of the current sensor output values with stored sensor output values in a table of expected sensor output values at the predetermined positions to identify one of the predetermined positions of the gear lever for which the expected sensor output values in the table match the current sensor output values, wherein the determination unit is configured such that when a faulty condition is detected in one of the sensor components (S21-S25), which persistently leads to a faulty output signal, the stored sensor output values for the faulty sensor component are updated with the faulty output value of the faulty sensor component in the table of expected sensor output values, characterized in that the determination unit is configured such that when two or more second sensors components (S21-S25) are in a faulty condition, the determination unit updates the stored sensor output values for the faulty second sensor components with the faulty sensor output values only when at least two functional second sensor components are situated between two faulty second sensor components.
A pipette member attachable to a container capable of accommodating a tissue and a liquid, the pipette member being usable for isolating cells from the tissue by stirring, the pipette member comprising: a cylindrical body member which includes a first opening that is to be accommodated in the container, and a second opening that is to be connected to a cell isolation apparatus, and in which a passage (14, 16) for communicating the first opening with the second opening is defined; a lid member which defines a part of the second opening; and a filter member which is disposed inside the body member, wherein at least a part of the filter member is in contact with the lid member and wherein the filter member separates the passage into a first part that includes the first opening, and a second part that includes the second opening, wherein upon suction by the cell isolation apparatus, the filter member is capable of filtering out unwanted tissue pieces while the liquid containing the isolated cells passes through the filter member, wherein the first opening is configured so that the cells can be isolated from the tissue by the stirring that includes a repeat of pressurization and depressurization through the second opening by the cell isolation apparatus, and wherein the filter member and the second opening are configured so that the isolated cells can pass through the first member and the second opening. a cylindrical body member which includes a first opening that is to be accommodated in the container, and a second opening that is to be connected to a cell isolation apparatus, and in which a passage (14, 16) for communicating the first opening with the second opening is defined; a lid member which defines a part of the second opening; and a filter member which is disposed inside the body member, wherein at least a part of the filter member is in contact with the lid member and wherein the filter member separates the passage into a first part that includes the first opening, and a second part that includes the second opening, wherein upon suction by the cell isolation apparatus, the filter member is capable of filtering out unwanted tissue pieces while the liquid containing the isolated cells passes through the filter member, wherein the first opening is configured so that the cells can be isolated from the tissue by the stirring that includes a repeat of pressurization and depressurization through the second opening by the cell isolation apparatus, and wherein the filter member and the second opening are configured so that the isolated cells can pass through the first member and the second opening.
A method of packaging and displaying an email, comprising the steps of: - creating (200, 400) an email having at least a first independent digital object (4a, 4c) and a corresponding first tag (6a, 6c); and - displaying (220, 420), at a recipient, said email such that said first independent digital object (4a, 4c) is presented, characterized in that the email is created by a sender, the email further having - at least a first dependent digital object (3a, 3c) associated with said first independent digital object (4a, 4c) through said first tag (6a, 6c); and in that the method, at the recipient, comprises - processing (210, 410) said email for extraction of said first dependent digital object (3a, 3c) for matching with said associated first independent digital object (4a, 4c), thereby forming a first processed content (5a, 5c); and - displaying (220, 420) said email such that said first independent digital object (4a, 4c) and said first dependent digital object (3a, 3c) of the first processed content (5a, 5c) are presented simultaneously. - creating (200, 400) an email having at least a first independent digital object (4a, 4c) and a corresponding first tag (6a, 6c); and - displaying (220, 420), at a recipient, said email such that said first independent digital object (4a, 4c) is presented, - at least a first dependent digital object (3a, 3c) associated with said first independent digital object (4a, 4c) through said first tag (6a, 6c); - processing (210, 410) said email for extraction of said first dependent digital object (3a, 3c) for matching with said associated first independent digital object (4a, 4c), thereby forming a first processed content (5a, 5c); and - displaying (220, 420) said email such that said first independent digital object (4a, 4c) and said first dependent digital object (3a, 3c) of the first processed content (5a, 5c) are presented simultaneously.
Axle drive of a mobile working machine, in particular an industrial truck, having electric motors (E1, E2, E3, E4) for driving two individually driven wheel hubs (2, 3) arranged on an axle centre line, wherein the wheel hubs (2, 3) each have a drive connection to at least two electric motors (E1, E2 and E3, E4) coupled mechanically to each other to form a motor group (M1 and M2), wherein the motor groups (M1, M2) each have electric motors (E1, E2 and E3, E4) aligned coaxially with one another and having a common axis of rotation (R1 and R2), characterized in that the motor groups (M1, M2) are each arranged axially parallel to the axle centre line and axially parallel to each other, and a connecting gear mechanism (V1 and V2) is arranged in the power flow between each motor group (M1 and M2) and the wheel hub (2 and 3) driven thereby.
A system (200, 300, 400) for detecting subsurface objects within a confined sea area, the system comprising one or more surface vessels (201, 301, 401) and at least one control unit (202, 302), wherein each surface vessel (201, 301, 401) comprises positioning means, collision detection means, and bathymetry measurement means and is arranged to gather bathymetry measurements during controlled motion in a path within the confined sea area and to transmit the bathymetry measurements to the at least one control unit (202, 302), wherein each surface vessel (201, 301, 401) is unmanned and arranged to operate in an autonomous or remotely controlled state when gathering bathymetry measurements, wherein the at least one control unit (202, 302) is arranged to receive bathymetry measurements from the one or more surface vessels (201, 301, 401), and wherein the collision detection means are arranged for detecting obstacles in the path, wherein each surface vessel is arranged to autonomously adapt the path within the confined sea area upon detection of an obstacle, characterized in that the at least one control unit (202, 302) is arranged to retrieve bathymetry data representing said path from a memory in the control unit, and in that the at least one control unit is arranged to compare the received bathymetry measurements to the retrieved bathymetry data and to indicate a presence of a subsurface object upon determination of a deviation between received bathymetry measurements and retrieved bathymetry data for at least one geographical position along said path.
A thermoplastic elastomer composition for crosslinked foam, comprising: an ethylene-based copolymer being any homopolymer or copolymer containing ethylene as a monomer; a first copolymer; a second copolymer, J wherein the components and are copolymers comprising a vinyl aromatic monomer and a conjugated diene monomer, the first copolymer having a conjugated diene hydrogenation rate of at least 80% and the second copolymer having a conjugated diene hydrogenation rate of no more than 10%, wherein the hydrogenation rate is measured by nuclear magnetic resonance analyzer, and wherein the second copolymer is not a random copolymer, and the first copolymer and the second copolymer have a sum of a content of conjugated diene unsaturated double bonds ranging from 12% to 50% calculated using below formula: mass fraction of component B / mass fraction of component B + mass fraction of component C × 100 % − conjugated diene hydrogenation rate of component B + mass fraction of component C / mass fraction of component B + mass fraction of component C × 100 % − conjugated diene hydrogenation rate of component C; an organic peroxide; and a foaming agent, wherein a mass ratio (A/(B+C)) of the component to a combination of the component and the component is 95/5 to 5/95, and a mass ratio (B/C) of the component to the component is 9/1 to 1/9. an ethylene-based copolymer being any homopolymer or copolymer containing ethylene as a monomer; a first copolymer; a second copolymer, J wherein the components and are copolymers comprising a vinyl aromatic monomer and a conjugated diene monomer, the first copolymer having a conjugated diene hydrogenation rate of at least 80% and the second copolymer having a conjugated diene hydrogenation rate of no more than 10%, wherein the hydrogenation rate is measured by nuclear magnetic resonance analyzer, and wherein the second copolymer is not a random copolymer, and the first copolymer and the second copolymer have a sum of a content of conjugated diene unsaturated double bonds ranging from 12% to 50% calculated using below formula: mass fraction of component B / mass fraction of component B + mass fraction of component C × 100 % − conjugated diene hydrogenation rate of component B + mass fraction of component C / mass fraction of component B + mass fraction of component C × 100 % − conjugated diene hydrogenation rate of component C; an organic peroxide; and a foaming agent, wherein a mass ratio (A/(B+C)) of the component to a combination of the component and the component is 95/5 to 5/95, and a mass ratio (B/C) of the component to the component is 9/1 to 1/9.
A method for optimizing a neighboring cell, wherein a first network and a second network are in overlay networking, wherein a first cell in the first network and a second cell in the second network have a coverage area in common and a base station corresponding to the first cell is different from a base station corresponding to the second cell, and the method comprises: Detecting, by the base station corresponding to the second cell, that a terminal in the second cell reports an unidentified physical identifier, PCI; Obtaining, by the base station corresponding to the second cell, a global cell identity, GCI, corresponding to the unidentified PCI, and determining that a cell corresponding to the GCI is an un-configured neighboring cell of the first cell; and Sending, by the base station corresponding to the second cell, information about the determined un-configured neighboring cell to a base station BSS, which is corresponding to the first cell, the BSS obtaining the un-configured neighboring cell of the first cell according to the information about the determined un-configured neighboring cell, and adding the un-configured neighboring cell to a neighboring cell list of the first cell. Detecting, by the base station corresponding to the second cell, that a terminal in the second cell reports an unidentified physical identifier, PCI; Obtaining, by the base station corresponding to the second cell, a global cell identity, GCI, corresponding to the unidentified PCI, and determining that a cell corresponding to the GCI is an un-configured neighboring cell of the first cell; and Sending, by the base station corresponding to the second cell, information about the determined un-configured neighboring cell to a base station BSS, which is corresponding to the first cell, the BSS obtaining the un-configured neighboring cell of the first cell according to the information about the determined un-configured neighboring cell, and adding the un-configured neighboring cell to a neighboring cell list of the first cell.
Extra-discal device for intervertebral stabilization including at least two pedicle screws cooperating with at least two different vertebrae, the said screws being linked by a linkage assembly including at least one rigid part coupled to the screws by an element, characterised in that the rigid part is composed of a cylindrical body, each end of which is fixed to the element which is flexible and deformable, and forming at each of said ends a loop, to be linked to a part of the corresponding pedicle screw so as to create reduced play so determined to obtain a limited range of multidirectional movements in the sagittal, horizontal and frontal planes, while limiting translational movement to the axis of the screw.