mhurhangee/ep-ind-claims huggingface dataset:
A method for providing secure communications between a client computing device and a server, the client computing device and server coupled to a network, comprising: receiving at the server, via the network, the characteristics of the client computing device; generating, at the server, a plurality of credentials, at least one of the plurality of credentials based on both the received characteristics of the client computing device and a unique client key, and at least one of the plurality of credentials based on both the received characteristics of the client computing device and a generic key; and sending, via the network, the plurality of credentials. receiving at the server, via the network, the characteristics of the client computing device; generating, at the server, a plurality of credentials, at least one of the plurality of credentials based on both the received characteristics of the client computing device and a unique client key, and at least one of the plurality of credentials based on both the received characteristics of the client computing device and a generic key; and sending, via the network, the plurality of credentials.
Bale forming and wrapping apparatus comprising - a bale forming means (5, 6, 7.1,..., 7.4) providing a bale forming chamber (Ch) and a wrapping material inlet (In) guiding into the bale forming chamber (Ch) and - a wrapping device positioned outside of the bale forming chamber (Ch), wherein the wrapping device comprises - an unrolling station, - a wrapping material conveying device (11.d, 11.l, 12, 14), and - at least one web pusher (2.l, 2.r), wherein the or every web pusher (2.l, 2.r) comprises - a moveable pusher plate (3.l, 3.r) and - a pusher plate drive (13.l, 13.r) for moving this pusher plate (3.l, 3.r), wherein the or at least one moveable pusher plate (3.l, 3.r) is pivotal around a plate pivoting axis (PA.l, PA.r), wherein the wrapping material inlet (In) extends along an inlet longitudinal axis, wherein the bale forming means (5, 6, 7.1,..., 7.4) is arranged to form a bale in the bale forming chamber (Ch), wherein the unrolling station is arranged to rotatably hold at least one reservoir of wrapping material, wherein the wrapping material conveying device (11.d, 11.l, 12, 14) is arranged to convey a web of wrapping material taken from the reservoir towards the wrapping material inlet (In), wherein the pusher plate drive (13.l, 13.r) for the moveable pusher plate (3.l, 3.r) is arranged to pivot this moveable pusher plate (3.l, 3.r) towards the wrapping material inlet (In) around the plate pivoting axis (PA.l, PA.r), and wherein the or every moveable pusher plate (3.l, 3.r) is arranged to hit the conveyed web, thereby pushing the hit web towards the wrapping material inlet (In), characterized in that the plate pivoting axis (PA.l, PA.r) of the or one moveable pusher plate (3.l, 3.r) is perpendicular to the inlet longitudinal axis. - a bale forming means (5, 6, 7.1,..., 7.4) providing a bale forming chamber (Ch) and a wrapping material inlet (In) guiding into the bale forming chamber (Ch) and - a wrapping device positioned outside of the bale forming chamber (Ch), - an unrolling station, - a wrapping material conveying device (11.d, 11.l, 12, 14), and - at least one web pusher (2.l, 2.r), - a moveable pusher plate (3.l, 3.r) and - a pusher plate drive (13.l, 13.r) for moving this pusher plate (3.l, 3.r),
An alert network comprising; a plurality of individual alarm monitoring systems provided in a plurality of different geographic locations and each comprising respective sensors a plurality of user terminals respectively associated with the individual monitoring systems, alert transmitters in said monitoring systems, for transmitting primary alerts to selected user terminals and/or to other monitoring systems in accordance with parameterized transmission rules, alert receivers in said terminals, and alert propagators in said terminals, adapted to selectively propagate received primary alerts to other terminals associated with other monitoring systems provided in other geographic locations and/or to other monitoring systems provided in other geographic locations as secondary alerts, in accordance with parameterized propagation rules, the network being characterized in that it further comprises a common monitoring server adapted to store alert information transmitted by said individual monitoring systems and comprising an alert network manager adapted to handle the transmission and propagation parameters. a plurality of individual alarm monitoring systems provided in a plurality of different geographic locations and each comprising respective sensors a plurality of user terminals respectively associated with the individual monitoring systems, alert transmitters in said monitoring systems, for transmitting primary alerts to selected user terminals and/or to other monitoring systems in accordance with parameterized transmission rules, alert receivers in said terminals, and alert propagators in said terminals, adapted to selectively propagate received primary alerts to other terminals associated with other monitoring systems provided in other geographic locations and/or to other monitoring systems provided in other geographic locations as secondary alerts, in accordance with parameterized propagation rules, the network being characterized in that it further comprises a common monitoring server adapted to store alert information transmitted by said individual monitoring systems and comprising an alert network manager adapted to handle the transmission and propagation parameters.
Drive device for a multi-position switching apparatus, for example for a disconnecting and earthing switch, the movable contact piece of which can be brought into different positions: switched-on position, disconnected position, earthing position, and back, comprising a carrier, which can be moved linearly by means of a linear motion drive (18, 16), wherein a controllable link motion (41, 42), which retains and locks the carrier in the different positions, is provided, characterized in that the link motion (41, 42) has two link pieces (23, 24; 41, 42) lying opposite one another, of which at least one of the link pieces (23, 24; 41, 42) has depressions for receiving the carrier, the link pieces (23, 24; 41, 42) can be drawn apart from one another by means of at least one drive, so that the carrier is freely movable in the separated position of the two link pieces (23, 24; 41, 42, and systems of electromagnets (29; 43, 44; 81, 82) or pneumatic or hydraulic systems are provided as drive elements (43, 44, 81, 82) for the link pieces (23; 41, 42).
Self-service checkout system comprising: a self-service checkout having an automatic payment system, at which a customer scans and pays for products themself; and a monitoring device having a sensor arrangement and an evaluation unit, wherein the sensor arrangement has a camera and is configured to send a signal to the evaluation unit, which represents a locomotion of the customer in a monitoring area of the self-service checkout, and wherein the evaluation unit is configured to detect a payment process of the customer at the automatic payment system, characterized in that the signal additionally represents a gesture of the customer, and in that the evaluation unit is configured to extract a pattern characteristic for the payment process from the signal and to compare it to patterns from a pattern reserve, in order to detect the payment process of the customer at the automatic payment system independently of a registration of the payment by the automatic payment system. a self-service checkout having an automatic payment system, at which a customer scans and pays for products themself; and a monitoring device having a sensor arrangement and an evaluation unit, wherein the sensor arrangement has a camera and is configured to send a signal to the evaluation unit, which represents a locomotion of the customer in a monitoring area of the self-service checkout, and wherein the evaluation unit is configured to detect a payment process of the customer at the automatic payment system, characterized in that the signal additionally represents a gesture of the customer, and in that the evaluation unit is configured to extract a pattern characteristic for the payment process from the signal and to compare it to patterns from a pattern reserve, in order to detect the payment process of the customer at the automatic payment system independently of a registration of the payment by the automatic payment system.
Dynamic stabilization device for bones, in particular for vertebrae, with two bone-anchoring elements spaced apart from each other and connectable, via fastening elements, to a rod which is elastic at least in part and which has an adjustable device for influencing the elasticity of the rod, which device is designed for changing the free length of an elastic portion of the rod, the device comprising a carriage which is moveable over the rod and which engages at least in part about the circumference of the rod, characterized in that the rod has at least one guide groove which extends parallel to the longitudinal axis thereof and in which a guide lug of the moveable carriage slidingly engages, wherein the guide groove extends over the elastic portion coverable by the carriage and is of such a length that the carriage, in one end position, releases the elastic portion and, in its other end position, covers the elastic portion over the length thereof.
A surgical probe, the surgical probe comprising a housing, the probe extending along a longitudinal extent from a proximal end to a distal end, a longitudinal cavity being provided inside the housing and extending along a proximal-distal direction inside the housing, said cavity being open at a proximal front face and being closed at a distal front face, the housing comprising an aperture provided in a distal region of the probe and through which the longitudinal cavity is in communication with the exterior of the housing at a circumferential position of the housing, such that the longitudinal cavity is open at a circumferential position through the aperture, a blade comprising a cutting edge and an actuation transmission mechanism being provided inside the housing and in the longitudinal cavity, the blade being disposed distal of the actuation transmission mechanism, wherein the blade is displaceable in the cavity such as to move the blade between a retracted position in which the blade is entirely comprised inside the housing and an operative position in which the cutting edge of the blade is provided at least partially outside the housing, the actuation transmission mechanism being operatively connected to the blade such that an actuation of the actuation transmission mechanism causes said displacement of the blade, wherein the blade and the actuation transmission mechanism are integrally provided with each other to form an integral blade unit, and wherein further the actuation transmission mechanism comprises a thrust transmission section and a flex section, characterised by the thrust transmission section being mechanically guided inside the longitudinal cavity with a guide provided on both sides of the thrust transmission section in the plane of the blade, such as to avoid lateral displacement and thus flexing of the thrust transmission section in the plane of the blade.
A method of attaching a pneumatic de-icer to an aircraft wing comprises: applying a pressure sensitive adhesive primer to a wing surface; attaching a first pressure sensitive adhesive layer to the wing surface through the pressure sensitive adhesive primer; attaching a second pressure sensitive adhesive layer to a pneumatic de-icer; bonding the second pressure sensitive adhesive layer to the first pressure sensitive adhesive layer so that the pneumatic de-icer is attached to the wing surface by a pressure sensitive adhesive to pressure sensitive adhesive bond. applying a pressure sensitive adhesive primer to a wing surface; attaching a first pressure sensitive adhesive layer to the wing surface through the pressure sensitive adhesive primer; attaching a second pressure sensitive adhesive layer to a pneumatic de-icer; bonding the second pressure sensitive adhesive layer to the first pressure sensitive adhesive layer so that the pneumatic de-icer is attached to the wing surface by a pressure sensitive adhesive to pressure sensitive adhesive bond.
Method for indicating the consumption and/or efficiency of a heating unit to a user where said heating unit includes at least one heat pump with a thermal compressor driven by means of a thermal energy feed, a heating fluid distribution circuit and a plurality of convectors or radiators receiving a first energy quantity Q1, wherein the Method comprises at least: A- determining, over a preset time period, a second energy quantity Q2, corresponding to said thermal energy feed and comprising a billed energy Q2F corresponding to a billable quantity of fuel consumed by the heat pump, B- determining, over the same preset time period, a third energy quantity Q3 corresponding to free energy gathered in the outside environment, either (B1-) directly by means of temperature and flow-rate sensors relative to an outside unit of the heat pump, or (B2-) indirectly by measuring, over the same preset time period, the first energy quantity Q1 supplied to the distribution circuit and deducing Q3 from it by using Q3=Q1-Q2, C- displaying at least the quantities Q2F and Q3, corresponding to the preset time period, on the display screen and/or a document intended for billing the client, characterized in that the thermal compressor mainly uses as cold source the heating fluid distribution circuit. A- determining, over a preset time period, a second energy quantity Q2, corresponding to said thermal energy feed and comprising a billed energy Q2F corresponding to a billable quantity of fuel consumed by the heat pump, B- determining, over the same preset time period, a third energy quantity Q3 corresponding to free energy gathered in the outside environment, either (B1-) directly by means of temperature and flow-rate sensors relative to an outside unit of the heat pump, or (B2-) indirectly by measuring, over the same preset time period, the first energy quantity Q1 supplied to the distribution circuit and deducing Q3 from it by using Q3=Q1-Q2, C- displaying at least the quantities Q2F and Q3, corresponding to the preset time period, on the display screen and/or a document intended for billing the client, characterized in that the thermal compressor mainly uses as cold source the heating fluid distribution circuit.
A computer-implemented process of indirectly tracking electronic badges comprising: detecting, by a badge communicator on a select industrial vehicle of a fleet of industrial vehicles, the presence of an electronic badge; and performing a badge logging transaction in response to detecting the electronic badge by: receiving, by the badge communicator, a badge identifier transmitted by the detected electronic badge; identifying the location of the detected badge; generating a time stamp; and wirelessly communicating a badge locator message to a remote server, characterised in that identifying the location of the detected badge comprises: determining, by the badge communicator, an offset measurement designating a precise measure of both an offset distance and direction of the electronic badge relative to the select industrial vehicle; electronically determining an absolute vehicle location of the select industrial vehicle; and generating an absolute badge location based upon the determined absolute location of the select industrial vehicle and the offset measurement, and further characterised in that the badge locator message includes the badge identifier, the absolute badge location, and the timestamp. detecting, by a badge communicator on a select industrial vehicle of a fleet of industrial vehicles, the presence of an electronic badge; and performing a badge logging transaction in response to detecting the electronic badge by: receiving, by the badge communicator, a badge identifier transmitted by the detected electronic badge; identifying the location of the detected badge; generating a time stamp; and wirelessly communicating a badge locator message to a remote server, receiving, by the badge communicator, a badge identifier transmitted by the detected electronic badge; identifying the location of the detected badge; generating a time stamp; and wirelessly communicating a badge locator message to a remote server, characterised in that identifying the location of the detected badge comprises: determining, by the badge communicator, an offset measurement designating a precise measure of both an offset distance and direction of the electronic badge relative to the select industrial vehicle; electronically determining an absolute vehicle location of the select industrial vehicle; and generating an absolute badge location based upon the determined absolute location of the select industrial vehicle and the offset measurement, and determining, by the badge communicator, an offset measurement designating a precise measure of both an offset distance and direction of the electronic badge relative to the select industrial vehicle; electronically determining an absolute vehicle location of the select industrial vehicle; and generating an absolute badge location based upon the determined absolute location of the select industrial vehicle and the offset measurement, and further characterised in that the badge locator message includes the badge identifier, the absolute badge location, and the timestamp.
An electrocardiogram sensor comprising: an electrode array (100, 500, 600, 700) comprising a substrate (102, 601, 701) interconnecting three or more spaced apart electrodes (101a-d); and a flexible sheet extending over a greater area than an area over which the electrode array extends and configured to secure the electrodes (101a-d) to the body of a subject; the flexible sheet extends beyond the extent of the electrode array so as to provide additional surface area for adhering the sensor to the body of the subject by surface tension alone; wherein the area over which the flexible sheet extends is greater than twice the area over which the electrode array extends. an electrode array (100, 500, 600, 700) comprising a substrate (102, 601, 701) interconnecting three or more spaced apart electrodes (101a-d); and a flexible sheet extending over a greater area than an area over which the electrode array extends and configured to secure the electrodes (101a-d) to the body of a subject; the flexible sheet extends beyond the extent of the electrode array so as to provide additional surface area for adhering the sensor to the body of the subject by surface tension alone; wherein the area over which the flexible sheet extends is greater than twice the area over which the electrode array extends.
Needle with the following features: • a loop-forming element arranged at a first end of the needle, said first end pointing in a positive working direction, • a shank portion, which is suitable to be accommodated in a guiding groove of a needle-guiding means, and is arranged at a second end of the needle, said second end pointing in the negative working direction, • a working portion, which incorporates the loop-forming element and which is suitable to be accommodated in a verge groove of a needle-guiding means, • a bending portion, which is interposed in the working direction between the shank portion and the working portion, • wherein in the bending portion of the needle, at least one recess is arranged at at least one of its lateral surfaces pointing in a peripheral direction, which is at right angles to the working direction, or in an elevational direction, which is at right angles to the working direction and the peripheral direction, characterised in that, the at least one recess at a lateral surface pointing in the peripheral direction has a recess depth of 10 μm to 100 μm, advantageously 30 μm to 70 μm, and/or that the at least one recess at a lateral surface pointing in the elevational direction has a recess depth of 150 μm to 500 μm, advantageously 200 μm to 400 μm. • a loop-forming element arranged at a first end of the needle, said first end pointing in a positive working direction, • a shank portion, which is suitable to be accommodated in a guiding groove of a needle-guiding means, and is arranged at a second end of the needle, said second end pointing in the negative working direction, • a working portion, which incorporates the loop-forming element and which is suitable to be accommodated in a verge groove of a needle-guiding means, • a bending portion, which is interposed in the working direction between the shank portion and the working portion, • wherein in the bending portion of the needle, at least one recess is arranged at at least one of its lateral surfaces pointing in a peripheral direction, which is at right angles to the working direction, or in an elevational direction, which is at right angles to the working direction and the peripheral direction,
An apparatus comprising: a conduit box constructed to receive electrical conduits having a gauge suitable for use in an electric motor, the conduit box including: a housing having sidewalls that extend from a back plate to form an open interior and constructed from a non-metallic material of a composite construction having glass fibers which maintains thermosetting dimensional stability, the housing also including a partition wall structured to define a first voltage compartment and a second voltage compartment independent from one another within the open interior to segregate low voltage from high voltage circuits, the partition wall being integral with the back plate and the sidewalls, the partition wall including a wall that faces the first voltage compartment and another wall that faces the second voltage compartment, the back plate including an aperture that spans the partition wall to form a first through passage to the first voltage compartment and a second through passage to the second voltage compartment; a cover plate sized to extend over the open interior to form an enclosed conduit box when affixed to at least one of the sidewalls; and a gasket provided between the housing and the cover plate, wherein the gasket is nested in a lip formed around a periphery of the housing so as to be captured in place when the cover is affixed in place, and wherein the partition wall is of a height that the gasket is captured between the cover plate and a top of the partition wall so as to create sealed first and second voltage compartments (66, 68) which are sealed from one another and from outside environment. a housing having sidewalls that extend from a back plate to form an open interior and constructed from a non-metallic material of a composite construction having glass fibers which maintains thermosetting dimensional stability, the housing also including a partition wall structured to define a first voltage compartment and a second voltage compartment independent from one another within the open interior to segregate low voltage from high voltage circuits, the partition wall being integral with the back plate and the sidewalls, the partition wall including a wall that faces the first voltage compartment and another wall that faces the second voltage compartment, the back plate including an aperture that spans the partition wall to form a first through passage to the first voltage compartment and a second through passage to the second voltage compartment; a cover plate sized to extend over the open interior to form an enclosed conduit box when affixed to at least one of the sidewalls; and a gasket provided between the housing and the cover plate, wherein the gasket is nested in a lip formed around a periphery of the housing so as to be captured in place when the cover is affixed in place, and wherein the partition wall is of a height that the gasket is captured between the cover plate and a top of the partition wall so as to create sealed first and second voltage compartments (66, 68) which are sealed from one another and from outside environment.