mhurhangee/ep-ind-claims huggingface dataset:
A method for sending a data file made up of a plurality of file segments from a sending computer system to a receiving computer system via a communications network that connects the sending computer system to the receiving computer system, the method comprising: sending (138, 148, 156) the plurality of file segments from the sending computer system to the receiving computer system via the communications network with the transmission of each of the plurality of file segments spaced out in time with a wait period (142, 152) occurring after the transmission of each of the plurality of file segments; for each file segment transmission, determining (140, 150), by the receiving computer system, an actual transfer rate at which the file segment was sent from the sending computer system to the receiving computer system characterized by: for each file segment transmission, determining (140, 150), by the receiving computer system, the wait period occurring immediately after the file segment transmission based in part on the actual transfer rate determined for the file segment transmission; and for each file segment transmission, waiting, by the receiving computer system, for the wait period determined for the file segment transmission before transmitting a segment acknowledgement to the sending computer system. sending (138, 148, 156) the plurality of file segments from the sending computer system to the receiving computer system via the communications network with the transmission of each of the plurality of file segments spaced out in time with a wait period (142, 152) occurring after the transmission of each of the plurality of file segments; for each file segment transmission, determining (140, 150), by the receiving computer system, an actual transfer rate at which the file segment was sent from the sending computer system to the receiving computer system characterized by: for each file segment transmission, determining (140, 150), by the receiving computer system, the wait period occurring immediately after the file segment transmission based in part on the actual transfer rate determined for the file segment transmission; and for each file segment transmission, waiting, by the receiving computer system, for the wait period determined for the file segment transmission before transmitting a segment acknowledgement to the sending computer system. for each file segment transmission, determining (140, 150), by the receiving computer system, the wait period occurring immediately after the file segment transmission based in part on the actual transfer rate determined for the file segment transmission; and for each file segment transmission, waiting, by the receiving computer system, for the wait period determined for the file segment transmission before transmitting a segment acknowledgement to the sending computer system.
Device for the production of a tin packaging blank by means of reverse extrusion, wherein the device comprises a die and a punch, wherein the die comprises a die base (2.1) and a die wall (2.2) with a die-wall height, wherein the die wall (2.2) comprises in its area adjacent to the die base (2.1) at least one projection with a predetermined width, a predetermined height, a predetermined depth and a predetermined cross-section, wherein the height of the projection is at most 95 % of the die-wall height, characterized in that the cross-section of the at least one projection parallel to the die base (2.1) comprises a circle-segment-like shape, in particular a semi-circular shape.
A drive assembly for a drug delivery device comprising: - a first member, - a second member (210, 211), the first and second member being arranged rotationally relative to each corresponding to an axis of rotation, - a helical torsion spring (240, 1240) defining a spring axis and an interior space, the spring being attached to the first and second member with the spring axis arranged corresponding to the axis of rotation, the spring comprising a plurality of wire windings, - the spring being strained when the first and second member are rotated relative to each corresponding to the axis of rotation, characterized in that - the spring is formed at least in part from a wire having a rectangular cross section, the wire being wound on edge with a height dimension and a thickness dimension, the height being larger than the thickness, the smaller of the two dimensions of the rectangle facing the spring axis, - each portion of the rectangular wire has an initial tilt angle relative to a normal to the spring axis, and - the spring is arranged to have an operational range of rotational strain in which the tilt angle for at least a portion of the rectangular wire will increase, this resulting in a corresponding non-linear spring characteristic. - a first member, - a second member (210, 211), the first and second member being arranged rotationally relative to each corresponding to an axis of rotation, - a helical torsion spring (240, 1240) defining a spring axis and an interior space, the spring being attached to the first and second member with the spring axis arranged corresponding to the axis of rotation, the spring comprising a plurality of wire windings, - the spring being strained when the first and second member are rotated relative to each corresponding to the axis of rotation, - the spring is formed at least in part from a wire having a rectangular cross section, the wire being wound on edge with a height dimension and a thickness dimension, the height being larger than the thickness, the smaller of the two dimensions of the rectangle facing the spring axis, - each portion of the rectangular wire has an initial tilt angle relative to a normal to the spring axis, and - the spring is arranged to have an operational range of rotational strain in which the tilt angle for at least a portion of the rectangular wire will increase, this resulting in a corresponding non-linear spring characteristic.
A polyamide composition for a reflector, comprising: 30 mass% or more of a polyamide having a melting point of 280°C or higher; and 30 mass% or more of titanium oxide, wherein a total content of the polyamide and the titanium oxide is 75 mass% or more, the polyamide contains units derived from an end-capping agent and the content of the units derived from an end-capping agent is 3.5 to 8.5 mol% with respect to the diamine units, and the dicarboxylic acid units of the polyamide comprise 50 mol% or more of terephthalic acid units.
An integrated control device that assigns, from among status information of monitoring target functions that is stored in monitoring data and is provided for each of a plurality of pieces of equipment to be monitored, a same attribute to a plurality of pieces of status information integrally monitored over at least two or more pieces of the equipment, and that integrates the plurality of pieces of status information of the monitoring target functions for each attribute, to derive integrated status information, the integrated control device comprising: a monitoring data acquisition unit that obtains the monitoring data from each of a plurality of pieces of the equipment; and an integration processing unit that carries out an operation of applying a predetermined operator being set for each attribute to pieces of status information with the same attribute being stored in the monitoring data obtained by the monitoring data acquisition unit, and that treats an operation result as the integrated status information, or treats information associated beforehand with the operation result as the integrated status information; characterized in that the predetermined operator includes first applying an arithmetic operator to a numerical representation of each piece of the monitoring data having the same attribute from each piece of equipment, and second applying a logical operator to one or more of the results of applying the arithmetic operator to the numerical representation of each piece of the monitoring data having the same attribute from each piece of equipment. a monitoring data acquisition unit that obtains the monitoring data from each of a plurality of pieces of the equipment; and an integration processing unit that carries out an operation of applying a predetermined operator being set for each attribute to pieces of status information with the same attribute being stored in the monitoring data obtained by the monitoring data acquisition unit, and that treats an operation result as the integrated status information, or treats information associated beforehand with the operation result as the integrated status information; characterized in that the predetermined operator includes first applying an arithmetic operator to a numerical representation of each piece of the monitoring data having the same attribute from each piece of equipment, and second applying a logical operator to one or more of the results of applying the arithmetic operator to the numerical representation of each piece of the monitoring data having the same attribute from each piece of equipment.
An energy attenuating seat, comprising: a seat back pivotally connected to a seat pan, the seat back and the seat pan independently pivotal relative to each other; the seat back including spaced apart seat back longitudinal members (18, 20), each of the seat back longitudinal members having a length and opposed first (22, 24) and second (26, 28) ends, and at least one seat back transverse member (30, 32) extending between at least one of the first and second ends of the longitudinal members,; the seat pan including opposed, spaced apart seat pan longitudinal members (36, 38), each of the seat pan longitudinal members having a length and opposed first (40, 42) and second (44, 46) ends, and at least one seat pan transverse member extending between the first ends of the longitudinal members; a rotary energy attenuation device terminating in a first end and a second end, the rotary energy attenuation device extending between the seat back longitudinal members and the seat pan longitudinal members, the rotary energy attenuation device pivotally attached to the seat pan longitudinal members at the second ends and pivotally attached to the seat back longitudinal members at the second ends; spaced apart opposed seat rail members, each of the seat rail members having opposed first and second ends and a length extending therebetween; and at least one of the seat rail members equipped with a track system, the rotary energy attenuation device engaged with the seat rail member track system, the seat back and seat pan responsively moveable along the length of the seat rail members. a seat back pivotally connected to a seat pan, the seat back and the seat pan independently pivotal relative to each other; the seat back including spaced apart seat back longitudinal members (18, 20), each of the seat back longitudinal members having a length and opposed first (22, 24) and second (26, 28) ends, and at least one seat back transverse member (30, 32) extending between at least one of the first and second ends of the longitudinal members,; the seat pan including opposed, spaced apart seat pan longitudinal members (36, 38), each of the seat pan longitudinal members having a length and opposed first (40, 42) and second (44, 46) ends, and at least one seat pan transverse member extending between the first ends of the longitudinal members; a rotary energy attenuation device terminating in a first end and a second end, the rotary energy attenuation device extending between the seat back longitudinal members and the seat pan longitudinal members, the rotary energy attenuation device pivotally attached to the seat pan longitudinal members at the second ends and pivotally attached to the seat back longitudinal members at the second ends; spaced apart opposed seat rail members, each of the seat rail members having opposed first and second ends and a length extending therebetween; and at least one of the seat rail members equipped with a track system, the rotary energy attenuation device engaged with the seat rail member track system, the seat back and seat pan responsively moveable along the length of the seat rail members.
A method, comprising: at a client device distinct from an application server: storing a first key in a secure store of the client device; receiving a wrapped second key from the application server; retrieving the first key from the secure store; using the first key to unwrap the second key; receiving encrypted media content from the application server; receiving, from a player proxy at the application server, a media control command to control playback of the received encrypted media content; decrypting the encrypted media content using the unwrapped second key; decoding the decrypted media content for playback; during playback of the decrypted media content, transmitting, to the player proxy at the application server, a play position of the decrypted media content, wherein: the play position of the decrypted media content is used by the player proxy at the application server to continue providing the encrypted media content, and the play position is transmitted to the application server repeatedly while playback of the decrypted media content continues; and transmitting, to a display device that is coupled to the client device, the decrypted media content, wherein the decrypted media content is displayed in accordance with the media control command received from the player proxy. storing a first key in a secure store of the client device; receiving a wrapped second key from the application server; retrieving the first key from the secure store; using the first key to unwrap the second key; receiving encrypted media content from the application server; receiving, from a player proxy at the application server, a media control command to control playback of the received encrypted media content; decrypting the encrypted media content using the unwrapped second key; decoding the decrypted media content for playback; during playback of the decrypted media content, transmitting, to the player proxy at the application server, a play position of the decrypted media content, wherein: the play position of the decrypted media content is used by the player proxy at the application server to continue providing the encrypted media content, and the play position is transmitted to the application server repeatedly while playback of the decrypted media content continues; and the play position of the decrypted media content is used by the player proxy at the application server to continue providing the encrypted media content, and the play position is transmitted to the application server repeatedly while playback of the decrypted media content continues; and transmitting, to a display device that is coupled to the client device, the decrypted media content, wherein the decrypted media content is displayed in accordance with the media control command received from the player proxy.
A display device comprising electrophoretic particles (8, 9), a display element comprising a pixel electrode and an associated counter electrode, between which a portion of the electrophoretic particles is present, and control means for supplying a drive signal to the electrodes to bring the display element to a predetermined optical state corresponding to the image information to be displayed, wherein the control means are arranged to supply a preset signal preceding the drive signal comprising a preset pulse representing an energy which is sufficient to release the electrophoretic particles at a first position near one of the two electrodes corresponding to a first optical state, but is too low to enable the particles to reach a second position near the other electrode corresponding to a second optical state, characterised in that: the control means are arranged to generate the preset pulse with a negative or positive polarity, and the control means are further arranged to generate the drive signal comprising a pulse with a negative or positive polarity, wherein the polarity of the preset pulse is opposite to the polarity of the pulse of the data signal. the control means are arranged to generate the preset pulse with a negative or positive polarity, and the control means are further arranged to generate the drive signal comprising a pulse with a negative or positive polarity, wherein the polarity of the preset pulse is opposite to the polarity of the pulse of the data signal.
Wind turbine work scaffold having a carrier structure, a working platform and a rail which is arranged on the working platform, wherein the rail can be blocked by means of a blocking element, and the blocking element is arranged in a transition region to a lift, characterised by a locking device having a locking mechanism for receiving a first locking element and a second locking element, wherein the locking mechanism is constructed in the manner of a deposit locking system, wherein - the first locking element is connected to the lift, and - the second locking element is connected to the blocking element, and - the locking mechanism is constructed for release of one of the two locking elements (15, 29) by means of the locking of the other locking element (29, 15) in each case relative to the locking device. - the first locking element is connected to the lift, and - the second locking element is connected to the blocking element, and - the locking mechanism is constructed for release of one of the two locking elements (15, 29) by means of the locking of the other locking element (29, 15) in each case relative to the locking device.
Wound dressing (10, 30) comprising a backing layer (11, 31), an absorbent pad (12, 32) and a wound contact layer (13, 33), wherein the backing layer (11, 31) comprises a water vapour-permeable and substantially liquid-impermeable film material, wherein the absorbent pad (12, 32) comprises an absorbent core (15, 35) having a proximal side and a distal side, and an envelope (14, 34) surrounding the absorbent core (15, 35), the absorbent core (15, 35) comprising an absorbent material, and wherein the wound contact layer (13, 33) comprises a layer of a skin-friendly silicone adhesive (13b, 33b), wherein the envelope (14, 34) comprises a first layer (14a, 34a) of a first liquid-permeable material and a second layer (14b, 34b) of a second material different from the first material, wherein the first layer (14a, 34a) of the envelope (14, 34) covers the proximal side of the absorbent core (15, 35) and wherein the second layer (14b, 34b) of the envelope (14, 34) covers the distal side of the absorbent core (15, 35), and wherein the first layer (14a, 34a) of the envelope (14, 34) extends over the proximal side of the absorbent core (15, 35) and the second layer (14b, 34b) of the envelope (14, 34) extends over the distal side of the absorbent core (15, 35) each of them forming a border area (16, 36) surrounding the absorbent core (15, 35), the first (14a, 34a) and second layer (14b, 34b) of the envelope (14, 34) being joined to each other along the border area (16, 36) surrounding the absorbent core (15, 35), wherein the first (14a, 34a) and the second layer (14b, 34b) of the envelope (14, 34) comprise a material exhibiting thermoplastic properties and in that the first layer (14a, 34a) and the second layer (14b, 34b) of the envelope (14, 34) have been joined by a thermic process and therefore comprise a welding connection, characterized in that the welding connection comprises at least one non-continuous welding line.
A biopsy instrument comprising: a cutting head having first and second co-operable jaws (12, 14) movable with respect to a support between open and closed states; and a jaw drive for moving at least one of the jaws (12, 14) into the closed state to take a biopsy sample in response to an actuating input from a user; the instrument being user-adjustable between first and second cutting modes differentiated by the response of the jaws (12, 14) to the actuating input; characterised in that: the jaw drive comprises a sleeve that is movable distally with respect to the support and has an inwardly-extending flange that, when the sleeve moves distally with respect to the support, bears against at least one of the jaws (12, 14), thereby driving the closing movement of said jaw (12, 14) between the open and closed states; the flange bears against both of the jaws (12, 14) in the first cutting mode; and the flange is interrupted by a gap that is brought into alignment with one of the jaws (12, 14) in the second cutting mode, whereby said adjustment between the first and second cutting modes is effected by relative angular movement between the sleeve and the support. a cutting head having first and second co-operable jaws (12, 14) movable with respect to a support between open and closed states; and a jaw drive for moving at least one of the jaws (12, 14) into the closed state to take a biopsy sample in response to an actuating input from a user; the instrument being user-adjustable between first and second cutting modes differentiated by the response of the jaws (12, 14) to the actuating input; the jaw drive comprises a sleeve that is movable distally with respect to the support and has an inwardly-extending flange that, when the sleeve moves distally with respect to the support, bears against at least one of the jaws (12, 14), thereby driving the closing movement of said jaw (12, 14) between the open and closed states; the flange bears against both of the jaws (12, 14) in the first cutting mode; and the flange is interrupted by a gap that is brought into alignment with one of the jaws (12, 14) in the second cutting mode, whereby said adjustment between the first and second cutting modes is effected by relative angular movement between the sleeve and the support.