mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a housing; a first keyboard portion that is configured to move between a deployed position and a non-deployed position with respect to the housing, the first keyboard portion having a first end and a second end; a cover pivotally coupled to the housing and to the first end of the first keyboard portion and configured to at least partially cover the first keyboard portion when the first keyboard portion is in the non-deployed position and to reveal the first keyboard portion when the first keyboard portion is in the deployed position, the cover including a support surface for contacting the first keyboard portion to provide vertical support when the first keyboard portion is in the deployed position, the cover being configured to move the first keyboard portion between the deployed position and the non-deployed position as the cover pivots with respect to the housing. a housing; a first keyboard portion that is configured to move between a deployed position and a non-deployed position with respect to the housing, the first keyboard portion having a first end and a second end; a cover pivotally coupled to the housing and to the first end of the first keyboard portion and configured to at least partially cover the first keyboard portion when the first keyboard portion is in the non-deployed position and to reveal the first keyboard portion when the first keyboard portion is in the deployed position, the cover including a support surface for contacting the first keyboard portion to provide vertical support when the first keyboard portion is in the deployed position, the cover being configured to move the first keyboard portion between the deployed position and the non-deployed position as the cover pivots with respect to the housing.
An article of apparel comprising a plurality of textile elements (501, 502, 601, 602, 706, 708, 826) joined to each other at seams (603, 604, 707, 827) to form a structure for receiving a part of a wearer, the textile elements (501, 502, 601, 602, 706, 708, 826) including strands (301, 302) that have a plurality of substantially aligned filaments fully formed from a first thermoplastic polymer material, wherein the seams (603, 604, 707, 827) include a joining strand that stitches the textile elements (501, 502, 601, 602, 706, 708, 826) to each other, the joining strand being fully formed from a second thermoplastic polymer material, wherein the thermoplastic polymer material of the filaments and the thermoplastic polymer material of the joining strand are thermoplastic polyurethane materials, wherein the thermoplastic polymer material of the filaments has a higher melting temperature than the thermoplastic polymer material of the joining strand, and wherein the joining strand is thermal bonded to the textile elements (501, 502, 601, 602, 706, 708, 826) at the seams (603, 604, 707, 827) with the second thermoplastic polymer material such that the completely melts into the textile elements (501, 502, 601, 602, 706, 708, 826) when heated to a melting temperature of the second thermoplastic polymer material, characterized in that the textile elements (501, 502, 601, 602, 706, 708, 826) are thermal bonded to each other at the seams (603, 604, 707, 827) with the first thermoplastic material.
A locking mechanism (10,100,200,701) comprising: a receiver base having a plurality of locking mechanisms configured to securely engage a device (120,122), at least one of the plurality of locking mechanisms including an indicator configured to indicate that a respective locking mechanism is secured with the device (120,122); a linking member coupled to the receiver base, the linking member configured to link the locking mechanism with an anchor point; and a signal cable coupled to the receiver base and configured to communicate a signal corresponding to the indicator characterized in that the signal cable is disposed in the linking member. a receiver base having a plurality of locking mechanisms configured to securely engage a device (120,122), at least one of the plurality of locking mechanisms including an indicator configured to indicate that a respective locking mechanism is secured with the device (120,122); a linking member coupled to the receiver base, the linking member configured to link the locking mechanism with an anchor point; and a signal cable coupled to the receiver base and configured to communicate a signal corresponding to the indicator characterized in that the signal cable is disposed in the linking member.
Pipe joint, which comprises at least one first pipe section, and a sleeve part, into which the butt end part of the pipe section is disposed in such a way that the sleeve part extends on top of the pipe section a distance from the butt end of the pipe section that is inside the sleeve, and heating means, such as resistance wires, whereby for forming the joint, a joint component is arranged between the outer surface of at least one pipe section and the inside surface of the sleeve part, which joint component is configured to form a joint with the sleeve part when the joint area is warmed with the heating means, characterized in that a collar is arranged on the butt end of the pipe section, which collar comprises a detent surface for the joint component when the joint component is arranged against the collar.
A method for wireless communication performed by a first base station of a wireless communication system supporting the first base station and a second base station comprising: detecting, by the first base station operating according to a first time division duplexing, TDD configuration, interference from the second base station the second base station operating according to a second TDD configuration that is synchronized in time with the first TDD configuration; sending an overload indication to the second base station based at least in part on the interference; receiving, from the second base station in response to the overload indication, an indication of remote interference of the second base station to the first base station, sending, to the second base station, a request for transmission of a remote interference reference signal, RI-RS wherein the request for the RI-RS is based at least in part on the indication of remote interference; identifying (1105, 1215, 1505), an indicator to monitor for the remote interference reference signal, RI-RS scheduled for transmission by the second base station; monitoring (1110, 1220, 1510) for the RI-RS from the second base station during at least a portion of a first uplink transmission time interval, TTI of the first TDD configuration based on the indication; and reporting measurement information (972, 1115, 1225, 1515) associated with resources of the RI-RS based at least in part on the monitoring for the RI-RS. detecting, by the first base station operating according to a first time division duplexing, TDD configuration, interference from the second base station the second base station operating according to a second TDD configuration that is synchronized in time with the first TDD configuration; sending an overload indication to the second base station based at least in part on the interference; receiving, from the second base station in response to the overload indication, an indication of remote interference of the second base station to the first base station, sending, to the second base station, a request for transmission of a remote interference reference signal, RI-RS wherein the request for the RI-RS is based at least in part on the indication of remote interference; identifying (1105, 1215, 1505), an indicator to monitor for the remote interference reference signal, RI-RS scheduled for transmission by the second base station; monitoring (1110, 1220, 1510) for the RI-RS from the second base station during at least a portion of a first uplink transmission time interval, TTI of the first TDD configuration based on the indication; and reporting measurement information (972, 1115, 1225, 1515) associated with resources of the RI-RS based at least in part on the monitoring for the RI-RS.
A dental handpiece having a head section to which a dental treatment tool is attachable, a neck section of a generally cylindrical shape extending proximally from the head section, and a grip section of a generally cylindrical shape detachably connected at its distal end to a proximal end of the neck section via connecting means, wherein a drive unit is detachably connectable to a proximal end of the grip section, said handpiece comprising detent means for preventing relative rotation between the neck section and the grip section, said detent means comprising: a detent pin arranged in the grip section slidably in the axial direction of the grip section, spring means for biasing the detent pin proximally so that a distal end of the detent pin is arranged inside the grip section in a rest position, and catch means formed at a proximal end of the neck means for receiving a distal end of the detent pin for engagement, characterised in that said detent means is arranged such that, when the drive unit is brought into connection to the proximal end of the grip section, the detent pin is pressed distally to project at its distal end out of a distal end face of the grip section into a position to engage the catch means, to thereby prevent relative rotation between the neck section and the grip section. a detent pin arranged in the grip section slidably in the axial direction of the grip section, spring means for biasing the detent pin proximally so that a distal end of the detent pin is arranged inside the grip section in a rest position, and catch means formed at a proximal end of the neck means for receiving a distal end of the detent pin for engagement, characterised in that said detent means is arranged such that, when the drive unit is brought into connection to the proximal end of the grip section, the detent pin is pressed distally to project at its distal end out of a distal end face of the grip section into a position to engage the catch means, to thereby prevent relative rotation between the neck section and the grip section.
An ultrasonically bonded laminate comprising: a monolayer film comprising a blend of (a) from 50 to 90 wt.% of a linear polyethylene having a density ranging from 0.925 g/cc to 0.970 g/cc, determined according to ASTM D-792, and a melt index, I 2, from 0.1 to 15 g/10 min, determined according to ASTM D1238 at 190°C, 2.16 kg, (b) from 10 to 50 wt.% of polypropylene having a melt flow rate from 0.1 to 100 g/10 min, measured in accordance with ASTM D1238 at 230°C, 2.16 kg, and (c) optionally, a low density polyethylene; and a nonwoven substrate at least partially ultrasonically bonded to the monolayer film. a monolayer film comprising a blend of (a) from 50 to 90 wt.% of a linear polyethylene having a density ranging from 0.925 g/cc to 0.970 g/cc, determined according to ASTM D-792, and a melt index, I 2, from 0.1 to 15 g/10 min, determined according to ASTM D1238 at 190°C, 2.16 kg, (b) from 10 to 50 wt.% of polypropylene having a melt flow rate from 0.1 to 100 g/10 min, measured in accordance with ASTM D1238 at 230°C, 2.16 kg, and (c) optionally, a low density polyethylene; and a nonwoven substrate at least partially ultrasonically bonded to the monolayer film.
A garment comprising: a shell configured to cover a bodily area of a wearer, the shell including an annular waist portion that is elastic and that is configured to be worn about a waist of the wearer, the waist portion defining a circumferential direction, a radial direction, and a transverse direction that is transverse to both the circumferential and radial directions (21, 23), the waist portion being folded over itself to define a cross section with a first radial layer, a second radial layer, an upper rim, and a pocket between the first radial layer, the second radial layer, and the upper rim, the second radial layer defining a terminal edge of the shell that is spaced from the upper rim; and an elastic band with a first radial surface, a second radial surface, an upper edge, and a lower edge, the elastic band being received in the pocket such that the terminal edge is disposed between the upper and lower edges (38, 40) in the transverse direction, the first radial surface being attached to the first radial layer, the waist portion and the elastic band being collectively and resiliently stretchable to thereby bias the garment inward in the radial direction to retain the garment on the waist of the wearer; characterized in that the garment further comprises an adhesive tape that is elastic, the adhesive tape being folded over on itself such that the adhesive tape adhesively attaches the first radial surface to the first radial layer and the second radial surface to the second radial layer. a shell configured to cover a bodily area of a wearer, the shell including an annular waist portion that is elastic and that is configured to be worn about a waist of the wearer, the waist portion defining a circumferential direction, a radial direction, and a transverse direction that is transverse to both the circumferential and radial directions (21, 23), the waist portion being folded over itself to define a cross section with a first radial layer, a second radial layer, an upper rim, and a pocket between the first radial layer, the second radial layer, and the upper rim, the second radial layer defining a terminal edge of the shell that is spaced from the upper rim; and an elastic band with a first radial surface, a second radial surface, an upper edge, and a lower edge, the elastic band being received in the pocket such that the terminal edge is disposed between the upper and lower edges (38, 40) in the transverse direction, the first radial surface being attached to the first radial layer, the waist portion and the elastic band being collectively and resiliently stretchable to thereby bias the garment inward in the radial direction to retain the garment on the waist of the wearer; characterized in that the garment further comprises an adhesive tape that is elastic, the adhesive tape being folded over on itself such that the adhesive tape adhesively attaches the first radial surface to the first radial layer and the second radial surface to the second radial layer.
A sensor arrangement for the measurement of parameters in melts, more particularly for the measurement of the temperature, more particularly in molten metals or cryolite melts having a melting point above 500 °C, comprising an upper part and a lower part detachably arranged on the upper part, wherein a pipe running coaxially with a longitudinal axis of the lower part is arranged at an immersion end of the lower part facing away from the upper part, said pipe being closed at its end facing away from the upper part and being open at the other end, wherein, in the upper part, a guide pipe that is running coaxially with a longitudinal axis of the upper part and is open on either side is movably arranged in a guide sleeve, wherein a pressure acting in the direction of the lower part is applied to the guide pipe by means of an elastic body and the guide pipe rests against the lower part, and that an opening of the guide pipe and the open end of the pipe of the lower part are arranged neighbouring each other and coaxially with the longitudinal axis of the lower part, characterised in that an optical fibre is arranged in the guide pipe of the upper part and the pipe of the lower part, that a container having an inlet opening for the melt is arranged at the end of the lower part facing away from the upper part, with the closed end of the pipe of the lower part projecting into said container, and that the pipe of the lower part extends through the inlet opening of the container.
Airbag system for protecting a body part of a user in case of an accident, comprising an airbag arranged as a collar, wherein said collar comprises a first fastening body and a second fastening body; and characterized in that said first fastening body comprises at least one magnet arranged near at least one sensor, and said second fastening body comprises a shield operable to magnetically shield said at least one sensor from said at least one magnet.
Method for controlling the operating state of a system, the system comprising at least one first member (O 1) capable of executing tasks (T 1,..., T n), the method comprising the steps of: - selection of a first task (T 1) to be executed by the first member (O 1), the first task (T 1) being executable in a first allotted time (A 1), - first execution by the first member (O 1) of the selected first task (T 1), the first execution by the first member (O 1) of the first task (T 1) allowing a first result to be obtained and defining a first time period (Δ 1), - first test of a first condition according to which the first time period (Δ 1) is less than or equal to the first allotted time (A 1), when the first condition is met, the method also comprises the steps of: - implementation of at least one second execution of the same first task (T 1) by the same first member (O 1) during a second time period (Δ 2), each second execution allowing a second result to be obtained, - comparison of the first result with each second result, and - determination of the operating state of the system as a function of the comparison step, characterised in that, when the first condition is not met, the method also comprises a step of waiting for a waiting time, then of repeating the steps of selection, of first execution and of first test, the sum of the waiting time and the first time period (Δ 1) being equal to a multiple of the first allotted time (A 1), the sum of the waiting time and the first time period being greater than or equal to the worst execution time of the first task. - selection of a first task (T 1) to be executed by the first member (O 1), the first task (T 1) being executable in a first allotted time (A 1), - first execution by the first member (O 1) of the selected first task (T 1), the first execution by the first member (O 1) of the first task (T 1) allowing a first result to be obtained and defining a first time period (Δ 1), - first test of a first condition according to which the first time period (Δ 1) is less than or equal to the first allotted time (A 1), - implementation of at least one second execution of the same first task (T 1) by the same first member (O 1) during a second time period (Δ 2), each second execution allowing a second result to be obtained, - comparison of the first result with each second result, and - determination of the operating state of the system as a function of the comparison step, characterised in that, when the first condition is not met, the method also comprises a step of waiting for a waiting time, then of repeating the steps of selection, of first execution and of first test, the sum of the waiting time and the first time period (Δ 1) being equal to a multiple of the first allotted time (A 1), the sum of the waiting time and the first time period being greater than or equal to the worst execution time of the first task.
A truss assembly formed with a plurality of structural members joined by at least one truss joint, the truss joint comprising: a first structural member; a second structural member having a first end, said first end being adjacent the first structural member, wherein the second structural member has a mounting bolt hole formed therein at the first end; a pair of shear plates, each shear plate connected to the first structural member and positioned such that one of said pair of shear plates abuts a first side of the first end of the second structural member and the other of said pair of shear plates abuts an opposing second side of the first end of the second structural member, wherein each shear plate comprises at least one shear tab, the shear tab having a mounting bolt hole formed therein; a through bolt running through the mounting bolt holes in the shear plates and the mounting bolt hole in the second structural member; characterised in that the at least one shear tab has a curved alignment guide comprising an elongated slot with an open end formed in the shear tab; wherein the first end of the second structural member has a locating hole proximate the mounting bolt hole in said second structural member; and the truss assembly further comprising an alignment/drift pin used to position the second structural member with respect to the shear plates, wherein the alignment/drift pin is configured to be inserted into the locating hole and then maneuverable into the alignment guide to position the second structural member so that the mounting bolt holes in the shear plates and the mounting bolt hole in the second structural member align allowing insertion of the through bolt. a first structural member; a second structural member having a first end, said first end being adjacent the first structural member, wherein the second structural member has a mounting bolt hole formed therein at the first end; a pair of shear plates, each shear plate connected to the first structural member and positioned such that one of said pair of shear plates abuts a first side of the first end of the second structural member and the other of said pair of shear plates abuts an opposing second side of the first end of the second structural member, wherein each shear plate comprises at least one shear tab, the shear tab having a mounting bolt hole formed therein; a through bolt running through the mounting bolt holes in the shear plates and the mounting bolt hole in the second structural member; wherein the first end of the second structural member has a locating hole proximate the mounting bolt hole in said second structural member; and the truss assembly further comprising an alignment/drift pin used to position the second structural member with respect to the shear plates, wherein the alignment/drift pin is configured to be inserted into the locating hole and then maneuverable into the alignment guide to position the second structural member so that the mounting bolt holes in the shear plates and the mounting bolt hole in the second structural member align allowing insertion of the through bolt.