mhurhangee/ep-ind-claims huggingface dataset:
A method for routing communication requests targeted for a user over a network, comprising: subscribing a network entity to presence information of the user, the presence information indicating conditions under which the user is available to be contacted; receiving at least one notification at the subscribing network entity indicating a state of the presence information of the user; and creating routing instructions (700, 710) for routing incoming communication requests targeted for the user, based on the state of the presence information, the routing instructions comprising the conditions to be met to enable an incoming communication request to be routed to the user. subscribing a network entity to presence information of the user, the presence information indicating conditions under which the user is available to be contacted; receiving at least one notification at the subscribing network entity indicating a state of the presence information of the user; and creating routing instructions (700, 710) for routing incoming communication requests targeted for the user, based on the state of the presence information, the routing instructions comprising the conditions to be met to enable an incoming communication request to be routed to the user.
A composite assembly comprising: a feedthrough device having a base rim at least partially surrounding a feedthrough circuitry; and a protector in combination with the feedthrough device; said protector comprising a dome; said dome having a peripheral mounting ledge sized to fit over the base rim of the feedthrough device; said dome projecting upward from the peripheral mounting ledge a distance of 25 micrometers to 25.0 mm; said dome having a thickness ranging from 0.2 mm to 2.0 mm; said dome being composed of a biocompatible material; said dome having a wire exit port (43,81); and said peripheral mounting ledge having a bond to the base rim of the feedthrough device. a feedthrough device having a base rim at least partially surrounding a feedthrough circuitry; and a protector in combination with the feedthrough device; said protector comprising a dome; said dome having a peripheral mounting ledge sized to fit over the base rim of the feedthrough device; said dome projecting upward from the peripheral mounting ledge a distance of 25 micrometers to 25.0 mm; said dome having a thickness ranging from 0.2 mm to 2.0 mm; said dome being composed of a biocompatible material; said dome having a wire exit port (43,81); and said peripheral mounting ledge having a bond to the base rim of the feedthrough device.
Hand-held power tool device having at least one drive housing (72a; 72b; 72c), having at least one impact mechanism housing (74a; 74b; 74c) and having at least one rotary impact mechanism (16a; 16b; 16c), which has at least one planetary transmission (50a; 50b; 50c) with at least one ring gear (46a; 46b; 46c), wherein the ring gear (46a; 46b; 46c) is clamped between the drive housing (72a; 72b; 72c) and the impact mechanism housing (74a; 74b; 74c) in that the ring gear (46a; 46b; 46c) is fixed to the drive housing (72a; 72b; 72c) and to the impact mechanism housing (74a; 74b; 74c) by means of at least one screw element (76a; 76b; 76c), characterized by an impact mechanism cover (44a; 44b; 44c) which is formed in one piece with the ring gear (46a; 46b; 46c), wherein the impact mechanism cover (44a; 44b; 44c) has a passage cutout which is intended for at least one drive shaft (14a; 14b; 14c) to at least partially pass through, and an intermediate shaft bearing (48a; 48b; 48c) for supporting an intermediate shaft (18a; 18b; 18c) is arranged at least partially inside the impact mechanism cover (44a; 44b; 44c) directly at the passage cutout.
A processing machine, comprising: a processing chamber having a discharge port facing downwardly; a tank fixed to the processing chamber, the tank having an inflow port below the discharge port with a gap; a drawer (24, 124) configured to be stowed in the processing chamber and pulled out rearward from the processing chamber, the drawer (24, 124) including a front plate located rearward of the processing chamber, a pair of side plates (27, 127) connected to the front plate, and a bottom plate (31, 131) connected to the front plate and the pair of side plates (27, 127), the bottom plate (31, 131) including a filter (32, 132) disposed in a front portion, a guide (16, 116, 216) configured to guide the drawer (24, 124), the guide (16, 116, 216) including a stopper (19, 119, 219); characterised in that a slider (34, 134, 234) is configured to reciprocate along the guide (16, 116, 216), the slider (34, 134, 234) including a latch portion (37, 137, 237) configured to collide with the stopper (19, 119, 219) to stop the drawer (24, 124) at an intermediate position; wherein the discharge port is located above the bottom plate (31, 131), and the filter (32, 132) is located above the inflow port when the drawer (24, 124) is located at the intermediate position. a processing chamber having a discharge port facing downwardly; a tank fixed to the processing chamber, the tank having an inflow port below the discharge port with a gap; a drawer (24, 124) configured to be stowed in the processing chamber and pulled out rearward from the processing chamber, the drawer (24, 124) including a front plate located rearward of the processing chamber, a pair of side plates (27, 127) connected to the front plate, and a bottom plate (31, 131) connected to the front plate and the pair of side plates (27, 127), the bottom plate (31, 131) including a filter (32, 132) disposed in a front portion, a front plate located rearward of the processing chamber, a pair of side plates (27, 127) connected to the front plate, and a bottom plate (31, 131) connected to the front plate and the pair of side plates (27, 127), the bottom plate (31, 131) including a filter (32, 132) disposed in a front portion, a guide (16, 116, 216) configured to guide the drawer (24, 124), the guide (16, 116, 216) including a stopper (19, 119, 219); characterised in that a slider (34, 134, 234) is configured to reciprocate along the guide (16, 116, 216), the slider (34, 134, 234) including a latch portion (37, 137, 237) configured to collide with the stopper (19, 119, 219) to stop the drawer (24, 124) at an intermediate position; wherein the discharge port is located above the bottom plate (31, 131), and the filter (32, 132) is located above the inflow port when the drawer (24, 124) is located at the intermediate position.
Electric plug-in connector having an enclosure (13a, 13b) in which an electric contact structure (11, 12), a plugging cycle counter and an evaluation unit (17a, 17b) having a memory module are at least partially arranged, wherein, for the purpose of detecting plugging operations, the plugging cycle counter is equipped with a piezoelectric sensor (15a, 15b), wherein the piezoelectric sensor (15a, 15b) is mechanically connected to the contact structure (11, 12) and/or to the enclosure, and wherein the evaluation unit (17a, 17b) is designed for storing the detected number of plugging operations in the memory module.
A method of manufacturing a liner for use in a pressure vessel, the method comprising the steps of: (a) Providing a cup-shaped shell of aluminium alloy, with closed crown end and open top, the shell having a drum region with thinner walls, an end region at the open top with thicker walls and an intermediate transition zone of tapering thickness; (b) Cold drawing the shell using a punch with generally cylindrical walls and a shaped upper region that, during the drawing operation, meets with the transition zone of the shell; (c) Forming the end region and transition zone to close the open top and to form a neck extending therefrom; and (d) Cutting a thread into the neck. (a) Providing a cup-shaped shell of aluminium alloy, with closed crown end and open top, the shell having a drum region with thinner walls, an end region at the open top with thicker walls and an intermediate transition zone of tapering thickness; (b) Cold drawing the shell using a punch with generally cylindrical walls and a shaped upper region that, during the drawing operation, meets with the transition zone of the shell; (c) Forming the end region and transition zone to close the open top and to form a neck extending therefrom; and (d) Cutting a thread into the neck.
A border gateway protocol, BGP, message sending method, comprising: generating, by the first network device, a BGP message, wherein the BGP message comprises a first media access control, MAC, address and indication information, the indication information indicates that a host identified by the first MAC address is an attacker, and the BGP message comprises a media access control/internet protocol MAC/IP advertisement route and a MAC mobility extended community, wherein the MAC/IP advertisement route comprises the first MAC address, and the MAC mobility extended community comprises the indication information; and sending, by the first network device, the BGP message to a second network device. generating, by the first network device, a BGP message, wherein the BGP message comprises a first media access control, MAC, address and indication information, the indication information indicates that a host identified by the first MAC address is an attacker, and the BGP message comprises a media access control/internet protocol MAC/IP advertisement route and a MAC mobility extended community, wherein the MAC/IP advertisement route comprises the first MAC address, and the MAC mobility extended community comprises the indication information; and sending, by the first network device, the BGP message to a second network device.
Method for producing a prosthetic hip acetabulum, comprising the steps of: a) providing a ceramic cup having a concave inner receiving face and having an outer annular receiving structure, b) providing an installation and orientation insert having a peripheral annular fixing structure designed to cooperate with the receiving face of the outer annular receiving structure by engaging around the outer annular receiving structure, c) heating the installation and orientation insert in order to increase the dimensions thereof, d) engaging the peripheral annular fixing structure around the receiving face of the outer annular receiving structure, e) bringing the installation and orientation insert back to room temperature in order to reduce the dimensions thereof, so as to achieve a radial clamping of the peripheral annular fixing structure on the outer annular receiving structure. a) providing a ceramic cup having a concave inner receiving face and having an outer annular receiving structure, b) providing an installation and orientation insert having a peripheral annular fixing structure designed to cooperate with the receiving face of the outer annular receiving structure by engaging around the outer annular receiving structure, c) heating the installation and orientation insert in order to increase the dimensions thereof, d) engaging the peripheral annular fixing structure around the receiving face of the outer annular receiving structure, e) bringing the installation and orientation insert back to room temperature in order to reduce the dimensions thereof, so as to achieve a radial clamping of the peripheral annular fixing structure on the outer annular receiving structure.
A transport and/or storage container for accommodating radioactive components, particularly radioactive wastes, with a container base, container jacket and container lid (3, 4), wherein a γ-shielding jacket is arranged on the inside of the container, which γ-shielding jacket preferably consists of lead or essentially consists of lead, wherein the γ-shielding jacket is arranged at a distance at least from the container jacket and wherein at least one thermal insulation layer is arranged at least between container jacket and γ-shielding jacket, wherein the thermal insulation layer is designed with the stipulation that heat transfer from the outside of the container to the container inside is at least reduced to the extent that melting and/or decomposition of the γ-shielding jacket or the material of the γ-shielding jacket is prevented and wherein the thermal insulation layer is set up with the stipulation that the insulation layer has a heat-transfer coefficient of λ/ d = 15 to 25 W/m 2 K, preferably of λ/ d = 20 W/m 2 K or of approximately λ/ d = 20 W/m 2 K.
A sheet feed apparatus (22, 40, 46) comprising: a sheet stacking portion on which sheets are stacked; a sheet conveying path, extending from the sheet stacking portion, in which the sheet is conveyed in a predetermined conveying direction; a sheet feed roller disposed, in the sheet conveying path, facing the sheet stacking portion, and having a circumferential surface being rotated, the sheet feed roller configured to convey the sheet; a sheet feed pad disposed facing the circumferential surface of the sheet feed roller, and having a pad surface that forms, between the pad surface and the circumferential surface, a nip portion into which the sheet is conveyed; a support member having a support surface to which the sheet feed pad is fixed, and a contact surface located upstream of the support surface in a sheet conveying direction so as to be higher than the pad surface in a direction perpendicular to the support surface, and configured to make contact with a leading end of the sheet fed from the sheet stacking portion; and rib portions disposed in the support member on both side portions, in a sheet width direction intersecting the sheet conveying direction, of the support surface, characterized in that the rib portions have inclined surfaces that extend so as to lower front end portions thereof, respectively, from the contact surface to the support surface toward a downstream side in the sheet conveying direction. a sheet stacking portion on which sheets are stacked; a sheet conveying path, extending from the sheet stacking portion, in which the sheet is conveyed in a predetermined conveying direction; a sheet feed roller disposed, in the sheet conveying path, facing the sheet stacking portion, and having a circumferential surface being rotated, the sheet feed roller configured to convey the sheet; a sheet feed pad disposed facing the circumferential surface of the sheet feed roller, and having a pad surface that forms, between the pad surface and the circumferential surface, a nip portion into which the sheet is conveyed; a support member having a support surface to which the sheet feed pad is fixed, and a contact surface located upstream of the support surface in a sheet conveying direction so as to be higher than the pad surface in a direction perpendicular to the support surface, and configured to make contact with a leading end of the sheet fed from the sheet stacking portion; and rib portions disposed in the support member on both side portions, in a sheet width direction intersecting the sheet conveying direction, of the support surface, characterized in that the rib portions have inclined surfaces that extend so as to lower front end portions thereof, respectively, from the contact surface to the support surface toward a downstream side in the sheet conveying direction.
A method for calibration of an RFID sensor used in manufacturing and monitoring systems comprising: measuring complex impedance of the RFID sensor comprising an RFID sensor antenna having an attached complementary sensor for determining a sensor response; relating the measurement of impedance of the RFID sensor antenna to one or more environmental parameters; computing one or more analytical fit coefficients which relate the sensor response to the environmental parameter; and storing the one or more analytical fit coefficients on a memory chip of the RFID sensor, wherein measuring complex impedance comprises measuring frequency of maximum of real part of the complex impedance and magnitude of the real part of the complex impedance, resonance peak position of the real part of the complex impedance, resonant frequency of the imaginary part of the complex impedance and antiresonant frequency of the imaginary part of the complex impedance. measuring complex impedance of the RFID sensor comprising an RFID sensor antenna having an attached complementary sensor for determining a sensor response; relating the measurement of impedance of the RFID sensor antenna to one or more environmental parameters; computing one or more analytical fit coefficients which relate the sensor response to the environmental parameter; and storing the one or more analytical fit coefficients on a memory chip of the RFID sensor, wherein measuring complex impedance comprises measuring frequency of maximum of real part of the complex impedance and magnitude of the real part of the complex impedance, resonance peak position of the real part of the complex impedance, resonant frequency of the imaginary part of the complex impedance and antiresonant frequency of the imaginary part of the complex impedance.
A disposable wipes dispenser system, the dispenser system comprising: a case configured to contain a disposable wipes container; and a cover configured to mount to a mounting hole disposed within a mounting surface; wherein the case is configured to couple to the cover from below the mounting surface; and wherein the disposable wipes are accessible from above the mounting hole when the case is coupled to the cover; wherein the cover includes a shank that can be received by the mounting hole, and the shank can extend below a bottom surface of the mounting surface; characterized in that, the dispenser system further comprises a funnel; wherein a narrow portion of the funnel is configured to couple to the shank when the shank is received by the mounting hole, the case is configured to be received by a wider portion of the funnel, and the case and the funnel are cooperatively configured to be removably coupled. a case configured to contain a disposable wipes container; and a cover configured to mount to a mounting hole disposed within a mounting surface; wherein the case is configured to couple to the cover from below the mounting surface; and wherein the disposable wipes are accessible from above the mounting hole when the case is coupled to the cover; wherein the cover includes a shank that can be received by the mounting hole, and the shank can extend below a bottom surface of the mounting surface; characterized in that, the dispenser system further comprises a funnel; wherein a narrow portion of the funnel is configured to couple to the shank when the shank is received by the mounting hole, the case is configured to be received by a wider portion of the funnel, and the case and the funnel are cooperatively configured to be removably coupled.
A method for creating a multi-object audio content file for an object-based audio service, comprising: creating a plurality of frames for each audio object forming an audio content; grouping the plurality of frames based on a reproduction time, and creating index information according to each frame group; and creating the multi-object audio content file by storing the frame groups as object data, creating a plurality of presets related to characteristics of the each audio object, wherein each of the plurality of presets is audio scene information defining spatial position about one or more of the each audio object; creating preset related information including the number of the plurality of presets and a preset name of each of the plurality of presets; and storing the plurality of presets and the preset related information in the multi-object audio content file, wherein position information of each frame group of frames having the same reproduction time is stored as the index information in a header of the multi-object audio content file. creating a plurality of frames for each audio object forming an audio content; grouping the plurality of frames based on a reproduction time, and creating index information according to each frame group; and creating the multi-object audio content file by storing the frame groups as object data, creating a plurality of presets related to characteristics of the each audio object, wherein each of the plurality of presets is audio scene information defining spatial position about one or more of the each audio object; creating preset related information including the number of the plurality of presets and a preset name of each of the plurality of presets; and storing the plurality of presets and the preset related information in the multi-object audio content file, wherein position information of each frame group of frames having the same reproduction time is stored as the index information in a header of the multi-object audio content file.
A package of absorbent articles, the package comprising: a. a container comprising an interior volume; b. a first absorbent article disposed within the interior volume; and c. a second absorbent article disposed within the interior volume; d. wherein each of the first absorbent article and the second absorbent article comprises a longitudinal axis and a transverse axis, and wherein the first and second absorbent articles are articles shaped asymmetrically in the transverse dimension, a first end of each article having a maximum transverse dimension, and a second end of each article having a maximum transverse dimension that is smaller than the maximum transverse dimension of the first end; e. wherein each of the first absorbent article and the second absorbent article comprises a topsheet and a backsheet, and wherein the backsheet of the first absorbent article is adjacent the topsheet of the second absorbent article; and f. wherein the first and second absorbent articles are positioned within the interior volume so that the longitudinal axis of the first absorbent article is not parallel to the longitudinal axis of the second absorbent article; and g. wherein the first end of one of the plurality of absorbent articles is proximate to the second end of an adjacent one of the plurality of absorbent articles a. a container comprising an interior volume; b. a first absorbent article disposed within the interior volume; and c. a second absorbent article disposed within the interior volume; d. wherein each of the first absorbent article and the second absorbent article comprises a longitudinal axis and a transverse axis, and wherein the first and second absorbent articles are articles shaped asymmetrically in the transverse dimension, a first end of each article having a maximum transverse dimension, and a second end of each article having a maximum transverse dimension that is smaller than the maximum transverse dimension of the first end; e. wherein each of the first absorbent article and the second absorbent article comprises a topsheet and a backsheet, and wherein the backsheet of the first absorbent article is adjacent the topsheet of the second absorbent article; and f. wherein the first and second absorbent articles are positioned within the interior volume so that the longitudinal axis of the first absorbent article is not parallel to the longitudinal axis of the second absorbent article; and g. wherein the first end of one of the plurality of absorbent articles is proximate to the second end of an adjacent one of the plurality of absorbent articles
Industrial truck comprising a display and operator control apparatus and also a controller which is connected to the display and operator control apparatus, wherein functions of the driving mode and/or working functions can be set by the controller, characterized in that the display and operator control apparatus displays, on a screen, a selection option for an operating zone, a plurality of defined settings of functions being made by a switching element when the said selection option is selected, wherein the operating zones correspond to regions or zones in a factory premises, such as a hall or an outdoor area, wherein the selected operating zone is displayed on the screen, and wherein the selected operating zone is no longer displayed when a function with defined settings is manually changed.