mhurhangee/ep-ind-claims huggingface dataset:
A semi-submersible platform having a first end and a second end, the semi-submersible platform comprising: a first pontoon on a first side of the semi-submersible platform; a second pontoon on a second side of the semi-submersible platform; a balancing unit proximate the first end of the semi-submersible platform and connected to first ends of each of the first and second pontoons to define an opening between the first and second pontoons proximate the second end of the semi-submersible platform to provide access to a berthing area for a vessel within the semi-submersible platform, the balancing unit configured to support an unsymmetrical load of the semi-submersible platform; a horizontal brace extending between the first pontoon and the second pontoon, positioned proximate the second end of the semi-submersible platform for absorbing torque forces acting on the first and second pontoons, wherein the horizontal brace has a rectangular cross-section for improving stability and handling of the semi-submersible platform; a turret mooring system; and a yoke structure comprising a V-shape or U-shape structure having two arms configured to extend towards the vessel and fasten to both sides of the vessel, for guiding the vessel into the berthing area through the opening. a first pontoon on a first side of the semi-submersible platform; a second pontoon on a second side of the semi-submersible platform; a balancing unit proximate the first end of the semi-submersible platform and connected to first ends of each of the first and second pontoons to define an opening between the first and second pontoons proximate the second end of the semi-submersible platform to provide access to a berthing area for a vessel within the semi-submersible platform, the balancing unit configured to support an unsymmetrical load of the semi-submersible platform; a horizontal brace extending between the first pontoon and the second pontoon, positioned proximate the second end of the semi-submersible platform for absorbing torque forces acting on the first and second pontoons, wherein the horizontal brace has a rectangular cross-section for improving stability and handling of the semi-submersible platform; a turret mooring system; and a yoke structure comprising a V-shape or U-shape structure having two arms configured to extend towards the vessel and fasten to both sides of the vessel, for guiding the vessel into the berthing area through the opening.
An in-cell touch display device comprising: a display panel including a plurality of pixels, configured to display an image in a display period, and a common electrode configured to sense a touch in a touch period; a data driver configured to supply a data voltage for driving of the pixel; a common voltage compensator configured to generate a common voltage for driving of the common electrode; a back transistor configured to supply the common voltage to the common electrode; and a passivation layer covering the back transistor, characterized in that the passivation layer is provided adjacent to a black matrix which divides each of the plurality of pixels so that light emitted from each pixel of the plurality of pixels is not mixed with any other light emitted from other pixels of the plurality of pixels, wherein a resistance per unit area of the black matrix is 10 10 Ω/m 2 or more, and wherein a resistance per unit area of the passivation layer is 10 6 Ω/m 2 or less. a display panel including a plurality of pixels, configured to display an image in a display period, and a common electrode configured to sense a touch in a touch period; a data driver configured to supply a data voltage for driving of the pixel; a common voltage compensator configured to generate a common voltage for driving of the common electrode; a back transistor configured to supply the common voltage to the common electrode; and a passivation layer covering the back transistor, characterized in that the passivation layer is provided adjacent to a black matrix which divides each of the plurality of pixels so that light emitted from each pixel of the plurality of pixels is not mixed with any other light emitted from other pixels of the plurality of pixels, wherein a resistance per unit area of the black matrix is 10 10 Ω/m 2 or more, and wherein a resistance per unit area of the passivation layer is 10 6 Ω/m 2 or less.
A method for establishing a communications session with an implantable medical device, the method comprising: configuring an IMD and an external device to communicate with one another through a protocol that utilizes a dedicated advertisement channel; periodically transmitting, from the IMD, advertisement notices (411, 605, 613) over the dedicated advertisement channel according to the protocol, the advertisement notices (411, 605, 613) being transmitted periodically at an advertisement period (408, 602, 612) over multiple cycles; repeatedly scanning the advertisement channel, by the external device, for select scanning intervals in search of the advertisement notices (411, 605, 513), the scanning operation being repeated periodically at a scan period over multiple cycles; and when the external device detects one of the advertisement notices (411, 605, 613), establishing a communications link between the external device and the IMD, characterized in that the advertisement period and scan period have an asynchronous phased relation there between, such that a phase interval between the scanning intervals and advertisement notices changes over multiple cycles and the advertisement and scan periods (602; 601) at least partially overlap intermittently after a number of cycles. configuring an IMD and an external device to communicate with one another through a protocol that utilizes a dedicated advertisement channel; periodically transmitting, from the IMD, advertisement notices (411, 605, 613) over the dedicated advertisement channel according to the protocol, the advertisement notices (411, 605, 613) being transmitted periodically at an advertisement period (408, 602, 612) over multiple cycles; repeatedly scanning the advertisement channel, by the external device, for select scanning intervals in search of the advertisement notices (411, 605, 513), the scanning operation being repeated periodically at a scan period over multiple cycles; and when the external device detects one of the advertisement notices (411, 605, 613), establishing a communications link between the external device and the IMD, characterized in that the advertisement period and scan period have an asynchronous phased relation there between, such that a phase interval between the scanning intervals and advertisement notices changes over multiple cycles and the advertisement and scan periods (602; 601) at least partially overlap intermittently after a number of cycles.
A method of generating oligosaccharides from polysaccharides, the method comprising, reacting polysaccharides in a reaction mixture with hydrogen peroxide and a transition metal or an alkaline earth metal; followed by quenching the reaction with a base and/or cleaving glycosidic linkages in the polysaccharides with a base, thereby generating a mixture of oligosaccharides from the polysaccharides. reacting polysaccharides in a reaction mixture with hydrogen peroxide and a transition metal or an alkaline earth metal; followed by quenching the reaction with a base and/or cleaving glycosidic linkages in the polysaccharides with a base, thereby generating a mixture of oligosaccharides from the polysaccharides.
An automated system for separating one or more components in a biological fluid sample comprising: (a) an aspirator having a plurality of heads; (b) a pipette tip adapted to engage with a head of the aspirator wherein said pipette tip comprises two opposing ends, at least one of which is sealable; (c) a seal for sealing the sealable end of the pipette tip to provide a sealed pipette tip; and (d) a centrifuge configured to receive said sealed pipette tip to effect said separating of one or more components in a biological fluid; wherein the aspirator is configured to insert and remove the sealed pipette tip into and from the centrifuge. (a) an aspirator having a plurality of heads; (b) a pipette tip adapted to engage with a head of the aspirator wherein said pipette tip comprises two opposing ends, at least one of which is sealable; (c) a seal for sealing the sealable end of the pipette tip to provide a sealed pipette tip; and (d) a centrifuge configured to receive said sealed pipette tip to effect said separating of one or more components in a biological fluid;
An IC card comprising: a first communication unit configured to communicate with an IC card processing apparatus in a contact state; a second communication unit configured to communicate with the IC card processing apparatus in a non-contact state; a storage unit (12, 14) configured to store information; and an execution unit configured to execute predetermined processing based on the information stored in the storage unit using information processing results of both the first communication unit and the second communication unit, wherein the execution unit executes authentication processing for the predetermined processing by a communication with one of the first communication unit and the second communication unit, and executes authentication processing for the predetermined processing by a communication with the other of the first communication unit and the second communication unit, the execution unit executes the predetermined processing under a condition that both the first communication unit and the second communication unit have succeeded in authentication processing for the predetermined processing, and wherein each authentication processing includes verifying a verification key ( a b), said keys being stored by the IC card before said both authentication processings. a first communication unit configured to communicate with an IC card processing apparatus in a contact state; a second communication unit configured to communicate with the IC card processing apparatus in a non-contact state; a storage unit (12, 14) configured to store information; and an execution unit configured to execute predetermined processing based on the information stored in the storage unit using information processing results of both the first communication unit and the second communication unit, wherein the execution unit executes authentication processing for the predetermined processing by a communication with one of the first communication unit and the second communication unit, and executes authentication processing for the predetermined processing by a communication with the other of the first communication unit and the second communication unit, the execution unit executes the predetermined processing under a condition that both the first communication unit and the second communication unit have succeeded in authentication processing for the predetermined processing, and wherein each authentication processing includes verifying a verification key ( a b), said keys being stored by the IC card before said both authentication processings.
An elevator renovating method for renovating an existing elevator comprising: an existing group supervising apparatus that is connected to a plurality of landing operating panels; and a plurality of existing elevator cars that are connected to respective existing elevator controlling apparatuses that are connected to said existing group supervising apparatus, said elevator renovating method being characterized in comprising steps of: connecting a new group supervising apparatus that is connected to new landing operating panels to said existing elevator controlling apparatuses by means of a relaying apparatus that includes a relay panel and an input/output panel so as to enable said existing elevator cars to be operated by said new group supervising apparatus, and removing said existing group supervising apparatus together with said landing operating panels; and substituting new elevator cars and new elevator controlling apparatuses for said existing elevator controlling apparatuses together with said existing elevator cars, and connecting said new elevator controlling apparatuses to said new group supervising apparatus so as to enable said new elevator cars to be operated by said new group supervising apparatus. an existing group supervising apparatus that is connected to a plurality of landing operating panels; and a plurality of existing elevator cars that are connected to respective existing elevator controlling apparatuses that are connected to said existing group supervising apparatus, said elevator renovating method being characterized in comprising steps of: connecting a new group supervising apparatus that is connected to new landing operating panels to said existing elevator controlling apparatuses by means of a relaying apparatus that includes a relay panel and an input/output panel so as to enable said existing elevator cars to be operated by said new group supervising apparatus, and removing said existing group supervising apparatus together with said landing operating panels; and substituting new elevator cars and new elevator controlling apparatuses for said existing elevator controlling apparatuses together with said existing elevator cars, and connecting said new elevator controlling apparatuses to said new group supervising apparatus so as to enable said new elevator cars to be operated by said new group supervising apparatus. connecting a new group supervising apparatus that is connected to new landing operating panels to said existing elevator controlling apparatuses by means of a relaying apparatus that includes a relay panel and an input/output panel so as to enable said existing elevator cars to be operated by said new group supervising apparatus, and removing said existing group supervising apparatus together with said landing operating panels; and substituting new elevator cars and new elevator controlling apparatuses for said existing elevator controlling apparatuses together with said existing elevator cars, and connecting said new elevator controlling apparatuses to said new group supervising apparatus so as to enable said new elevator cars to be operated by said new group supervising apparatus.
Method for producing a valve having at least one shut-off body which can be moved by a movable actuating body comprising a metallic core, the metallic core being introduced into a plastic-containing sleeve body, wherein the shut-off body is extruded at least in sections directly against the metallic core and thereby immovably secures the latter in its position in the sleeve body, characterised in that the metallic core is inserted into a formed sleeve body and the shut-off body is subsequently injection-moulded into an axially open end of the sleeve body by means of the injection moulding method in such a way that it secures the core contained in the sleeve body in its position relative to the sleeve body.
A single-patient textile device for providing phototherapy treatment to a patient, including: • a back wall intended to accommodate said patient in a supine position, said back wall comprising an upper portion and a lower portion; • a front wall attached to the lower portion of said back wall; • two lateral walls (5, 6) which are arranged on either side of said back wall and can be folded onto said wall; once folded, said front wall and lateral walls (5, 6) forming a volume to house the patient, including an opening to enable the passing of the patient's head through the upper portion of the back wall; and said front wall can be folded onto said back wall, such that said front wall and said back wall each has an inner surface that can distribute the light within said volume; characterized in that it further comprises: a position-holding mean for holding the patient in place, said holding mean being integral to said back wall and comprising at least three straps (141, 142, 143), among which two side straps (142, 143) for holding the patient's pelvis onto the back wall and a third strap for holding the crotch of the patient, said third strap being intended to be attached to the two side straps (142, 143). • a back wall intended to accommodate said patient in a supine position, said back wall comprising an upper portion and a lower portion; • a front wall attached to the lower portion of said back wall; • two lateral walls (5, 6) which are arranged on either side of said back wall and can be folded onto said wall;
A computer-implemented method, comprising: receiving delay event information from a delay tracker tool configured to identify and record delays that occur during an application execution, the delay event information associated with delays in a process being monitored by the delay tracker tool; recording the delay event information; displaying the delay event information to a user; receiving a user selection of an event; and displaying a callstack associated with the selected event, wherein a delay is identified when a length of time elapsed to receive a certain sequence of events which are generated by the application under observation exceeds an allowable threshold, and wherein: the delay event information associated with delays is delay information, and the allowable threshold is a minimum delay time specified in a scenario definition, the scenario defining a sequence of events; the delay information is displayed to a user either as a timeline showing the chronological occurrence of the delays or as a delay list; the user selection of an event is a user input indicating a selected delay; the callstack associated with the selected event is the callstack for the selected delay, the callstack representing CPU samples taken at defined intervals during the selected delay. receiving delay event information from a delay tracker tool configured to identify and record delays that occur during an application execution, the delay event information associated with delays in a process being monitored by the delay tracker tool; recording the delay event information; displaying the delay event information to a user; receiving a user selection of an event; and displaying a callstack associated with the selected event, wherein a delay is identified when a length of time elapsed to receive a certain sequence of events which are generated by the application under observation exceeds an allowable threshold, and the delay event information associated with delays is delay information, and the allowable threshold is a minimum delay time specified in a scenario definition, the scenario defining a sequence of events; the delay information is displayed to a user either as a timeline showing the chronological occurrence of the delays or as a delay list; the user selection of an event is a user input indicating a selected delay; the callstack associated with the selected event is the callstack for the selected delay, the callstack representing CPU samples taken at defined intervals during the selected delay.
A compound for use in the treatment of diabetic nephropathy, wherein said compound is a multimer comprising at least two peptides, wherein said peptides consist of the amino acid sequence SGRKSSKMQA (SEQ ID NO:1), or a variant thereof having SEQ ID NO:1 with one amino acid substitution.
An apparatus comprising: a first processing unit, the first processing unit 1 comprising a secure execution partition, the secure execution partition comprising a partition of circuitry within the first processing unit 2; and a policy agent for execution by the secure execution partition, the policy agent to receive a policy for a virtual network function (124-1 to 124-n) and to configure the VNF (124-1 to 124-n) to implement a network function based on the policy, the VNF (124-1 to 124-n) to be executed upon a second processing unit different than the first processing unit 3. 1 Page 2, line 15 to page 3, line 14; page 5, line 26 to page 6, line 4; page 9, line 31 to page 10, line 21; 2 Page 2, line 15 to page 3, line 14 Figs. 1-9; 3 Page 2, line 15 to page 3, line 14; page 5, line 26 to page 6, line 4; page 7, lines 7 to 21; page 8, line 6 to page 9, line 19; page 9, line 31 to page 11, line 2; Figs. 1-11 a first processing unit, the first processing unit 1 comprising a secure execution partition, the secure execution partition comprising a partition of circuitry within the first processing unit 2; and a policy agent for execution by the secure execution partition, the policy agent to receive a policy for a virtual network function (124-1 to 124-n) and to configure the VNF (124-1 to 124-n) to implement a network function based on the policy, the VNF (124-1 to 124-n) to be executed upon a second processing unit different than the first processing unit 3. 1 Page 2, line 15 to page 3, line 14; page 5, line 26 to page 6, line 4; page 9, line 31 to page 10, line 21; 2 Page 2, line 15 to page 3, line 14 Figs. 1-9; 3 Page 2, line 15 to page 3, line 14; page 5, line 26 to page 6, line 4; page 7, lines 7 to 21; page 8, line 6 to page 9, line 19; page 9, line 31 to page 11, line 2; Figs. 1-11
A process for improved separation of stable isotopes of light elements in ion-exchange chromatography for enhancement of enrichment of stable isotopes of light elements, said process steps comprising: formation of bands of salts of light elements in chromatographic column; and elution of said bands followed by regeneration wherein in said elution step (i) the chromatographic column is disconnected at an appropriate stage thereafter eluting said bands and (ii) fresh natural light element in acidic form is loaded. formation of bands of salts of light elements in chromatographic column; and elution of said bands followed by regeneration wherein in said elution step (i) the chromatographic column is disconnected at an appropriate stage thereafter eluting said bands and (ii) fresh natural light element in acidic form is loaded. (i) the chromatographic column is disconnected at an appropriate stage thereafter eluting said bands and (ii) fresh natural light element in acidic form is loaded.
A cam assembly (100, 150, 600) for providing a mechanical output signal, the cam assembly (100, 150, 600) comprising: a cam (102, 152, 602) having a contoured cam surface (106, 156, 604), said cam surface having typical irregularities (108, 158, 606) resulting from fabrication limitations that deviate from an idealized contour (110, 160); and a follower (402, 452, 601) having a follower contact portion (112, 162) that is displaced by relative motion between said cam surface (106, 156, 604) and said follower (402, 452, 610), characterized in: a buffer element (116, 166, 608) having a buffer active region (118, 168, 610) that contacts said cam surface (106, 156, 604) and is movable with respect thereto, said follower contact portion (112, 162) being positioned to contact said buffer active region (118, 168, 612) so as to be displaced by displacement of said buffer active region (118, 168, 612) as said buffer active region (118, 168, 612) is moved by the contour of said cam surface (106, 156, 604) as said cam (102, 152, 602) moves relative to said follower (402, 452, 610). a cam (102, 152, 602) having a contoured cam surface (106, 156, 604), said cam surface having typical irregularities (108, 158, 606) resulting from fabrication limitations that deviate from an idealized contour (110, 160); and a follower (402, 452, 601) having a follower contact portion (112, 162) that is displaced by relative motion between said cam surface (106, 156, 604) and said follower (402, 452, 610),