mhurhangee/ep-ind-claims huggingface dataset:
A control device, including coupling means adapted to be coupled to an apparatus to be controlled, said coupling means being rotatably movable and being lockable in predetermined angular positions corresponding to different operating states of said apparatus to be controlled, said device comprising a driving disk driven in rotation about an axis by a motor unit, a driven disk mounted to rotate about said axis and constrained to rotate with said coupling means, and means for switching between a drive mode for driving said coupling means in rotation, in which said driving disk is mechanically connected to said driven disk so that said driving disk can drive said driven disk in rotation, and a locking mode for locking the angular position of said coupling means, in which said two disks (66, 68) are freely rotatable relative to each other, said switching means comprising a rotary member that is mounted to rotate about an axis parallel to said axis of said disks (66, 68), the device being characterized in that said rotary member carries at least one indexing means which, due to rotation of said rotary member, can be simultaneously engaged into two slots (90, 104, 128) respectively formed in the peripheral edges of said two disks (66, 68) so as to induce a commutation into said drive mode, and can be disengaged from at least one of said slots so as to induce a commutation into said locking mode.
Adapter comprising a cast member with an integral connecting sleeve having an insert opening and an insert channel extending from the insert opening into the connecting sleeve, said channel designed to accommodate a spigot end of a plastic pipe, wherein for the purpose of designing the adapter as a fire prevention adapter the connecting sleeve has a connecting sleeve housing with a receptacle arranged radially on the outside of the insert channel und open in the direction of the insert channel, an intumescent material being arranged in said receptacle, wherein on a side of the receptacle located opposite the insert opening the connecting sleeve has an annular groove surrounding the insert channel with a seal arranged therein, said seal effecting sealing between the cast member and the spigot end of the plastic pipe, characterized in that the annular groove has less of an extension than the receptacle in a radial direction proceeding from the insert channel.
Pressure sensor able to be connected to an electronic circuit measuring the variation of electric resistance when a pressure is applied to the sensor, pressure being the function of the resistance variation, the pressure sensor comprising at least three stacked layers including: - a piezo-resistive layer - a first insulating layer obtained from an arrangement of insulating fibres, comprising at least one row of at least one conductive yarn in contact with a first surface of the piezo-resistive layer, and - a second insulating layer also obtained from an arrangement of insulating fibres, comprising at least one row of at least one conductive yarn, in contact with the opposite surface of the piezo-resistive layer characterized in that the piezo-resistive layer consist of a piece of fabric made of fibres obtained from the piezo-resistive material. - a piezo-resistive layer - a first insulating layer obtained from an arrangement of insulating fibres, comprising at least one row of at least one conductive yarn in contact with a first surface of the piezo-resistive layer, and - a second insulating layer also obtained from an arrangement of insulating fibres, comprising at least one row of at least one conductive yarn, in contact with the opposite surface of the piezo-resistive layer characterized in that the piezo-resistive layer consist of a piece of fabric made of fibres obtained from the piezo-resistive material.
A power wiring apparatus (1, 2, 3, 4, 5, 6, 7, 8) comprising: a plate-shaped wiring member comprising a plurality of first connectors and configured to conductively connect the plurality of first connectors to each other; and a plate-shaped external circuit element mounted on the wiring member and comprising a second connector mechanically and electrically attachable to and detachable from any first connector among the plurality of first connectors; wherein an insertion and removal direction of the second connector with respect to the first connector is substantially parallel to a surface direction of the external circuit element; wherein the external circuit element comprises an energy harvesting element as a circuit element capable of outputting, from the second connector, power generated by energy harvesting, characterized in that the wiring member is flexible, enabling the wiring member to be folded. a plate-shaped wiring member comprising a plurality of first connectors and configured to conductively connect the plurality of first connectors to each other; and a plate-shaped external circuit element mounted on the wiring member and comprising a second connector mechanically and electrically attachable to and detachable from any first connector among the plurality of first connectors; wherein an insertion and removal direction of the second connector with respect to the first connector is substantially parallel to a surface direction of the external circuit element; wherein the external circuit element comprises an energy harvesting element as a circuit element capable of outputting, from the second connector, power generated by energy harvesting, characterized in that the wiring member is flexible, enabling the wiring member to be folded.
Process for the anti-oxidising surface treatment of steel parts comprising the steps of: - washing or de-greasing a charge of steel components to be treated; - nitriding under gaseous phase said charge, after its washing, said step of nitriding being composed of the sub-steps of: • pre-heating with nitrogen till a temperature of 350 °C; • heating from 350 °C to 450 °C in an atmosphere composed of CO 2; • heating from 450 °C to 520 - 600 °C for half an hour in an atmosphere containing N 2; • maintaining, at the same temperature of 520 - 600 °C, for a period from 2 to 10 hours, in an atmosphere composed of a mixture containing NH 3, CO 2 and N 2, wherein the mixture with which the sub-step of maintaining at the same temperature of 520 - 600 °C is performed, contains, in volume, 70% of NH 3, from 10% to 15% of N 2 and, respectively, from 15% to 20% of CO 2; - washing with nitrogen the environment where said nitriding occurred; and - steam oxidising, consisting in the immission of overheated steam at a temperature in the range between 490 °C and 540 °C for the necessary time to obtain a complete oxygen-iron exchange. - washing or de-greasing a charge of steel components to be treated; - nitriding under gaseous phase said charge, after its washing, said step of nitriding being composed of the sub-steps of: • pre-heating with nitrogen till a temperature of 350 °C; • heating from 350 °C to 450 °C in an atmosphere composed of CO 2; • heating from 450 °C to 520 - 600 °C for half an hour in an atmosphere containing N 2; • maintaining, at the same temperature of 520 - 600 °C, for a period from 2 to 10 hours, in an atmosphere composed of a mixture containing NH 3, CO 2 and N 2, wherein the mixture with which the sub-step of maintaining at the same temperature of 520 - 600 °C is performed, contains, in volume, 70% of NH 3, from 10% to 15% of N 2 and, respectively, from 15% to 20% of CO 2; • pre-heating with nitrogen till a temperature of 350 °C; • heating from 350 °C to 450 °C in an atmosphere composed of CO 2; • heating from 450 °C to 520 - 600 °C for half an hour in an atmosphere containing N 2; • maintaining, at the same temperature of 520 - 600 °C, for a period from 2 to 10 hours, in an atmosphere composed of a mixture containing NH 3, CO 2 and N 2, wherein the mixture with which the sub-step of maintaining at the same temperature of 520 - 600 °C is performed, contains, in volume, 70% of NH 3, from 10% to 15% of N 2 and, respectively, from 15% to 20% of CO 2; - washing with nitrogen the environment where said nitriding occurred; and - steam oxidising, consisting in the immission of overheated steam at a temperature in the range between 490 °C and 540 °C for the necessary time to obtain a complete oxygen-iron exchange.
A MIMO antenna assembly for a mobile wireless communication device comprising: a first patch of electrically conductive material located in a first plane on a corner of a first surface and extending along two adjacent edges where the first surface abuts a third and fourth surface, the third and fourth surfaces extending between the first and a second surface, wherein the second surface opposes and is spaced from the first surface; a first leg located at a corner of the third surface along edges at which the third surface abuts the first surface and fourth surface and a second leg, located on the third surface spaced from the first leg and extending along the edge at which the third surface abuts the first surface, both legs (44,46) being formed of electrically conductive material and electrically connected to the patch along the edge between the first and third surfaces, wherein the first and second legs are coplanar; a first strip formed of electrically conductive material located on the fourth surface and extending along two edges at which the fourth surface abuts the first and third surfaces) electrically connected to both the first patch and the first leg along the two edges; a third leg electrically connected to and projecting away from the first strip towards an edge at which the fourth surface abuts the second surface and is spaced from the edge; a first signal port configured to apply a first signal to the first leg; and a second signal port configured to apply a second signal to the third leg. a first patch of electrically conductive material located in a first plane on a corner of a first surface and extending along two adjacent edges where the first surface abuts a third and fourth surface, the third and fourth surfaces extending between the first and a second surface, wherein the second surface opposes and is spaced from the first surface; a first leg located at a corner of the third surface along edges at which the third surface abuts the first surface and fourth surface and a second leg, located on the third surface spaced from the first leg and extending along the edge at which the third surface abuts the first surface, both legs (44,46) being formed of electrically conductive material and electrically connected to the patch along the edge between the first and third surfaces, wherein the first and second legs are coplanar; a first strip formed of electrically conductive material located on the fourth surface and extending along two edges at which the fourth surface abuts the first and third surfaces) electrically connected to both the first patch and the first leg along the two edges; a third leg electrically connected to and projecting away from the first strip towards an edge at which the fourth surface abuts the second surface and is spaced from the edge; a first signal port configured to apply a first signal to the first leg; and a second signal port configured to apply a second signal to the third leg.
Method of controlling real time contiguous data in a packet switched data stream comprising data packages, characterized in that, said control of said real time contiguous data comprises retaining of data packages of said packet switched data stream in dependence of an authorisation status for use of real time contiguous data services, for disturbing the contiguousness of said real time contiguous data at presentation thereof to a receiving user.
A refrigerator comprises: a cabinet including a storage compartment provided therein; and a door opening and closing the storage compartment, wherein the door comprises: a door panel defining a front surface and a lateral surface of the door and having a bending portion bending from the door panel; a cap panel defining an upper and lower surface of the door by being supported on one surface of the bending portion and including a first cap panel inclined forward, a second cap panel parallel with the first cap panel, and a recess provided in the first cap panel to function as a handle; and a fixing member made of plastic and coupled to the cap panel to press the other surface of the bending portion, wherein the fixing member includes an inclined surface corresponding to the first cap panel, and a pressing portion projected from an edge of the fixing member to press the bending portion, wherein an edge portion of the cap panel covers the pressing portion, and the bending portion is inserted between the cap panel and the pressing portion of the fixing member, and the cap panel is fixed to the door panel, characterized in that the fixing member includes a recess inserting portion formed in the inclined surface in a corresponding shape to the recess, and a flat surface corresponding to a flat surface of the second cap panel, and wherein the cap panel is made of metal. a cabinet including a storage compartment provided therein; and a door opening and closing the storage compartment, a door panel defining a front surface and a lateral surface of the door and having a bending portion bending from the door panel; a cap panel defining an upper and lower surface of the door by being supported on one surface of the bending portion and including a first cap panel inclined forward, a second cap panel parallel with the first cap panel, and a recess provided in the first cap panel to function as a handle; and a fixing member made of plastic and coupled to the cap panel to press the other surface of the bending portion, wherein the fixing member includes an inclined surface corresponding to the first cap panel, and a pressing portion projected from an edge of the fixing member to press the bending portion, wherein an edge portion of the cap panel covers the pressing portion, and the bending portion is inserted between the cap panel and the pressing portion of the fixing member, and the cap panel is fixed to the door panel, characterized in that the fixing member includes a recess inserting portion formed in the inclined surface in a corresponding shape to the recess, and a flat surface corresponding to a flat surface of the second cap panel, and wherein the cap panel is made of metal.
An RO system for producing ultrapure water, preferably for medicinal flushing solutions, with an untreated water supply conduit, which leads to a supply container, from which a conduit with a pump leads to the primary side (12.1) of an RO membrane, from where a concentrate circulation conduit leads back to the supply container, with a secondary circuit with a permeate supply conduit, connected into which there is a heater, and a first permeate circulation conduit, which is connected via a pressure retaining valve with a bypass valve to a permeate return conduit, which leads to the supply container, wherein branching off before the pressure retaining valve with the bypass valve there is a further permeate circulation conduit, connected into which there is a permeate circulation pump and which communicates with the secondary side (12.2) of the RO membrane, wherein the permeate supply conduit leads to an ultrafilter or sterile filter, leading off from the primary side of which is the first permeate circulation conduit and going off from whose secondary side there is a filtrate discharge conduit, which includes a permeate release valve, wherein a disinfectant conduit, which is connected to a disinfectant container and is provided with a disinfectant pump, discharges into the first permeate circulation conduit, so that the primary circuit, which includes the supply container, the conduit, the primary side (12.1) of the RO membrane and the concentrate circulation conduit, and the secondary circuit, which includes the secondary side (12.2) of the RO membrane, the permeate supply conduit, the first permeate circulation conduit and the further permeate circulation conduit, may have a disinfection and cleaning agent flowing through them independently of one another.
An insert molding method comprising: forming a concave portion (22, 23) on one surface of a primary molding section; disposing an insert component on a bottom side of the concave portion (22, 23) of the primary molding section and laminating a heat-insulating component on an opening side of the concave portion (22, 23); and molding a secondary molding section to be disposed in contact with the one surface of the primary molding section, characterized in that the concave portion (22, 23) of the primary molding section includes a lower concave portion and an upper concave portion which are formed in multiple stages, and an area of an opening of the upper concave portion is larger than an area of an opening of the lower concave portion. forming a concave portion (22, 23) on one surface of a primary molding section; disposing an insert component on a bottom side of the concave portion (22, 23) of the primary molding section and laminating a heat-insulating component on an opening side of the concave portion (22, 23); and molding a secondary molding section to be disposed in contact with the one surface of the primary molding section, characterized in that the concave portion (22, 23) of the primary molding section includes a lower concave portion and an upper concave portion which are formed in multiple stages, and an area of an opening of the upper concave portion is larger than an area of an opening of the lower concave portion.
A non-invasive dental caries measurement device for use with a smart phone or tablet, the device comprising: a mouth guard including a light source comprising a plurality of light emitting diodes (602, 603) internal to the mouth guard for measuring one or more physiological parameters, the mouth guard configured to generate an input optical beam with an initial signal-to-noise ratio with one or more optical wavelengths, wherein at least a portion of the one or more optical wavelengths is a short-wave infrared wavelength between 1400 nanometres to 2500 nanometres; the mouth guard comprising one or more lenses configured to receive and to deliver a portion of the input optical beam to a dental sample; the mouth guard further comprising detection outputs (604, 605) to receive at least a portion of the input optical beam reflected from the dental sample; and wherein the detection outputs (604, 605) are formed on the same side of the mouth guard as the plurality of light emitting diodes (602, 603); the device further comprising a detection system that is configured to use a lock-in type technique to increase the signal-to-noise ratio of the input optical beam reflected from the dental sample from at least one of the plurality of light emitting diodes (602, 603); the mouth guard configured to generate an output signal. a mouth guard including a light source comprising a plurality of light emitting diodes (602, 603) internal to the mouth guard for measuring one or more physiological parameters, the mouth guard configured to generate an input optical beam with an initial signal-to-noise ratio with one or more optical wavelengths, wherein at least a portion of the one or more optical wavelengths is a short-wave infrared wavelength between 1400 nanometres to 2500 nanometres; the mouth guard comprising one or more lenses configured to receive and to deliver a portion of the input optical beam to a dental sample; the mouth guard further comprising detection outputs (604, 605) to receive at least a portion of the input optical beam reflected from the dental sample; and wherein the detection outputs (604, 605) are formed on the same side of the mouth guard as the plurality of light emitting diodes (602, 603); the device further comprising a detection system that is configured to use a lock-in type technique to increase the signal-to-noise ratio of the input optical beam reflected from the dental sample from at least one of the plurality of light emitting diodes (602, 603); the mouth guard configured to generate an output signal.
A composition comprising a particulate material, and further comprising at least two pharmaceutical drug agents, and wherein the drug agents are anti-cancer drugs and/or drugs used in treatment of cancer, wherein the particulate material is hydroxyapatite in any crystalline form or configuration wherein the particles in the particulate material comprises or consist of particles in size range of 1 μm to 20 μm or in range of 20 nm to 120 nm, and wherein one pharmaceutical drug agent is one or more bisphosphonates and one or more anthracyclines selected from zoledronic acid and doxorubicin respectively, or any suitable pharmaceutically acceptable salts or ester thereof.
A method performed by a connectivity platform for establishing network connectivity with a device, comprising: detecting the device; establishing a connection with the device; detecting a plurality of networks which are capable of establishing connection with the device using at least one transceiver of the device; determining a network policy of each of the plurality of networks, wherein the determining comprises receiving the network policy of each of the plurality of networks from a policy server via a push policy based on the device being active; determining a signal quality of each of the plurality of networks; analyzing the network policy and the signal quality of each of the plurality of networks, wherein the analyzing comprises: determining at least one network policy compatible with the device by comparing the network policy of each of the plurality of networks; and determining an optimal network for establishing a connection with the device by comparing the signal quality of each of the networks corresponding to the determined at least one network policy; and establishing a connection between the device and the optimal network based on the analyzing; and wherein the connectivity platform is an external platform not residing in the device. detecting the device; establishing a connection with the device; detecting a plurality of networks which are capable of establishing connection with the device using at least one transceiver of the device; determining a network policy of each of the plurality of networks, wherein the determining comprises receiving the network policy of each of the plurality of networks from a policy server via a push policy based on the device being active; determining a signal quality of each of the plurality of networks; analyzing the network policy and the signal quality of each of the plurality of networks, wherein the analyzing comprises: determining at least one network policy compatible with the device by comparing the network policy of each of the plurality of networks; and determining an optimal network for establishing a connection with the device by comparing the signal quality of each of the networks corresponding to the determined at least one network policy; and establishing a connection between the device and the optimal network based on the analyzing; and wherein the connectivity platform is an external platform not residing in the device. determining at least one network policy compatible with the device by comparing the network policy of each of the plurality of networks; and determining an optimal network for establishing a connection with the device by comparing the signal quality of each of the networks corresponding to the determined at least one network policy; and establishing a connection between the device and the optimal network based on the analyzing; and wherein the connectivity platform is an external platform not residing in the device.