mhurhangee/ep-ind-claims huggingface dataset:
A system for delivering mail to a recipient, comprising: a) an incoming server for receiving mail content from a sender, including recipient address information; b) a profile database including user profiles assigning preferred delivery methods to registered users, the delivery methods including at least physical and electronical delivery; c) a processor accessing the profile database for determining a delivery method based on the recipient address information and the user profiles; d) an outgoing server for preparing mail including the mail content for delivery to the recipient using the determined delivery method; e) a generator for generating verification information, wherein the verification information is sender specific; f) a printer (135, 145) for printing the verification information to a mail envelope and/or the mail content of physical mail to be delivered; g) an interface accessible by the recipient and connected to the profile database, allowing for modification of the recipient's user profile using the verification information, wherein the interface provides a control element for the recipient to choose to modify the recipient's user profile in the profile database with respect to the delivery method to be used for the specific sender or for a plurality of senders. a) an incoming server for receiving mail content from a sender, including recipient address information; b) a profile database including user profiles assigning preferred delivery methods to registered users, the delivery methods including at least physical and electronical delivery; c) a processor accessing the profile database for determining a delivery method based on the recipient address information and the user profiles; d) an outgoing server for preparing mail including the mail content for delivery to the recipient using the determined delivery method; e) a generator for generating verification information, wherein the verification information is sender specific; f) a printer (135, 145) for printing the verification information to a mail envelope and/or the mail content of physical mail to be delivered; g) an interface accessible by the recipient and connected to the profile database, allowing for modification of the recipient's user profile using the verification information, wherein the interface provides a control element for the recipient to choose to modify the recipient's user profile in the profile database with respect to the delivery method to be used for the specific sender or for a plurality of senders.
Windscreen wiper motor, with a gearing housing, and a driving motor, which projects with an armature shaft into the housing, wherein three bearing elements (27, 32, 33) serving for the mounting of the armature shaft are provided, and wherein the third bearing element is arranged on the side facing away from the driving motor in a receptacle of the housing in operative connection with a compensating element having elastic properties, wherein the receptacle is of cup-shaped design, has a wall region radially encircling the third bearing element and on the side facing the armature shaft has a base section extending perpendicularly to the longitudinal axis of the armature shaft, said base section having a passage opening for the passage of the armature shaft, and wherein the third bearing element is of cup-shaped design and has a base extending perpendicularly to the longitudinal axis of the armature shaft and a radially encircling wall arranged with a loose fit on the outer circumference of the shaft end of the armature shaft and, on the side facing the base section of the receptacle, bears, with the interposition of the compensating element, against said base section of the receptacle acting as an axial stop, in that force is applied to the base of the third bearing element in the direction of the armature shaft, by means of a clamping element, toward the compensating element, and in that a radial gap is formed between the third bearing element and the radially-encircling wall region of the receptacle, the compensating element projecting into the radial gap between the third bearing element and the receptacle and, within the radial gap, being in contact both with the third bearing element and with the wall region of the receptacle.
A surgical device comprising: an adapter assembly including a first data storage device; an end effector configured to couple to a distal portion of the adapter assembly, the end effector including a second data storage device; and a handle assembly configured to couple to a proximal portion of the adapter assembly, the handle assembly including: a power source; a motor coupled to the power source, the motor configured to actuate at least one of the adapter assembly or the end effector; a controller configured to communicate with the first and second data storage devices to read and write data onto the first and second data storage devices, and a memory accessible by the controller, characterized in that: the controller is configured to write a recovery code onto the second data storage device and onto the memory; and at least one of the adapter assembly or the handle assembly is replaceable during a surgical procedure and at least one of the adapter assembly or the handle assembly is configured to resume the surgical procedure based on the recovery code. an adapter assembly including a first data storage device; an end effector configured to couple to a distal portion of the adapter assembly, the end effector including a second data storage device; and a handle assembly configured to couple to a proximal portion of the adapter assembly, the handle assembly including: a power source; a motor coupled to the power source, the motor configured to actuate at least one of the adapter assembly or the end effector; a controller configured to communicate with the first and second data storage devices to read and write data onto the first and second data storage devices, and a memory accessible by the controller, a power source; a motor coupled to the power source, the motor configured to actuate at least one of the adapter assembly or the end effector; a controller configured to communicate with the first and second data storage devices to read and write data onto the first and second data storage devices, and a memory accessible by the controller, the controller is configured to write a recovery code onto the second data storage device and onto the memory; and at least one of the adapter assembly or the handle assembly is replaceable during a surgical procedure and at least one of the adapter assembly or the handle assembly is configured to resume the surgical procedure based on the recovery code.
An insert-type electromagnetic flow sensor comprising: an insert having a front and a back, and first and second opposite sides (40,41) between the front and the back; first and second electrodes (44, 45) supported on the first and second opposite sides respectively of the insert; and a drive coil housed in the insert; wherein the drive coil is offset from a midpoint between the first and second electrodes in front of or behind the first and second electrodes and/or a width of the drive coil between the first and second opposite sides at least partially overlaps with respective inner portions of the first and second electrodes, and wherein the drive coil includes at least five turns. an insert having a front and a back, and first and second opposite sides (40,41) between the front and the back; first and second electrodes (44, 45) supported on the first and second opposite sides respectively of the insert; and a drive coil housed in the insert;
A colored solar cell, comprising a photoelectric conversion substrate; at least one anti-reflection layer formed on the photoelectric conversion substrate; and two or more transparent inorganic dielectric layers formed on the anti-reflection layer(s), characterised in that the two or more transparent inorganic dielectric layers comprise: (a) at least one first transparent inorganic dielectric layer consisting of an oxide of titanium; and (b) a second transparent inorganic dielectric layer selected from the group consisting of an aluminium doped zinc oxide, indium tin oxide, an oxide of zinc and a nitride of silicon and having a refractive index ranging from 1.5 to 2.0. (a) at least one first transparent inorganic dielectric layer consisting of an oxide of titanium; and (b) a second transparent inorganic dielectric layer selected from the group consisting of an aluminium doped zinc oxide, indium tin oxide, an oxide of zinc and a nitride of silicon and having a refractive index ranging from 1.5 to 2.0.
A greenhouse (10,100) comprising: a light-transmitting barrier (20,120) and a floor surface (30,130), the barrier and floor surface being connected to define an enclosure within the greenhouse for plant cultivation, the barrier comprising an inner layer (21,121) delimiting the enclosure and an outer layer (22,122), the inner and outer layers being impermeable to air to prevent air from entering the enclosure through the inner layer, the outer layer being spaced apart above the inner layer to define an air passage (23,123) therebetween, the air passage being in fluid communication with at least one air inlet (24,124) in a bottom portion of the outer layer and with an air outlet (25,125) in a top portion of the outer layer, characterised in a curved airfoil surface (25C,125C) disposed adjacent the air outlet and an inlet guide vane (28A,28B,128) spaced inwardly from the curved airfoil surface to define a gap (29A,29B,129) therebetween, the gap being in fluid communication with a secondary air inlet (27A,27B,127) in the outer layer to provide air into the gap, air within the air passage flowing passively from the at least one air inlet to the air outlet upon being heated.
A computer-executable method performed by a computing device, comprising: receiving, at the computing device, a request for a piece of content from a user; determining whether the content is available locally; in response to the content not being available locally, identifying a remote custodian device that stores the content by performing a lookup based on the content's name; the method characterised by: identifying a communication endpoint associated with the identified custodian device wherein the communications end point is an interface located on custodian device through which the computing device device can communicate; mapping a physical address corresponding to the identified communication endpoint; and establishing a connection channel from the computing device via the communication endpoint using the mapped physical address to obtain the requested content. receiving, at the computing device, a request for a piece of content from a user; determining whether the content is available locally; in response to the content not being available locally, identifying a remote custodian device that stores the content by performing a lookup based on the content's name; the method characterised by: identifying a communication endpoint associated with the identified custodian device wherein the communications end point is an interface located on custodian device through which the computing device device can communicate; mapping a physical address corresponding to the identified communication endpoint; and establishing a connection channel from the computing device via the communication endpoint using the mapped physical address to obtain the requested content. identifying a communication endpoint associated with the identified custodian device wherein the communications end point is an interface located on custodian device through which the computing device device can communicate; mapping a physical address corresponding to the identified communication endpoint; and establishing a connection channel from the computing device via the communication endpoint using the mapped physical address to obtain the requested content.
A coated chewing gum product, comprising: a soft chewing gum composition core having a Shore A hardness of 12 to 30, 15 to 27, or 18 to 24; and a friable panned coating surrounding the core, the friable panned coating having a hardness that is intermediate between a hard panned coating and a soft panned coating, and wherein the coating comprises xylitol, erythritol, or a combination thereof; wherein the coated chewing gum product exhibits a hardness measured as a peak force of 1500 to 3000 grams, 1750 to 2800 grams, or 2000 to 2500 grams said peak force being determined by means of a penetration test using a texture analyzer, said penetration test being carried out using a 2mm cylinder rounded end probe having a probe speed of 1 mm/second, comprising the steps of measuring each penetration distance, calculating the average force for that distance, plotting the average force vs penetration distance and determining the peak force. a soft chewing gum composition core having a Shore A hardness of 12 to 30, 15 to 27, or 18 to 24; and a friable panned coating surrounding the core, the friable panned coating having a hardness that is intermediate between a hard panned coating and a soft panned coating, and wherein the coating comprises xylitol, erythritol, or a combination thereof;
A combination weighing apparatus comprising: a dispersion table configured to rotate an article supplied from an outside around a central axis defined in a substantially vertical direction and to convey the article in a direction away from the central axis; an acquisition unit configured to acquire a mass value of the article placed on the dispersion table; and a control unit configured to control a rotation speed of the dispersion table on the basis of the mass value, characterized in that the control unit is configured to set the rotation speed of the dispersion table to a first rotation speed when the mass value is equal to or less than a first mass value, and to set the rotation speed of the dispersion table to a second rotation speed slower than the first rotation speed when the mass value is a second mass value heavier than the first mass value. a dispersion table configured to rotate an article supplied from an outside around a central axis defined in a substantially vertical direction and to convey the article in a direction away from the central axis; an acquisition unit configured to acquire a mass value of the article placed on the dispersion table; and a control unit configured to control a rotation speed of the dispersion table on the basis of the mass value, characterized in that the control unit is configured to set the rotation speed of the dispersion table to a first rotation speed when the mass value is equal to or less than a first mass value, and to set the rotation speed of the dispersion table to a second rotation speed slower than the first rotation speed when the mass value is a second mass value heavier than the first mass value.
A system for use in verifying a request for access to data, the system comprising: a first module having access to a second trusted indicator of time; a second module having access to an untrusted indicator of time; and a computing device configured to communicate with a first trusted indicator of time, wherein: the first module is arranged to generate a password using at least a value of the second trusted indicator of time; the second module is arranged to: receive the password associated with the request for access to data; validate the received password using at least a value of the untrusted indicator of time; and cause, in the event that the received password is validated by the second module, a message to be transmitted to the computing device, the message comprising data indicative of the value of the untrusted indicator of time used to validate the received password; and the computing device is arranged to generate data indicative of a comparison between the received data indicative of the value of the untrusted indicator of time and a value of the first trusted indicator of time, wherein the computing device is arranged to provide access to data stored at or generated by the computing device, based on the generated data. a first module having access to a second trusted indicator of time; a second module having access to an untrusted indicator of time; and a computing device configured to communicate with a first trusted indicator of time, the first module is arranged to generate a password using at least a value of the second trusted indicator of time; the second module is arranged to: receive the password associated with the request for access to data; validate the received password using at least a value of the untrusted indicator of time; and cause, in the event that the received password is validated by the second module, a message to be transmitted to the computing device, the message comprising data indicative of the value of the untrusted indicator of time used to validate the received password; and receive the password associated with the request for access to data; validate the received password using at least a value of the untrusted indicator of time; and cause, in the event that the received password is validated by the second module, a message to be transmitted to the computing device, the message comprising data indicative of the value of the untrusted indicator of time used to validate the received password; and the computing device is arranged to generate data indicative of a comparison between the received data indicative of the value of the untrusted indicator of time and a value of the first trusted indicator of time,
Pyrotechnic connector with separable parts comprising a first pyrotechnic line equipped with a first line end, as well as a second pyrotechnic line equipped with a second line end, the pyrotechnic connector having a main structure comprising: - a first part and a second part respectively equipped with first and second pyrotechnic lines (2, 4), the first and second parts (8, 10) being secured to one another and capable of being separated upon the transmission of a pyrotechnic order from one to the other of the first and second pyrotechnic lines (2, 4); - a second weakened section secured to the first part and to the second part; and - a through-passage extending through the weakened section and through the first and second parts (8, 10), with said first and second line ends (30, 32) of the pyrotechnic lines (2, 4) being arranged opposite one another inside the through-passage, said first and second line ends (30, 32) of the pyrotechnic lines (2, 4) each being equipped with a protective casing (30a, 32a) capable of being deformed when the pyrotechnic order is transmitted, so as to cause a break in the weakened section of the main structure, characterised in that it comprises an armoured shield mounted on said main structure so as to surround said weakened section, an integrally-closed annular space being formed between said shield and weakened section. - a first part and a second part respectively equipped with first and second pyrotechnic lines (2, 4), the first and second parts (8, 10) being secured to one another and capable of being separated upon the transmission of a pyrotechnic order from one to the other of the first and second pyrotechnic lines (2, 4); - a second weakened section secured to the first part and to the second part; and - a through-passage extending through the weakened section and through the first and second parts (8, 10), with said first and second line ends (30, 32) of the pyrotechnic lines (2, 4) being arranged opposite one another inside the through-passage,
A duct section comprising: an inner pipe for conveying a fluid, wherein the inner pipe includes a bellows; an outer pipe enclosing the inner pipe to define a space between the inner pipe and the outer pipe; and a connector communicating with the space for evacuating the space to provide thermal insulation for the inner pipe, characterised in that the duct section is arranged as a unit for assembly with other duct sections, the opposite end regions of the inner pipe either side of the bellows being secured to the outer pipe at respective end regions of the outer pipe. an inner pipe for conveying a fluid, wherein the inner pipe includes a bellows; an outer pipe enclosing the inner pipe to define a space between the inner pipe and the outer pipe; and a connector communicating with the space for evacuating the space to provide thermal insulation for the inner pipe, characterised in that the duct section is arranged as a unit for assembly with other duct sections, the opposite end regions of the inner pipe either side of the bellows being secured to the outer pipe at respective end regions of the outer pipe.
Display tray with integrated handle for moving closer the products placed on the tray, configured from a cardboard sheet (1.1) comprising a quadrangular base (1.2) on which the products are stacked horizontally, said base (1.2) prolonged on the rear side (1.3) thereof by a first portion (1.4) with the same width as said rear side (1.3), the first portion (1.4) is followed by a second portion (1.5) with the same width as the former, the rear side (1.3) coincides with a first folding line, between the first portion (1.4) and the second portion (1.5) is a second folding line (1.6), characterised in that in the base (1.2) a first slit (1.7) is made with a shorter length than the total length of said base (1.2) ending at the first folding line (1.3), the first slit (1.7) followed by a second slit (1.8) in the first portion (1.4) with a greater width than the former, and a third slit (1.9) is made the front side of which coincides with the front side (1.10) of the base (1.2) and with a third folding line, the second portion (1.5) presents an I-shaped cut-out (1.11) with a first arm (1.12) joined to the second portion (1.5) by a fourth folding line (1.13) and located at the farthest side of the base (1.2), the first arm (1.12) followed by a gap (1.14), having a fifth transverse folding line (1.15), and a second arm (1.16), the width of the second slit (1.8) is such that when the tray is formed by folding the first (1.3) and second (1.6) folding line said second arm 81.16) is inserted in the second slit (1.8) and the width of the first slit (1.7) is such that the gap (1.14) can move inside thereof, elastic means are attached to the gap (1.14) and to the third slit (1.9) such that they provide a constant traction on the second portion (1.5), akin to a handle, towards the front side (1.10) pushing the products towards said side.
An adapter for filling a fluidic circuit with a filling fluid, intended to be connected on the one hand to said fluidic circuit and on the other hand to a filling cell, the adapter comprising at least one conduit able to be connected to the filling cell and able to suck up filling fluid contained in, and to fill with filling fluid, the fluidic circuit and a plunger tube secured to a piston axially adjustable on an axis in a first guiding tube, said plunger tube having first and second ends and being connected through the first end to the conduit, said piston forming with the first guiding tube a first chamber positioned on one of the two sides of the piston, characterized in that the first chamber is able to receive a movement transmission liquid via a hydraulic transfer line so as to allow, on the one hand, by injection of the movement transmission liquid into the first chamber, the movement of the plunger tube, via the piston, in a first direction, along the axis, for plunging into, or for moving upwards the fluidic circuit, and on the other hand, by suction of the movement transmission liquid from the first chamber, the movement of the plunger tube, via the piston, into a second direction, along the axis, opposite to the first direction, for moving upwards, or plunging into the fluidic circuit.