mhurhangee/ep-ind-claims huggingface dataset:
A finishing machine for the finish machining of curved workpiece surfaces on workpieces, having: at least one workpiece spindle, which is rotatable about a spindle axis by means of a spindle drive and has a workpiece mounting for mounting a workpiece, such that the workpiece mounted by the workpiece mounting is rotatable about a workpiece axis by rotation of the workpiece spindle; at least one finishing unit, which has a pressing device for pressing a machining tool provided with cutting means against a curved circumferential surface of the workpiece with a pressing force directed radially with respect to the workpiece axis; and a rotary table, which is rotatable cyclically about a rotary table axis, wherein a plurality of workpiece spindles (120, 130, 140, 150) are arranged on the rotary table at a predetermined angular pitch and a workpiece mounted by a workpiece mounting is movable into a machining position on the finishing unit by rotation of the rotary table and, after completion of the finish machining operation, is transportable out of this machining position to a subsequent workstation, characterized by a device for actively supporting the workpiece against transverse forces on at least one workpiece section located at an axial distance from the workpiece mounting. at least one workpiece spindle, which is rotatable about a spindle axis by means of a spindle drive and has a workpiece mounting for mounting a workpiece, such that the workpiece mounted by the workpiece mounting is rotatable about a workpiece axis by rotation of the workpiece spindle; at least one finishing unit, which has a pressing device for pressing a machining tool provided with cutting means against a curved circumferential surface of the workpiece with a pressing force directed radially with respect to the workpiece axis; and a rotary table, which is rotatable cyclically about a rotary table axis, wherein a plurality of workpiece spindles (120, 130, 140, 150) are arranged on the rotary table at a predetermined angular pitch and a workpiece mounted by a workpiece mounting is movable into a machining position on the finishing unit by rotation of the rotary table and, after completion of the finish machining operation, is transportable out of this machining position to a subsequent workstation, a device for actively supporting the workpiece against transverse forces on at least one workpiece section located at an axial distance from the workpiece mounting.
Rubber bearing having an inner part extending in an axial direction (x), an outer sleeve surrounding the inner part at a distance, which consists of or is composed of two half shells (4, 5) designed as identical parts, and a rubber body arranged between the inner part and the outer sleeve, wherein the half shells (4, 5) are connected to the inner part by means of the rubber body and have projections (7, 8) and depressions (9, 10) on their circumferential ends facing one another, in which the projections (7 8) are indented or indentable, and wherein exactly one of the projections (7, 8) is indented or indentable into each of the depressions (9, 10), to the shape of which the shape of the respective depression (9, 10) is adapted, characterised in that the inner surface of each projection (7, 8) has two surface sections (16, 17) lying one behind the other in the axial direction (x), from which a first surface section runs inclined outwards to a first axial end of the projection and a second surface section runs inclined outwards to a second axial end of the projection.
A handheld vacuum cleaner comprising a handle part, which handle part extends in a main handle direction, is provided with a through hole for receiving one or several fingers of an operator, which through hole extends sideways and substantially perpendicular to the main handle direction, and which handle part comprises a frame element, which frame element extends in the main handle direction and encircles the through hole, the handheld vacuum cleaner further comprises a top casing element and a bottom casing element, the frame element further comprises a first side casing part and a second side casing part, which form a side portion on a respective side of the vacuum cleaner between the top casing element and the bottom casing element and are connected to the frame element at a vacuum means facing end thereof, the frame element, the top casing element and the bottom casing element are arranged to form a housing for accommodating at least a part of a vacuum means, the top casing element is connected to the frame element and covers at least a portion of the top side of the frame element, and wherein the bottom casing element is connected to the frame element and covers at least a portion of the bottom side of the frame element characterised in that the first side casing part and the second side casing part are provided with through air openings for the exhaust air of the vacuum means.
A method for determining a location of a handheld reader (120, 300) within a facility, comprising: performing first operations by the handheld reader (120, 300) to read Radio Frequency Identifier ("RFID") tags (112 1 -112 N, 118 1 -118 N) having locations within the facility that are unknown to the handheld reader (120, 300); performing second operations by the handheld reader (120, 300) to receive first signals from a plurality of stationary Radio Frequency ("RF") enabled devices located at known locations within the facility; and determining at least one of an orientation of the handheld reader (120, 300) and a location of the handheld reader (120, 300) within the facility using a combination of at least two of Received Signal Strength Indicator ("RSSI") levels of the first signals, known locations of the RF enabled devices associated with the RSSI levels, Time-Of-Flight ("TOF") values computed for the first signals, known locations of the RF enabled devices associated with the TOF values, sensor data generated by first sensors disposed in the handheld reader (120, 300), sensor data generated by second sensors disposed at known locations within the facility, known antenna patterns of the RF enabled devices, a known antenna pattern of the handheld reader (120, 300), and information indicating which RFID tags (112 1 -112 N, 118 1 -118 N) were read by the handheld reader (120, 300) and at least one of the RF enabled devices; wherein the first and second operations are performed while the handheld reader (120, 300) is being carried by a person throughout the facility. performing first operations by the handheld reader (120, 300) to read Radio Frequency Identifier ("RFID") tags (112 1 -112 N, 118 1 -118 N) having locations within the facility that are unknown to the handheld reader (120, 300); performing second operations by the handheld reader (120, 300) to receive first signals from a plurality of stationary Radio Frequency ("RF") enabled devices located at known locations within the facility; and determining at least one of an orientation of the handheld reader (120, 300) and a location of the handheld reader (120, 300) within the facility using a combination of at least two of Received Signal Strength Indicator ("RSSI") levels of the first signals, known locations of the RF enabled devices associated with the RSSI levels, Time-Of-Flight ("TOF") values computed for the first signals, known locations of the RF enabled devices associated with the TOF values, sensor data generated by first sensors disposed in the handheld reader (120, 300), sensor data generated by second sensors disposed at known locations within the facility, known antenna patterns of the RF enabled devices, a known antenna pattern of the handheld reader (120, 300), and information indicating which RFID tags (112 1 -112 N, 118 1 -118 N) were read by the handheld reader (120, 300) and at least one of the RF enabled devices; wherein the first and second operations are performed while the handheld reader (120, 300) is being carried by a person throughout the facility.
A compound of Formula Wherein A denotes a 5- to 7-membered saturated carbocyclic ring wherein 1 -CH 2 - group may be replaced by an oxygen atom. R 1 R 1' are independently from one another selected from halogen, CF 3, C 1 -C 6 -alkyl optionally substituted with one to 3 Hal, C 1 -C 6 -alkoxy, CN, C 1 -C 6 -alkyl sulfonyl and amine. Q is selected from -NR 4 -, -(CH 2)NR 4 CO-, -NR 4 CO- or -CONR 4 -, and -CONR 4 - Z is CH or N, R 2 is a 5- to 6- membered unsaturated or aromatic heterocyclic ring containing 1 to 3 heteroatoms independently selected from O, N or S and which may be substituted with 1 to 3 groups independently selected from C 1 -C 6 -alkyl, C 1 -C 6 alkoxy, R 3 is H, C 1 -C 6 -alkoxy, CN, or halogen. R 4 denotes H or C 1 -C 6 -alkyl, and pharmaceutically acceptable solvates, tautomers, salts, hydrates and stereoisomers thereof, including mixtures thereof in all ratios. A denotes a 5- to 7-membered saturated carbocyclic ring wherein 1 -CH 2 - group may be replaced by an oxygen atom. R 1 R 1' are independently from one another selected from halogen, CF 3, C 1 -C 6 -alkyl optionally substituted with one to 3 Hal, C 1 -C 6 -alkoxy, CN, C 1 -C 6 -alkyl sulfonyl and amine. Q is selected from -NR 4 -, -(CH 2)NR 4 CO-, -NR 4 CO- or -CONR 4 -, and -CONR 4 - Z is CH or N, R 2 is a 5- to 6- membered unsaturated or aromatic heterocyclic ring containing 1 to 3 heteroatoms independently selected from O, N or S and which may be substituted with 1 to 3 groups independently selected from C 1 -C 6 -alkyl, C 1 -C 6 alkoxy, R 3 is H, C 1 -C 6 -alkoxy, CN, or halogen. R 4 denotes H or C 1 -C 6 -alkyl,
Method for monitoring an electric alternating current polyphase line with a number of phases greater than or equal to three, comprising the following operations: - detecting the course of the concatenate voltages (Vab, Vac, Vbc) between a phase and another phase of said polyphaser line; - assessing the phase-differences (Δφab-ac, Δφac-bc, Δφab-bc) between the different pairs (Vab-Vac; Vab-Vbc; Vac-Vbc) of said concatenate voltages; - checking whether two or three of the phase-differences (Δφab-ac, Δφac-bc, Δφab-bc) between the different pairs of said concatenate voltages are not comprised within their respective range of admissible phase-difference, in order to diagnose an anomaly condition. - detecting the course of the concatenate voltages (Vab, Vac, Vbc) between a phase and another phase of said polyphaser line; - assessing the phase-differences (Δφab-ac, Δφac-bc, Δφab-bc) between the different pairs (Vab-Vac; Vab-Vbc; Vac-Vbc) of said concatenate voltages; - checking whether two or three of the phase-differences (Δφab-ac, Δφac-bc, Δφab-bc) between the different pairs of said concatenate voltages are not comprised within their respective range of admissible phase-difference, in order to diagnose an anomaly condition.
An electronic device (10; 1092) adapted for conveying locale information, the electronic device (10; 1092) comprising: a network interface; a processor; and a memory, the memory comprising instructions configured to cause the processor to: request, from another device (10; 1094), and via the network interface, a list of available locales that are available to the other device (10; 1094), the request comprising a request for either a view of an entire profile instance of a locale profile on the other device (10; 1094), or a view of only available locales sub-fields of a locale profile on the other device (10; 1094); receive the list of available locales from the other device (10; 1094); select an active locale (4904, 4908) for the other device (10; 1092) from the received list of available locales, wherein the active locale (4904, 4908) indicates which language and/or location is being used; and send a request, to the other device (10; 1094), to change the active locale (4904, 4908) of the other device (10; 1094) to the selected locale such that the other device (10; 1094) will use the language and/or location indicated by the selected locale. a network interface; a processor; and a memory, the memory comprising instructions configured to cause the processor to: request, from another device (10; 1094), and via the network interface, a list of available locales that are available to the other device (10; 1094), the request comprising a request for either a view of an entire profile instance of a locale profile on the other device (10; 1094), or a view of only available locales sub-fields of a locale profile on the other device (10; 1094); receive the list of available locales from the other device (10; 1094); select an active locale (4904, 4908) for the other device (10; 1092) from the received list of available locales, wherein the active locale (4904, 4908) indicates which language and/or location is being used; and send a request, to the other device (10; 1094), to change the active locale (4904, 4908) of the other device (10; 1094) to the selected locale such that the other device (10; 1094) will use the language and/or location indicated by the selected locale. request, from another device (10; 1094), and via the network interface, a list of available locales that are available to the other device (10; 1094), the request comprising a request for either a view of an entire profile instance of a locale profile on the other device (10; 1094), or a view of only available locales sub-fields of a locale profile on the other device (10; 1094); receive the list of available locales from the other device (10; 1094); select an active locale (4904, 4908) for the other device (10; 1092) from the received list of available locales, wherein the active locale (4904, 4908) indicates which language and/or location is being used; and send a request, to the other device (10; 1094), to change the active locale (4904, 4908) of the other device (10; 1094) to the selected locale such that the other device (10; 1094) will use the language and/or location indicated by the selected locale.
A resource access method for an Internet of Things network, the method comprising: sending, by a client, an authorization request to an authorization server; after determining that an authorization response returned by the authorization server is not received, sending, by the client, a resource access request to a resource server different from the authorization server, wherein the resource access request carries first instruction information that is used to instruct the resource server to send the authorization request to the authorization server; and receiving, by the client, a resource access response returned by the resource server, wherein the resource access response is returned according to the resource access request after the resource server sends the authorization request to the authorization server according to the first instruction information and receives the authorization response sent by the authorization server. sending, by a client, an authorization request to an authorization server; after determining that an authorization response returned by the authorization server is not received, sending, by the client, a resource access request to a resource server different from the authorization server, wherein the resource access request carries first instruction information that is used to instruct the resource server to send the authorization request to the authorization server; and receiving, by the client, a resource access response returned by the resource server, wherein the resource access response is returned according to the resource access request after the resource server sends the authorization request to the authorization server according to the first instruction information and receives the authorization response sent by the authorization server.
An apparatus comprising a generator (101, 102) installed at a remote controller, a controller installed at a mobile robot calculating a direction of the remote controller, rotating the mobile robot in the calculated direction and then making the mobile robot to go straight ahead, characterized in that: the generator (101, 102) generates an RF signal and infrared signal for calling the mobile robot when a call.signal is inputted by a user by pressing a button, wherein the direction of the remote controller is calculated based on a position of an infrared ray receiver that has received the infrared signal, among a plurality of infrared ray receivers installed at the mobile robot when the RF signal is received. the generator (101, 102) generates an RF signal and infrared signal for calling the mobile robot when a call.signal is inputted by a user by pressing a button, wherein the direction of the remote controller is calculated based on a position of an infrared ray receiver that has received the infrared signal, among a plurality of infrared ray receivers installed at the mobile robot when the RF signal is received.
Folding stairs, especially lightweight wooden stairs, designed for installation in the ceiling of a building, opening downwards together with a flap designed for closing a frame opening in building ceiling from underside and unfolding into the room located under this ceiling, the folding stairs consisting of ladder-type stairs sections connected to each other by means of hinges located in individual joints of consecutive stairs segments at upper or lower ends of stringers of these stairs sections; wherein a first section which in unfolded state of stairs takes the highest position among all other sections is pivotally connected with the frame and its axis of rotation remains unchanged with respect to the frame, and first section and second section of the stairs sections are connected with each other by means of high-axis hinges having their axis of rotation at an upper surface of the stringers of both these sections of stairs, characterized in that the flap is suspended from the first section of stairs by means of at least two pairs of connecting members (41, 42) which, together with the first section of stairs and the flap form a four-bar linkage, and the connecting members on which the flap is suspended are connected with the flap by means of hook-type holders, each of them having a bearing seat, finished with a supporting surface of a supporting protrusion, for engaging a journal seated in connecting member on which the flap is suspended, and the mounting access to this seat is closed by an insert having a surface complementing the bearing seat and fastened to the hook-type holder body by means of a latch.
A teat cup handling device for a robot arm adapted to attach teat cups to a milking animal, wherein each teat cup has a centrally located longitudinal axis extending through a first end surface of the teat cups provided with a recess for receiving a teat of a milking animal and a oppositely located second end surface of the teat cups, and wherein the teat cup handling device comprises at least two holding parts arranged to releasably hold the teat cups, characterized in that each holding part comprises holding means adapted to hold the teat cups in positions such that the longitudinal axes of the teat cups are inclined in relation to each other.
A method for wireless communications, comprising: transmitting control information on a control channel during a first subframe to allocate resources for a downlink data channel during a second subframe, wherein the control channel further comprises first and second control channels, wherein the first control channel comprises an indication of a number of symbols utilized for control information on the second control channel; re-transmitting the control information on said control channel during the second subframe; wherein the first and second subframes (606, 608) do not overlap in time; and transmitting the downlink data channel during the second subframe. transmitting control information on a control channel during a first subframe to allocate resources for a downlink data channel during a second subframe, wherein the control channel further comprises first and second control channels, wherein the first control channel comprises an indication of a number of symbols utilized for control information on the second control channel; re-transmitting the control information on said control channel during the second subframe; wherein the first and second subframes (606, 608) do not overlap in time; and transmitting the downlink data channel during the second subframe.
A crankshaft damper-isolator comprising: a hub having an outer radial surface and an outermost radial surface spaced radially outward from the outer radial surface and thereby defining an annular receptacle therebetween; a pulley body having a belt engaging portion radially-concentric about the hub and, extending radially inward from the belt engaging portion, a face guard that terminates in a sleeve seated about the outer radial surface of the hub; a damper assembly disposed between the outermost radial surface of the hub and belt engaging portion of the pulley body; an isolator member seated in the annular receptacle of the hub, characterized in that the isolator member is engaged with both the hub and the face guard for rotation therewith when the hub and pulley body rotate at the same rotational speed and when the hub rotates relative to the pulley body; and a slide bearing disposed between the outer radial surface of the hub and the sleeve of the pulley body, wherein the slide bearing axially retains the pulley body to the hub and allows the pulley body to rotate relative to the hub. a hub having an outer radial surface and an outermost radial surface spaced radially outward from the outer radial surface and thereby defining an annular receptacle therebetween; a pulley body having a belt engaging portion radially-concentric about the hub and, extending radially inward from the belt engaging portion, a face guard that terminates in a sleeve seated about the outer radial surface of the hub; a damper assembly disposed between the outermost radial surface of the hub and belt engaging portion of the pulley body; an isolator member seated in the annular receptacle of the hub, characterized in that the isolator member is engaged with both the hub and the face guard for rotation therewith when the hub and pulley body rotate at the same rotational speed and when the hub rotates relative to the pulley body; and a slide bearing disposed between the outer radial surface of the hub and the sleeve of the pulley body, wherein the slide bearing axially retains the pulley body to the hub and allows the pulley body to rotate relative to the hub.
A method of repairing a refractory brick wall in a furnace comprising: (a) identifying a refractory brick wall or portion thereof that requires repair/reconstruction; (b) demolishing the refractory brick wall or wall portion thereof identified in step (a); (c) installing outer reusable forms (74, 76) in situ, defining a new wall or portion thereof; (d) installing inner consumable forms (78, 80, 82) defining one or more passageways within said new wall or portion thereof; and (e) pouring castable material into one or more areas bounded by said outer forms; (f) removing the outer reusable forms and (g) curing said castable material installed thru a controlled 60 hour heat up cycle, wherein said castable material is a fused, silica-based material (a) identifying a refractory brick wall or portion thereof that requires repair/reconstruction; (b) demolishing the refractory brick wall or wall portion thereof identified in step (a); (c) installing outer reusable forms (74, 76) in situ, defining a new wall or portion thereof; (d) installing inner consumable forms (78, 80, 82) defining one or more passageways within said new wall or portion thereof; and (e) pouring castable material into one or more areas bounded by said outer forms; (f) removing the outer reusable forms and (g) curing said castable material installed thru a controlled 60 hour heat up cycle, wherein said castable material is a fused, silica-based material