mhurhangee/ep-ind-claims huggingface dataset:
A tile saw for cutting a workpiece, the tile saw comprising: a frame including a guide that extends from a first end to a second end, a first engagement member and a second engagement member coupled to the frame and disposed adjacent the first end, and a third engagement member disposed adjacent the second end; a saw coupled to the frame and operable to rotate a cutting blade about an axis; a table operable to support the workpiece, the table coupled to the guide and operable to move the workpiece into cutting engagement with the cutting blade; a pan positioned to support the frame and to contain a quantity of coolant; a fourth engagement member coupled to the third engagement member, the tile saw being characterized by further comprising: a first latch selectively coupled to the first engagement member; a second latch selectively coupled to the second engagement member, the first latch, the second latch and the fourth engagement member cooperating to restrict movement of the frame with respect to the pan, one of the third engagement member and the fourth engagement member is a tab and the other of the third engagement member and the fourth engagement member is a slot sized to receive the tab. a frame including a guide that extends from a first end to a second end, a first engagement member and a second engagement member coupled to the frame and disposed adjacent the first end, and a third engagement member disposed adjacent the second end; a saw coupled to the frame and operable to rotate a cutting blade about an axis; a table operable to support the workpiece, the table coupled to the guide and operable to move the workpiece into cutting engagement with the cutting blade; a pan positioned to support the frame and to contain a quantity of coolant; a fourth engagement member coupled to the third engagement member, the tile saw being characterized by further comprising: a first latch selectively coupled to the first engagement member; a second latch selectively coupled to the second engagement member, the first latch, the second latch and the fourth engagement member cooperating to restrict movement of the frame with respect to the pan, one of the third engagement member and the fourth engagement member is a tab and the other of the third engagement member and the fourth engagement member is a slot sized to receive the tab. a first latch selectively coupled to the first engagement member; a second latch selectively coupled to the second engagement member, the first latch, the second latch and the fourth engagement member cooperating to restrict movement of the frame with respect to the pan, one of the third engagement member and the fourth engagement member is a tab and the other of the third engagement member and the fourth engagement member is a slot sized to receive the tab.
An oil cooler with a device for fixing the oil cooler in a vehicle, with an oil cooler receiving element, wherein the oil cooler is fixed in the oil cooler receiving element, wherein there is a latching connection between oil cooler receiving element and oil cooler, wherein the oil cooler receiving element has a basic body and a U-shaped receiving area having two limbs which are arranged in parallel to and spaced apart from one another and connected to one another by means of a rear web, wherein the latching connection consists of a latching means on the side of the oil cooler receiving element and is provided on the limbs, characterised in that the rear web has material tongues formed thereon which serve as spring leaves of a spring store and the latching means engages in a latching recess of the oil cooler.
Method for determining a prediction (PredBR ij) of an attainable bitrate on at least one second telecommunication line, executed by a prediction device, comprising: - obtaining operational parameters (OP ij) of at least one first telecommunication line while the first telecommunication line is used with an origin Digital Subscriber Line technology, and - obtaining operational parameters (OP ij) of at least one second telecommunication line while the second telecommunication line is used with the origin Digital Subscriber Line technology,- determining a prediction (PredBR ij) of the attainable bitrate of the at least one first telecommunication line with a target Digital Subscriber line technology, in function of the operational parameters (OP ij) of the least one first telecommunication line, - after the first telecommunication line has been upgraded from the origin Digital Subscriber line technology to the target Digital Subscriber line technology, obtaining a measure of the attainable bitrate (BR ij) of the at least one first telecommunication line, - determining a prediction (PredBR ij) of the attainable bitrate of the at least one second telecommunication line with the target Digital Subscriber Line technology, in function of the operational parameters (OP ij) of the least one second telecommunication line and of the prediction (PredBR (i-1)j) of the attainable bitrate and the measured attainable bitrate (BR (i-1)j) of the at least one first telecommunication line. - obtaining operational parameters (OP ij) of at least one first telecommunication line while the first telecommunication line is used with an origin Digital Subscriber Line technology, and - obtaining operational parameters (OP ij) of at least one second telecommunication line while the second telecommunication line is used with the origin Digital Subscriber Line technology,- determining a prediction (PredBR ij) of the attainable bitrate of the at least one first telecommunication line with a target Digital Subscriber line technology, in function of the operational parameters (OP ij) of the least one first telecommunication line, - after the first telecommunication line has been upgraded from the origin Digital Subscriber line technology to the target Digital Subscriber line technology, obtaining a measure of the attainable bitrate (BR ij) of the at least one first telecommunication line, - determining a prediction (PredBR ij) of the attainable bitrate of the at least one second telecommunication line with the target Digital Subscriber Line technology, in function of the operational parameters (OP ij) of the least one second telecommunication line and of the prediction (PredBR (i-1)j) of the attainable bitrate and the measured attainable bitrate (BR (i-1)j) of the at least one first telecommunication line.
Handheld appliance (1; 30) for use on human skin, comprising a handpiece and a headpiece (12; 32), wherein a drive device is provided inside the handheld appliance (1; 30), the headpiece (12; 32) has at least two adapters (19; 38) each for receiving an exchangeable treatment head (14; 34; 4; 5), a gear (16; 36) is provided inside the handheld appliance (1; 30), said gear (16; 36) connecting the drive device to the at least two adapters (19; 38), and the treatment heads (14; 34; 4; 5) can be switched on and off individually by means of the gear (16; 36), characterized in that the gear (16; 36) comprises a linkage which is connected to the drive device and on which two contact pieces (16; 361) are arranged at different heights, wherein the gear (16; 36) is movable such that either the one contact piece (16; 361) is operatively connected to a mating piece (198; 383) of the at least two adapters (19; 38) or the other contact piece (16; 36) is operatively connected to another mating piece (198; 383) of the at least two adapters (19; 38).
A surgical instrument, comprising: a housing having a barrel with distal and proximal end portions (522a, 522b), the barrel including a handle depending from a lower end thereof; and a shaft extending from the distal end portion of the barrel, the shaft supporting an end effector assembly at a distal end thereof configured to treat tissue, characterized in that the barrel includes a concave portion defined within and extending along an upper surface thereof from the proximal end portion of the barrel to the distal end portion of the barrel, wherein the concave portion is configured to enhance visibility of the end effector assembly during tissue treatment. a housing having a barrel with distal and proximal end portions (522a, 522b), the barrel including a handle depending from a lower end thereof; and a shaft extending from the distal end portion of the barrel, the shaft supporting an end effector assembly at a distal end thereof configured to treat tissue, characterized in that the barrel includes a concave portion defined within and extending along an upper surface thereof from the proximal end portion of the barrel to the distal end portion of the barrel, wherein the concave portion is configured to enhance visibility of the end effector assembly during tissue treatment.
A method for determining an integrity risk at an alert limit of a position solution determined by a satellite navigation system, wherein signals received from satellites of the satellite navigation system are processed for determining the position solution, the method comprising: - calculating a first integrity risk at the alert limit assuming that one satellite j of the satellites is faulty (S10, S12); - determining a first position solution is determined with signals received from all of the satellites; - determining a second position solution with signals received from all of the satellites except for a signal received from the assumed faulty satellite j; - determining a difference between the first and the second position solution; - creating a reduced alert limit by subtracting the determined difference from the alert limit; - calculating a second integrity risk at the reduced alert limit with the signals received from all satellites except the signal received from the assumed faulty satellite j; and - determining the integrity risk at the alert limit using a lower of the first and second integrity risks (S24, S26, S28). - calculating a first integrity risk at the alert limit assuming that one satellite j of the satellites is faulty (S10, S12); - determining a first position solution is determined with signals received from all of the satellites; - determining a second position solution with signals received from all of the satellites except for a signal received from the assumed faulty satellite j; - determining a difference between the first and the second position solution; - creating a reduced alert limit by subtracting the determined difference from the alert limit; - calculating a second integrity risk at the reduced alert limit with the signals received from all satellites except the signal received from the assumed faulty satellite j; and - determining the integrity risk at the alert limit using a lower of the first and second integrity risks (S24, S26, S28).
A heating system comprising: a tube through which hot fluid is transported, wherein the tube radiates heat energy and transfers heat energy to the surrounding air; a reflector; and a hood, wherein the reflector is configured to reflect heat energy radiated from the tube, wherein the reflector includes a curved surface that reflects heat energy around the tube, wherein substantially all of the reflected heat energy does not impinge on the tube, wherein the hood is configured to surround the reflector, wherein the hood captures heat energy from surrounding air radiates the captured heat energy in substantially the same direction as the reflector, characterized by a pair of opposed involute curved surfaces defined by rotation in opposite directions around the tube, the curved surfaces meeting above the axis of the tube in use, wherein the hood captures heat energy from surrounding air through convection and converts the energy into heat energy radiated through space, and wherein the hood further comprises a corrugated portion. a tube through which hot fluid is transported, wherein the tube radiates heat energy and transfers heat energy to the surrounding air; a reflector; and a hood, wherein the reflector is configured to reflect heat energy radiated from the tube, wherein the reflector includes a curved surface that reflects heat energy around the tube, wherein substantially all of the reflected heat energy does not impinge on the tube, wherein the hood is configured to surround the reflector, wherein the hood captures heat energy from surrounding air radiates the captured heat energy in substantially the same direction as the reflector, characterized by a pair of opposed involute curved surfaces defined by rotation in opposite directions around the tube, the curved surfaces meeting above the axis of the tube in use, wherein the hood captures heat energy from surrounding air through convection and converts the energy into heat energy radiated through space, and wherein the hood further comprises a corrugated portion.
Dendritic cell composition comprising (i) dendritic cells expressing at least one fusion protein comprising - at least one antigen or a fragment thereof, - an endoplasmic reticulum - translocation signal sequence preceding the N-terminus of the antigen, and - a transmembrane and cytoplasmic domain comprising an endosomal/lysosomal targeting sequence following the C-terminus of the antigen, and (ii) dendritic cells expressing at least one antigen or a fragment thereof without - an endoplasmic reticulum - translocation signal sequence preceding the N-terminus of the antigen or fragment thereof, and - a transmembrane and cytoplasmic domain comprising an endosomal/lysosomal targeting sequence following the C-terminus of the antigen or fragment thereof, wherein the antigen of (i) and (ii) is the same antigen, wherein the antigen is a tumor antigen or a viral antigen, and wherein the fragment has a length of at least 9 amino acids. (i) dendritic cells expressing at least one fusion protein comprising - at least one antigen or a fragment thereof, - an endoplasmic reticulum - translocation signal sequence preceding the N-terminus of the antigen, and - a transmembrane and cytoplasmic domain comprising an endosomal/lysosomal targeting sequence following the C-terminus of the antigen, and - at least one antigen or a fragment thereof, - an endoplasmic reticulum - translocation signal sequence preceding the N-terminus of the antigen, and - a transmembrane and cytoplasmic domain comprising an endosomal/lysosomal targeting sequence following the C-terminus of the antigen, (ii) dendritic cells expressing at least one antigen or a fragment thereof without - an endoplasmic reticulum - translocation signal sequence preceding the N-terminus of the antigen or fragment thereof, and - a transmembrane and cytoplasmic domain comprising an endosomal/lysosomal targeting sequence following the C-terminus of the antigen or fragment thereof, wherein the antigen of (i) and (ii) is the same antigen, wherein the antigen is a tumor antigen or a viral antigen, and wherein the fragment has a length of at least 9 amino acids. - an endoplasmic reticulum - translocation signal sequence preceding the N-terminus of the antigen or fragment thereof, and - a transmembrane and cytoplasmic domain comprising an endosomal/lysosomal targeting sequence following the C-terminus of the antigen or fragment thereof, wherein the antigen of (i) and (ii) is the same antigen,
A method of synching content on a second screen related to primary content being displayed on first screen, the method being characterized in that it comprises: Determining continuously among multiple synching mechanisms, each associated with a priority that is pre-set or user specified, what synching mechanisms are available for synching content on the second screen to the content on the first screen and determining the priority order to be given to the available synching mechanisms, wherein available synching mechanisms include synching mechanisms selected from the group comprising Blu-Ray Disc Live synching, metadata synching, and audio watermark synching, whereby for metadata synching a video stream is encoded with additional metadata corresponding to known time locations; Selecting the highest priority synching mechanism, among the available synching mechanisms, as the current priority synching mechanism; If the current priority synching mechanism becomes unavailable, replacing the current priority synching mechanism with a lower priority synching mechanism among the available synching mechanisms; If a higher priority synching mechanism becomes available, replacing the current priority synching mechanism with said higher priority synching mechanism; and Synching content on the second screen to the primary content displayed on the first screen using the current priority synching mechanism. Determining continuously among multiple synching mechanisms, each associated with a priority that is pre-set or user specified, what synching mechanisms are available for synching content on the second screen to the content on the first screen and determining the priority order to be given to the available synching mechanisms, wherein available synching mechanisms include synching mechanisms selected from the group comprising Blu-Ray Disc Live synching, metadata synching, and audio watermark synching, whereby for metadata synching a video stream is encoded with additional metadata corresponding to known time locations; Selecting the highest priority synching mechanism, among the available synching mechanisms, as the current priority synching mechanism; If the current priority synching mechanism becomes unavailable, replacing the current priority synching mechanism with a lower priority synching mechanism among the available synching mechanisms; If a higher priority synching mechanism becomes available, replacing the current priority synching mechanism with said higher priority synching mechanism; and Synching content on the second screen to the primary content displayed on the first screen using the current priority synching mechanism.
A centralized network control node, comprising: a first receiving module, configured to receive a service bearer setup request sent by a user, wherein the setup request comprises characteristic information of a service data flow to be processed; an obtaining module, configured to obtain, from a policy and charging rules function PCRF entity according to the characteristic information, a charging policy corresponding to the service data flow to be processed; a sending module, configured to send charging control information comprising the charging policy to a function node FN, by sending, to the FN, an OpenFlow standard message OFPT_FLOW_MOD carrying the charging control information; and a second receiving module, configured to: receive the charging information that is reported by the FN according to the charging control information and the service data flow to be processed, by receiving an OpenFlow standard message OFPT_FLOW_REMOVED that is reported by the FN according to the charging control information and the service data flow to be processed and that carries the charging information and interact with a charging system, such as an online charging system, OCS, or an Offline Charging System, OFCS. a first receiving module, configured to receive a service bearer setup request sent by a user, wherein the setup request comprises characteristic information of a service data flow to be processed; an obtaining module, configured to obtain, from a policy and charging rules function PCRF entity according to the characteristic information, a charging policy corresponding to the service data flow to be processed; a sending module, configured to send charging control information comprising the charging policy to a function node FN, by sending, to the FN, an OpenFlow standard message OFPT_FLOW_MOD carrying the charging control information; and a second receiving module, configured to: receive the charging information that is reported by the FN according to the charging control information and the service data flow to be processed, by receiving an OpenFlow standard message OFPT_FLOW_REMOVED that is reported by the FN according to the charging control information and the service data flow to be processed and that carries the charging information and interact with a charging system, such as an online charging system, OCS, or an Offline Charging System, OFCS.
A method comprising: transmitting continuity check messages from a node in an Ethernet Virtual Connection connecting at least one root node and a plurality of leaf nodes in a point-to-multipoint or multipoint-to-multipoint connection, said connection between the root node and said plurality of leaf nodes comprising a primary path and a backup path; identifying (46, 48) a failure in said primary path between the root node and said plurality of leaf nodes; switching to said backup path; and advertising said switching to said backup path to at least one of the nodes; wherein said node transmitting continuity check messages is the root node and advertising comprises transmitting a multicast continuity check message to said plurality of leaf nodes. transmitting continuity check messages from a node in an Ethernet Virtual Connection connecting at least one root node and a plurality of leaf nodes in a point-to-multipoint or multipoint-to-multipoint connection, said connection between the root node and said plurality of leaf nodes comprising a primary path and a backup path; identifying (46, 48) a failure in said primary path between the root node and said plurality of leaf nodes; switching to said backup path; and advertising said switching to said backup path to at least one of the nodes;
Engagement relay for an electrical machine, which preferably serves as a starting device for engaging a pinion, wherein the engagement relay comprises a contact device for electrically connecting electrical contacts (120, 121), with a switching axis, which is to be actuated for electrical connection, with a thrust motor, which serves for shifting the switching axis, and the thrust motor comprises a movable part, which serves to actuate the switching axis, wherein the movable part is connected with a driver, wherein a stop part is movable relative to the movable part of the thrust motor and in an idle state of the engagement relay there is a gap (s) between the stop part and the driver, characterised in that a pin part of the stop part engages in a slot of the driver, wherein the slot extends between two end faces (93, 96) of the slot, and thereby the stop part and the driver are guided towards each other.