mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for contingency controlling an engine rotational speed of a heavy construction equipment including a control dial for controlling a rotational speed of an engine and a machine control unit generating a driving signal to control an operation of the engine by transferring a control value received from the control dial to an engine control unit, the apparatus comprising: an instrument panel electrically connected with the engine control unit and allowing an operator to select and control a desired engine rotational speed because a control algorithm for the engine rotational speed is made into a database; characterized in that a connection switch is provided for electrically connecting the instrument panel and the engine control unit when the control dial or the machine control unit does not operate normally; and the instrument panel includes, a storage previously storing the control algorithm for the engine rotational speed; an input controller allowing the operator to select and control the desired engine rotational speed; and a controller reading a value corresponding to a predetermined control signal from the storage when receiving the predetermined control signal through the input controller, and outputting the read value to the engine control unit. an instrument panel electrically connected with the engine control unit and allowing an operator to select and control a desired engine rotational speed because a control algorithm for the engine rotational speed is made into a database; characterized in that a connection switch is provided for electrically connecting the instrument panel and the engine control unit when the control dial or the machine control unit does not operate normally; and the instrument panel includes, a storage previously storing the control algorithm for the engine rotational speed; an input controller allowing the operator to select and control the desired engine rotational speed; and a controller reading a value corresponding to a predetermined control signal from the storage when receiving the predetermined control signal through the input controller, and outputting the read value to the engine control unit.
An apparatus comprised in a connecting device for establishing a connection between the connecting device and at least one target device in a multi-hop network, the apparatus comprising: - a discovery unit for detecting availability of at least one temporary gateway capable of connecting using another network technology different from the multi-hop network to the connecting device and via a single-hop connection (110; 120) to the at least one target device or a proxy device; wherein the proxy device provides access to the at least one target device located within a one-hop range of the proxy device; wherein the discovery unit is adapted to detect the availability of the at least one temporary gateway based on information communicated to the discovery unit indicative of at least one of a proxy beacon having been observed by the temporary gateway, a control action having been executed by a user of the temporary gateway, a result of a proximity detection amongst the temporary gateway and at least one target device or the proxy device, or an explicit user indication; and - a selection unit for deciding either to establish a bypass connection via a selected one of the at least one temporary gateway to the at least one target device or the proxy device, or to establish a connection to the at least one target device or the proxy device through the multi-hop network, in dependence on at least one network- or device-related parameter. - a discovery unit for detecting availability of at least one temporary gateway capable of connecting using another network technology different from the multi-hop network to the connecting device and via a single-hop connection (110; 120) to the at least one target device or a proxy device; wherein the proxy device provides access to the at least one target device located within a one-hop range of the proxy device; wherein the discovery unit is adapted to detect the availability of the at least one temporary gateway based on information communicated to the discovery unit indicative of at least one of a proxy beacon having been observed by the temporary gateway, a control action having been executed by a user of the temporary gateway, a result of a proximity detection amongst the temporary gateway and at least one target device or the proxy device, or an explicit user indication; and - a selection unit for deciding either to establish a bypass connection via a selected one of the at least one temporary gateway to the at least one target device or the proxy device, or to establish a connection to the at least one target device or the proxy device through the multi-hop network, in dependence on at least one network- or device-related parameter.
A fixing device, comprising: a pair of opposed, parallel rollers forming a fixing nip between the parallel rollers; a nip pressure adjusting unit to adjust a nip pressure generated in the fixing nip, the nip pressure adjusting unit including: a pair of first and second operation levers (45a, 45b) disposed near respective widthwise ends of the pair of rollers to swing to collectively adjust the nip pressure; a first movement member cooperating with the first operation lever to perform a first movement (B1, B2); and a second movement member cooperating with the second operation lever to perform a second movement (C1, C2); and a detector to detect both the first and second movements being performed at the same time and to generate a turn on signal, wherein the fixing device becomes operable when the turn on signal is generated by the detector, characterized in that the first movement is a linear movement, and the second movement is a swinging movement. a pair of opposed, parallel rollers forming a fixing nip between the parallel rollers; a nip pressure adjusting unit to adjust a nip pressure generated in the fixing nip, the nip pressure adjusting unit including: a pair of first and second operation levers (45a, 45b) disposed near respective widthwise ends of the pair of rollers to swing to collectively adjust the nip pressure; a first movement member cooperating with the first operation lever to perform a first movement (B1, B2); and a second movement member cooperating with the second operation lever to perform a second movement (C1, C2); and a pair of first and second operation levers (45a, 45b) disposed near respective widthwise ends of the pair of rollers to swing to collectively adjust the nip pressure; a first movement member cooperating with the first operation lever to perform a first movement (B1, B2); and a second movement member cooperating with the second operation lever to perform a second movement (C1, C2); and a detector to detect both the first and second movements being performed at the same time and to generate a turn on signal, wherein the fixing device becomes operable when the turn on signal is generated by the detector, characterized in that the first movement is a linear movement, and the second movement is a swinging movement.
Method for controlling a first manipulator (110; 210), in particular a first robot, which does not simultaneously share a working space (130; 230) with at least one second manipulator (120; 220), in particular a second robot, wherein the two manipulators each have predefined movement profiles, comprising the following method steps: a) providing real-time information about the actual state of the movement profile of the second manipulator (120; 220) while it is in the working space (130; 230); b) determining, on the basis of the real-time information provided and the predefined movement profile of the second manipulator (120; 220), the remaining duration which the second manipulator (120; 220) requires in order to leave the working space (130; 230); c) adapting the movement profile of the first manipulator (110; 210) in response to the remaining duration determined in step b), with the result that the first manipulator (110; 210) adapts its movement to the boundary of the working space (130; 230) in such a way that a stopping of the first manipulator (110; 210) in front of the working space (130; 230) is avoided, and with the result that the first manipulator (110; 210) enters the working space at the earliest after the remaining duration has elapsed and does not stop at the boundary with respect to the working space beforehand and waits for a release of the working space. a) providing real-time information about the actual state of the movement profile of the second manipulator (120; 220) while it is in the working space (130; 230); b) determining, on the basis of the real-time information provided and the predefined movement profile of the second manipulator (120; 220), the remaining duration which the second manipulator (120; 220) requires in order to leave the working space (130; 230); c) adapting the movement profile of the first manipulator (110; 210) in response to the remaining duration determined in step b), with the result that the first manipulator (110; 210) adapts its movement to the boundary of the working space (130; 230) in such a way that a stopping of the first manipulator (110; 210) in front of the working space (130; 230) is avoided, and with the result that the first manipulator (110; 210) enters the working space at the earliest after the remaining duration has elapsed and does not stop at the boundary with respect to the working space beforehand and waits for a release of the working space.
An optical component comprising: a core lens; and a molded portion formed from a covering plastic on each of front and back surfaces (5, 6) of the core lens, wherein the core lens includes a recessed portion in an outer periphery of the core lens; and characterized in that the recessed portion forms a recess in the outer shape of the core lens as seen in the optical axis direction. a core lens; and a molded portion formed from a covering plastic on each of front and back surfaces (5, 6) of the core lens, wherein the core lens includes a recessed portion in an outer periphery of the core lens; and characterized in that the recessed portion forms a recess in the outer shape of the core lens as seen in the optical axis direction.
A method for processing a Radio Link Failure "RLF" report, wherein when a User Equipment "UE" encounters an RLF in a first cell controlled by a first evolved base station and selects a second cell controlled by a second evolved base station to re-establish a Radio Resource Connection "RRC", the method comprising: receiving, by the second evolved base station, an RRC re-establishment request message sent from the UE, wherein a Physical Cell Identifier "PCI" of the first cell, a Cell Radio Network Temporary Identifier "CRNTI" of the UE in the first cell, and short information of Media Access Control used for data Integrity of signaling messages "short MAC-I" are carried in the RRC re-establishment request message; and sending, by the second evolved base station, the RLF report to at least one evolved base station including the first evolved base station that controls a cell corresponding to the PCI of the first cell, wherein the PCI of the first cell, the CRNTI of the UE in the first cell, and an Enhanced Cell Global Identifier "ECGI" of the second cell are carried in the RLF report, and UE authentication information used for authenticating the UE is also carried in the RLF report. receiving, by the second evolved base station, an RRC re-establishment request message sent from the UE, wherein a Physical Cell Identifier "PCI" of the first cell, a Cell Radio Network Temporary Identifier "CRNTI" of the UE in the first cell, and short information of Media Access Control used for data Integrity of signaling messages "short MAC-I" are carried in the RRC re-establishment request message; and sending, by the second evolved base station, the RLF report to at least one evolved base station including the first evolved base station that controls a cell corresponding to the PCI of the first cell, wherein the PCI of the first cell, the CRNTI of the UE in the first cell, and an Enhanced Cell Global Identifier "ECGI" of the second cell are carried in the RLF report, and UE authentication information used for authenticating the UE is also carried in the RLF report.
Polyelectrolyte membrane fuel cell apparatus, comprising a backing plate; a top clamping plate; at least one in-plane planar fuel cell assembly interposed between said top plate and said backing plate; a current collector foil interposed between the planar fuel cell(s) and the top clamping plate, said current collector foil comprising an electrically non-conductive foil having a pattern of electrically conductive material provided thereon on the side facing the planar fuel cell; characterized in that the fuel cell apparatus is held together by spot welds between the top clamping plate and the backing plate
A heat exchanger comprising: a plurality of plastic cooling tubes extending between a first end plate and a second end plate, a baffle arranged in the heat exchanger characterized in that - the battle extends between the first end plate and the second end plate, the baffle comprising a plurality of first openings for receiving a respective plastic cooling tube and a plurality of second openings arranged between the first openings, - the plastic tubes have a non-circular cross section, - the tubes furthermore have a twisted form along their length. a plurality of plastic cooling tubes extending between a first end plate and a second end plate, a baffle arranged in the heat exchanger characterized in that - the battle extends between the first end plate and the second end plate, the baffle comprising a plurality of first openings for receiving a respective plastic cooling tube and a plurality of second openings arranged between the first openings, - the plastic tubes have a non-circular cross section, - the tubes furthermore have a twisted form along their length. - the battle extends between the first end plate and the second end plate, the baffle comprising a plurality of first openings for receiving a respective plastic cooling tube and a plurality of second openings arranged between the first openings, - the plastic tubes have a non-circular cross section, - the tubes furthermore have a twisted form along their length.
A laser tip attachable to a laser radiation opening provided at a tip end of a laser transmission tube, wherein laser light is directed from the laser radiation opening, the laser tip comprising: a mounting portion detachable from the laser radiation opening; a contact portion contactable with a biological tissue, the contact portion being provided to the front of the mounting portion in a direction in which the laser light is directed from the laser radiation opening, with an open space being provided between the contact portion and the mounting portion; and a coupler that couples the contact portion and the mounting portion to each other; wherein the contact portion has a reflective portion provided at a rear end thereof, which reflective portion is configured to reflect the laser light, directed forward from the laser radiation opening, toward the coupler; characterized in that the reflective portion has a reflective surface that forms an acute angle with respect to the coupler. a mounting portion detachable from the laser radiation opening; a contact portion contactable with a biological tissue, the contact portion being provided to the front of the mounting portion in a direction in which the laser light is directed from the laser radiation opening, with an open space being provided between the contact portion and the mounting portion; and a coupler that couples the contact portion and the mounting portion to each other; wherein the contact portion has a reflective portion provided at a rear end thereof, which reflective portion is configured to reflect the laser light, directed forward from the laser radiation opening, toward the coupler; characterized in that the reflective portion has a reflective surface that forms an acute angle with respect to the coupler.
A compound selected from and salts thereof, for use in the treatment of cancer, wherein the cancer is selected from breast, prostate, lung, bronchial, colon, rectal, kidney, renal, skin, pelvic, pancreatic, oral, ovarian, head, neck, thyroid, parathyroid, stomach, gastrointestinal, intestinal (e.g., small and large), brain, esophageal, liver, gallbladder, pleura, intrahepatic bile duct, cervix, testicular, ureter, anal, larynx, pharynx, bone, Joint, vulvar, eye, and urinary bladder cancers, non-Hodgkin's lymphoma, Hodgkin's lymphoma, melanomas, carcinomas, basal cell carcinomas, neuroblastomas, multiple myelomas, chronic lymphocytic leukemias, soft tissue (e.g., heart) cancers, gastro-intestinal stromal tumors, chronic myeloid leukemias, malignant mesotheliomas, retinoblastomas, and soft tissue sarcomas.
A copper metallization paste, comprising: an organic matrix; glass frits within the organic matrix; and a metal powder within the organic matrix, the metal powder comprising encapsulated copper-containing particles, wherein the encapsulated copper-containing particles each further comprise: a copper-containing particle; and at least two coatings of different materials surrounding the copper-containing particle, wherein each coating comprises a material selected from the group consisting of silver (Ag), nickel (Ni), zinc (Zn), titanium (Ti), titanium nitride (TiN), tungsten, titanium-tungsten (TiW), tungsten doped cobalt (Co:W), cobalt (Co), chromium (Cr), molybdenum (Mo), tantalum (Ta), transition metal nitrides, transition metal silicide alloys, their alloys, or combinations thereof. an organic matrix; glass frits within the organic matrix; and a metal powder within the organic matrix, the metal powder comprising encapsulated copper-containing particles, wherein the encapsulated copper-containing particles each further comprise: a copper-containing particle; and at least two coatings of different materials surrounding the copper-containing particle, wherein each coating comprises a material selected from the group consisting of silver (Ag), nickel (Ni), zinc (Zn), titanium (Ti), titanium nitride (TiN), tungsten, titanium-tungsten (TiW), tungsten doped cobalt (Co:W), cobalt (Co), chromium (Cr), molybdenum (Mo), tantalum (Ta), transition metal nitrides, transition metal silicide alloys, their alloys, or combinations thereof. a copper-containing particle; and at least two coatings of different materials surrounding the copper-containing particle, wherein each coating comprises a material selected from the group consisting of silver (Ag), nickel (Ni), zinc (Zn), titanium (Ti), titanium nitride (TiN), tungsten, titanium-tungsten (TiW), tungsten doped cobalt (Co:W), cobalt (Co), chromium (Cr), molybdenum (Mo), tantalum (Ta), transition metal nitrides, transition metal silicide alloys, their alloys, or combinations thereof.
A method of storing sent message data on a communication device, the sent message data corresponding to a message sent to a destination by the communication device via a server, the method comprising: compiling a first portion of the message, the message including a plurality of components, wherein the first portion includes at least one but not all of the plurality of components in the message, and pointers to the components not included in the first portion, wherein one of the plurality of components is a component stored on the communication device and is not included in the first portion, a pointer for the component stored on the communication device is included in the first portion, and the pointer points to a location where the component is stored on the communication device; applying security encoding to the first portion; storing the first portion; and enabling a content protection mechanism for the component stored on the communication device. compiling a first portion of the message, the message including a plurality of components, wherein the first portion includes at least one but not all of the plurality of components in the message, and pointers to the components not included in the first portion, wherein one of the plurality of components is a component stored on the communication device and is not included in the first portion, a pointer for the component stored on the communication device is included in the first portion, and the pointer points to a location where the component is stored on the communication device; wherein the first portion includes at least one but not all of the plurality of components in the message, and pointers to the components not included in the first portion, wherein one of the plurality of components is a component stored on the communication device and is not included in the first portion, a pointer for the component stored on the communication device is included in the first portion, and the pointer points to a location where the component is stored on the communication device; at least one but not all of the plurality of components in the message, and pointers to the components not included in the first portion, wherein one of the plurality of components is a component stored on the communication device and is not included in the first portion, a pointer for the component stored on the communication device is included in the first portion, and the pointer points to a location where the component is stored on the communication device; applying security encoding to the first portion; storing the first portion; and enabling a content protection mechanism for the component stored on the communication device.