mhurhangee/ep-ind-claims huggingface dataset:
A probe changing assembly for coupling and decoupling a probe of a mechanical testing instrument (610, 612) configured for mechanical testing at micron or less scale, the probe changing assembly comprising: a probe magazine housing a plurality of probes, the probes are configured for mechanical testing at micron scale or less; at least one probe change unit configured to: grasp one of the plurality of probes housed in the probe magazine, couple one of the plurality of probes with a probe receptacle of a mechanical testing instrument, and decouple one of the plurality of probes from the probe receptacle of the mechanical testing instrument; characterized by: an actuator coupled with the at least one probe change unit, and the actuator is configured to move and align the at least one probe change unit with the probe magazine and the probe receptacle of the mechanical testing instrument. a probe magazine housing a plurality of probes, the probes are configured for mechanical testing at micron scale or less; at least one probe change unit configured to: grasp one of the plurality of probes housed in the probe magazine, couple one of the plurality of probes with a probe receptacle of a mechanical testing instrument, and decouple one of the plurality of probes from the probe receptacle of the mechanical testing instrument; characterized by: an actuator coupled with the at least one probe change unit, and the actuator is configured to move and align the at least one probe change unit with the probe magazine and the probe receptacle of the mechanical testing instrument. grasp one of the plurality of probes housed in the probe magazine, couple one of the plurality of probes with a probe receptacle of a mechanical testing instrument, and decouple one of the plurality of probes from the probe receptacle of the mechanical testing instrument; characterized by: an actuator coupled with the at least one probe change unit, and the actuator is configured to move and align the at least one probe change unit with the probe magazine and the probe receptacle of the mechanical testing instrument. an actuator coupled with the at least one probe change unit, and the actuator is configured to move and align the at least one probe change unit with the probe magazine and the probe receptacle of the mechanical testing instrument.
A method of transmitting media data from a source device, the method comprising: establishing, with the source device, a first communication session between the source device and a sink device of a vehicle head unit, wherein the first communication session conforms to a first communication protocol and is associated with a display application at the sink device to render a user selection window; receiving, with the source device and by the first communication session, a control message from the sink device indicating a selection of an application item of one or more application items (98A,..., 98N) rendered in the user selection window; in response to the control message, executing a wireless display service with the source device; during operation of the first communication session, establishing, with the source device, a second communication session for the wireless display service between the source device and the sink device, wherein the second communication session conforms to a second communication protocol; and transmitting, using the second communication session, media data from the source device to the sink device for output to an interface of the sink device. establishing, with the source device, a first communication session between the source device and a sink device of a vehicle head unit, wherein the first communication session conforms to a first communication protocol and is associated with a display application at the sink device to render a user selection window; receiving, with the source device and by the first communication session, a control message from the sink device indicating a selection of an application item of one or more application items (98A,..., 98N) rendered in the user selection window; in response to the control message, executing a wireless display service with the source device; during operation of the first communication session, establishing, with the source device, a second communication session for the wireless display service between the source device and the sink device, wherein the second communication session conforms to a second communication protocol; and transmitting, using the second communication session, media data from the source device to the sink device for output to an interface of the sink device.
Electrical line of layerlike construction comprising a first layer composed of a first material comprising carbon nanotubes and a second layer, and the second layer consists of a thermally conductive second material and directly adjoins the first layer, wherein one of the two layers (1, 2) at least partly encloses the other layer (1, 2) at the circumference thereof in such a way that a heat loss generated in the first layer on account of a current flowing through the first layer is substantially designated to the second layer, characterized in that the first layer completely encloses the second layer at the circumference thereof.
An image reading device comprising: reading means configured to read images from both sides of an original document sheet in a single feeding operation, said reading means including a first reading section configured to read a first image on a first surface of the original document sheet, and a second reading section configured to read a second image on a second surface of the original document sheet; detection means configured to detect a skew angle of the original document sheet read by said first reading section; storage means for storing image data of images read by said reading means; and correction means configured to store image data of the first image read by said first reading section in said storage means and then to correct the stored image data of the first image according to the skew angle of the original document sheet detected by said detection means, characterized by the correction means being further configured to correct image data of the second image read by said second reading section according to the skew angle of the original document sheet detected by said detection means and then to store the corrected image data of the second image in said storage means (106, 501, 503, 507, S901-S912; S1901-S1914). reading means configured to read images from both sides of an original document sheet in a single feeding operation, said reading means including a first reading section configured to read a first image on a first surface of the original document sheet, and a second reading section configured to read a second image on a second surface of the original document sheet; detection means configured to detect a skew angle of the original document sheet read by said first reading section; storage means for storing image data of images read by said reading means; and correction means configured to store image data of the first image read by said first reading section in said storage means and then to correct the stored image data of the first image according to the skew angle of the original document sheet detected by said detection means, characterized by the correction means being further configured to correct image data of the second image read by said second reading section according to the skew angle of the original document sheet detected by said detection means and then to store the corrected image data of the second image in said storage means (106, 501, 503, 507, S901-S912; S1901-S1914).
An intraosseous device for stabilizing and structurally supporting a bone having a bone fracture, said device comprising: an elongated tube having a wall and defining an axis and having a proximal portion with an axially aligned slot (30a,b) formed through the wall and a distal portion with an axially aligned slot (34a,b) formed through the wall; a hollow, central member affixed inside said tube; a hollow distal member positioned in said tube distal to the central member for axial movement therein, said distal member formed with internal threads; a hollow proximal member positioned in said tube proximal to the central member for axial movement therein; at least one proximal wire (50a,c) interconnecting the central member with the proximal member and at least one distal wire (52a,c) interconnecting the central member with the distal member; and a threaded actuator rod for passing through said proximal, central and distal members, characterised in that said threaded actuator rod is formed with external threads at the distal end thereof to engage said internal threads of said distal member, and said threaded actuator rod is formed with an abutment head at the proximal end thereof to urge against said proximal member, wherein said threaded actuator rod is rotatable to simultaneously slide said proximal and distal members toward said central member from opposite directions to move said proximal (50a,c) and distal (52a,c) wires from a first substantially straight configuration to a second bowed configuration wherein the proximal (50a,c) and distal (52a,c) wires extend through the proximal (30a,c) and distal (34a,c) slots, respectively, to anchor the device in the bone. an elongated tube having a wall and defining an axis and having a proximal portion with an axially aligned slot (30a,b) formed through the wall and a distal portion with an axially aligned slot (34a,b) formed through the wall; a hollow, central member affixed inside said tube; a hollow distal member positioned in said tube distal to the central member for axial movement therein, said distal member formed with internal threads; a hollow proximal member positioned in said tube proximal to the central member for axial movement therein; at least one proximal wire (50a,c) interconnecting the central member with the proximal member and at least one distal wire (52a,c) interconnecting the central member with the distal member; and
A lithographic apparatus comprising: - an illumination system for providing a projection beam of radiation; - a support structure for supporting a patterning device, the patterning device serving to impart the projection beam with a pattern in its cross-section; - a substrate table for holding a substrate; - a projection system for projecting the patterned beam onto a target portion of the substrate; - a collision protection apparatus to avoid a collision between a table and a potential obstacle; - characterized by that - said collision protection apparatus comprises at least one sensor for measuring the distance between said table and said potential obstacle and/or for measuring the velocity of said table towards said potential obstacle; and - a controller for ensuring that the measured distance between said table and said potential obstacle remains greater than a predetermined minimum distance and/or for ensuring that the measured velocity does not exceed a predetermined maximum velocity in the event that said sensor determines that the measured distance between and/or velocity of said table and said potential obstacle are indicative of a potential collision. - an illumination system for providing a projection beam of radiation; - a support structure for supporting a patterning device, the patterning device serving to impart the projection beam with a pattern in its cross-section; - a substrate table for holding a substrate; - a projection system for projecting the patterned beam onto a target portion of the substrate; - a collision protection apparatus to avoid a collision between a table and a potential obstacle; - characterized by that - said collision protection apparatus comprises at least one sensor for measuring the distance between said table and said potential obstacle and/or for measuring the velocity of said table towards said potential obstacle; and - a controller for ensuring that the measured distance between said table and said potential obstacle remains greater than a predetermined minimum distance and/or for ensuring that the measured velocity does not exceed a predetermined maximum velocity in the event that said sensor determines that the measured distance between and/or velocity of said table and said potential obstacle are indicative of a potential collision.
A method of transmitting data from a communications device to a mobile communications network or receiving data from the mobile communications network at the mobile communications device via a wireless access interface provided by the mobile communications network, the wireless access interface being for transmitting and receiving data to and from communications devices, the wireless access interface providing communications resources within a system bandwidth and in time divided units providing communications resources within the system bandwidth for allocation to communications devices of a first type and a second type, the second type of the communications devices having a reduced capability compared to the first type of communications devices, the method comprising receiving at the communications device from the mobile communications network an indication of a predetermined set of sequences, which are allocated to the communications devices of the second type for generating the random access messages, generating, at the communications device, a random access message, by selecting a sequence from the predetermined set of sequences, which have been selected from a set of sequences comprising sequences for generating non-contention based random access messages and sequences for generating contention based random access messages, wherein the predetermined set of sequences are selected from the sequences for generating non-contention based random access messages, transmitting the random access message from the communications device to the wireless communications network, the random access message indicating that the random access message is transmitted from a communications device of the second type from the selected one of the predetermined sequences allocated to the communications devices of the second type, and in response to the random access message, receiving a random access response at the communications device transmitted according to the capability of the communications device of the second type, wherein the sequences for generating non-contention based random access messages are not allocated to the communications devices of the first type.
An agent for dyeing keratinous fibers, especially human hair, contains in an aqueous medium as colorant components at least one oxidation dye precursor, selected from developer and coupler components, characterized in that the colorant components are incorporated, adsorbed, and/or encapsulated in multilamellar vesicles.
Method for producing a tumble dryer appliance (1; 21; 31), in which - a first element (22;32) is plugged into a door lint filter site in a process air duct, - a second element (9; 24; 36) is inserted into a diffuser site, which is located at least partially above a first heat exchanger, - a third element (13; 25; 27) is inserted into a base site below the first heat exchanger and - a fourth element (4; 23; 34) in the form of a frontside cover (6; 23), which represents a wall of the process air duct, is inserted into a cover site, characterised in that - the door lint filter site, the diffuser site, the base site and the cover site each have predefined mechanical interfaces with the first to fourth elements (4, 9, 13; 22-25; 32, 34, 36, 37), - the first to fourth elements (4, 9, 13; 22-25; 32, 34, 36, 37) are selected from respective first to fourth sets with respectively a plurality of first to fourth elements (4, 9, 13; 22-25; 32, 34, 36, 37), - the plurality of elements (4, 9, 13; 22-25; 32, 34, 36, 37) of a set are embodied for insertion into their respective site (2, 4, 8, 14) and - the plurality of elements (4, 9, 13; 22-25; 32, 34, 36, 37) of a set are embodied to be functionally different from one another. - a first element (22;32) is plugged into a door lint filter site in a process air duct, - a second element (9; 24; 36) is inserted into a diffuser site, which is located at least partially above a first heat exchanger, - a third element (13; 25; 27) is inserted into a base site below the first heat exchanger and - a fourth element (4; 23; 34) in the form of a frontside cover (6; 23), which represents a wall of the process air duct, is inserted into a cover site, - the door lint filter site, the diffuser site, the base site and the cover site each have predefined mechanical interfaces with the first to fourth elements (4, 9, 13; 22-25; 32, 34, 36, 37), - the first to fourth elements (4, 9, 13; 22-25; 32, 34, 36, 37) are selected from respective first to fourth sets with respectively a plurality of first to fourth elements (4, 9, 13; 22-25; 32, 34, 36, 37), - the plurality of elements (4, 9, 13; 22-25; 32, 34, 36, 37) of a set are embodied for insertion into their respective site (2, 4, 8, 14) and - the plurality of elements (4, 9, 13; 22-25; 32, 34, 36, 37) of a set are embodied to be functionally different from one another.
A computer implemented method for differentiating between elements of an image and a background comprising: inputting an image comprising pixels forming a view of the elements and a background; providing a model for assigning a probability of belonging to a predefined class to each of the pixels; performing a first segmentation for assigning a probability to each of the pixels of belonging to the predefined class; characterised by labeling each of the pixels according to a corresponding probability and a predefined threshold; performing a second segmentation for determining boundaries between groups of like-labeled pixels, wherein determining boundaries between groups of like-labeled pixels comprises performing an isoperimetric graph partitioning of labeled pixels; and outputting a visualization of the boundaries. inputting an image comprising pixels forming a view of the elements and a background; providing a model for assigning a probability of belonging to a predefined class to each of the pixels; performing a first segmentation for assigning a probability to each of the pixels of belonging to the predefined class; characterised by labeling each of the pixels according to a corresponding probability and a predefined threshold; performing a second segmentation for determining boundaries between groups of like-labeled pixels, wherein determining boundaries between groups of like-labeled pixels comprises performing an isoperimetric graph partitioning of labeled pixels; and outputting a visualization of the boundaries.
A method for manufacturing a casing made of composite material for a gas turbine, comprising: - the production of a fibrous texture by three-dimensional weaving between a plurality of layers of warp yarns or strands extending in a longitudinal direction and a plurality of layers of weft yarns or strands extending in the lateral direction, the fibrous texture having a strip shape extending in the longitudinal direction over a determined length (L 100) between a proximal portion and a distal portion and in the lateral direction over a determined width (I 100) between a first lateral edge and a second lateral edge, - the winding of the fibrous texture over several superimposed turns on a mandrel of a profile corresponding to that of the casing to be manufactured in order to obtain a fibrous preform of a shape corresponding to that of the casing to be manufactured, the densification of the fibrous preform by a matrix so as to obtain a casing made of composite material having a shape of revolution, characterized in that the fibrous texture includes at least one lateral section of variable thickness (P2; P3) in which the weft yarns (Tc2; Tc3) have a size or a count different from the size or the count of the weft yarns of the plurality of layers of weft yarns present in the remainder of the fibrous texture, said at least one lateral section of variable thickness extending over a determined length along the longitudinal direction and over the entire determined width (I 100) of the fibrous texture along the lateral direction so as to form in the casing at least one portion (P I2; P I3) with a different thickness from the remainder of the casing along a radial direction. - the production of a fibrous texture by three-dimensional weaving between a plurality of layers of warp yarns or strands extending in a longitudinal direction and a plurality of layers of weft yarns or strands extending in the lateral direction, the fibrous texture having a strip shape extending in the longitudinal direction over a determined length (L 100) between a proximal portion and a distal portion and in the lateral direction over a determined width (I 100) between a first lateral edge and a second lateral edge, - the winding of the fibrous texture over several superimposed turns on a mandrel of a profile corresponding to that of the casing to be manufactured in order to obtain a fibrous preform of a shape corresponding to that of the casing to be manufactured,
A method for establishing, via policy, a clientless secure socket layer virtual private network, SSL VPN, session between a client and a server, the method comprising: a) receiving, by an intermediary device, a request from a client to access a server, the intermediary device establishing SSL VPN sessions between clients and the server, wherein the method is characterized by the method steps of: b) identifying, by the intermediary device, a session policy based on the request, the session policy indicating whether to establish a client based SSL VPN session or clientless SSL VPN session with the server; and c) determining, by the intermediary device responsive to the identified session policy, to establish a clientless SSL VPN session between the client and the server, and identifying, by the intermediary device based on the identified session policy, a first access profile from a plurality of access profiles for controlling access via the clientless SSL VPN session, the first access profile specifying one or more rewrite policies for modifying content from the client or server. a) receiving, by an intermediary device, a request from a client to access a server, the intermediary device establishing SSL VPN sessions between clients and the server, b) identifying, by the intermediary device, a session policy based on the request, the session policy indicating whether to establish a client based SSL VPN session or clientless SSL VPN session with the server; and c) determining, by the intermediary device responsive to the identified session policy, to establish a clientless SSL VPN session between the client and the server, and identifying, by the intermediary device based on the identified session policy, a first access profile from a plurality of access profiles for controlling access via the clientless SSL VPN session, the first access profile specifying one or more rewrite policies for modifying content from the client or server.