mhurhangee/ep-ind-claims huggingface dataset:
Adaptive lens structure comprising a first and a second spaced apart flexible glass membranes (101, 115), the first flexible glass membrane having a first outer surface, a first inner surface, opposite said first outer surface, and a first transparent central portion, the second flexible glass membrane having a second inner surface, facing said first inner surface, a second outer surface, opposite to second inner surface, and a second transparent central portion, the first and second transparent central portions (101', 115') forming the opposite sides of the optical aperture of the adaptive lens, the adaptive lens structure further comprising actuator means (105, 110) coupled to each of the two flexible glass membranes (101, 115) for deforming the optical aperture shape reversibly and accordingly to a command signal or a series of command signals, the adaptive lens structure further comprising a transparent fluid or elastomeric material placed between the flexible glass membranes (101, 115) and radially constrained so as to be prevented from outwardly expanding in the radial direction, characterized in that at least one of the flexible glass membranes (101, 115) is provided with an annular portion of reduced thickness within the transparent central portion (101', 115'), said annular portion being suitable for generating a localized curvature of the flexible glass membrane.
A MCFA for use in treating and/or preventing anxiety wherein, the MCFA is decanoic acid or octanoic acid and wherein, the MCFA is in the form of a medium chain triglyceride.
System for leakage control and/or testing of a pipe system of expandable pipes and discharge points for incompressible fluids, said system comprising: - one or more automatic valve arrangements for opening and closing a fluid supply and arranged in the pipe system in connection with the fluid supply to a processing plant or building comprising rooms having one or more discharge points, wherein the valve arrangements are arranged to provide a closed pipe system between the valve arrangement and the one or more 10 discharge points of the pipe system, - a control device provided with communication devices, - arrangements for monitoring any activity in the rooms with one or more discharge points or indications of any active water consuming fixed installations or processing plants, which indicates fluid consumption, - one or more pressure control arrangements arranged between the automatic valve arrangements and the processing plant or room with discharge points, and - one or more pressure measuring arrangements to continuously measure the pressure in the closed pipe system, said one or more pressure measuring arrangements being a separate device or an integral part of the one or more pressure control arrangements, characterized in that the system is arranged to capture expansions in the expandable pipes by said one or more pressure control arrangements being arranged to increase the pressure to a pressure substantially above the operating pressure and maintaining the higher pressure to obtain a stable higher pressure in the closed pipe system a certain period of time, thereby providing expansion in the expandable pipes of the closed pipe system, and followed by rapidly decreasing the pressure in the closed pipe system to a pressure substantially below the operating pressure, thereby providing contraction of the expandable pipes of the closed pipe system, the system further arranged to interpret the measured pressure in relation to predefined parameters to reveal any leakage. - one or more automatic valve arrangements for opening and closing a fluid supply and arranged in the pipe system in connection with the fluid supply to a processing plant or building comprising rooms having one or more discharge points, wherein the valve arrangements are arranged to provide a closed pipe system between the valve arrangement and the one or more 10 discharge points of the pipe system, - a control device provided with communication devices, - arrangements for monitoring any activity in the rooms with one or more discharge points or indications of any active water consuming fixed installations or processing plants, which indicates fluid consumption, - one or more pressure control arrangements arranged between the automatic valve arrangements and the processing plant or room with discharge points, and - one or more pressure measuring arrangements to continuously measure the pressure in the closed pipe system, said one or more pressure measuring arrangements being a separate device or an integral part of the one or more pressure control arrangements,
A method of wireless communication performed by a user equipment UE, the method comprising: receiving, while the UE is using a first modulation order for a physical uplink control channel, PUCCH of a pre-configured PUCCH format that supports greater than 2 bits of payload, a radio resource control, RRC, signaling message that identifies a second modulation order for the physical uplink control channel, wherein the first modulation order is a quadrature phase shift keying format; and the second modulation order is a π/2 binary phase shift keying, BPSK, format or is higher than the first modulation order; and providing the physical uplink control channel using the second modulation order. receiving, while the UE is using a first modulation order for a physical uplink control channel, PUCCH of a pre-configured PUCCH format that supports greater than 2 bits of payload, a radio resource control, RRC, signaling message that identifies a second modulation order for the physical uplink control channel, wherein the first modulation order is a quadrature phase shift keying format; and the second modulation order is a π/2 binary phase shift keying, BPSK, format or is higher than the first modulation order; and providing the physical uplink control channel using the second modulation order.
An apparatus comprising: a control panel of a security system that protects a secured geographic area; a plurality of sensors (12, 14) that detect threats within the secured geographic area; a plurality of annunciators (22, 24) within the secured geographic area that send audio or visible outputs to warn of the threats within the secured geographic area; a processor of the control panel that wirelessly exchanges information with the plurality of sensors (12, 14) and the plurality of annunciators (22, 24) based upon a timing table saved at least within a memory of the control panel, wherein the timing table defines a repeating superframe having a plurality of non-overlapping time periods including at least one response period used by the control panel to transmit instructions to each of the plurality of sensors (12, 14) and each of the plurality of annunciators (22, 24), and wherein the information includes an activation message to each of the plurality of annunciators (22, 24) within a respective slot of the at least one response period; and a respective processor of each of the plurality of annunciators (22, 24) that processes the activation message and directly synchronizes a respective one of the audio or visible outputs with other ones of the audio or visible outputs of each of the plurality of annunciators (22, 24) independently from the activation message by sensing different states of the repeating superframe and initiating send of the respective one of the audio or visible outputs responsive to sensing a beginning of one of the different states of the repeating superframe. a control panel of a security system that protects a secured geographic area; a plurality of sensors (12, 14) that detect threats within the secured geographic area; a plurality of annunciators (22, 24) within the secured geographic area that send audio or visible outputs to warn of the threats within the secured geographic area; a processor of the control panel that wirelessly exchanges information with the plurality of sensors (12, 14) and the plurality of annunciators (22, 24) based upon a timing table saved at least within a memory of the control panel, wherein the timing table defines a repeating superframe having a plurality of non-overlapping time periods including at least one response period used by the control panel to transmit instructions to each of the plurality of sensors (12, 14) and each of the plurality of annunciators (22, 24), and wherein the information includes an activation message to each of the plurality of annunciators (22, 24) within a respective slot of the at least one response period; and a respective processor of each of the plurality of annunciators (22, 24) that processes the activation message and directly synchronizes a respective one of the audio or visible outputs with other ones of the audio or visible outputs of each of the plurality of annunciators (22, 24) independently from the activation message by sensing different states of the repeating superframe and initiating send of the respective one of the audio or visible outputs responsive to sensing a beginning of one of the different states of the repeating superframe.
A compression mounted window assembly (100; 200; 300; 600; 700) comprising: a) a circular window (110; 210; 310; 610; 710) having opposed front (112; 212; 312; 612; 712) and rear (114; 214; 314; 614; 714) planar surfaces and an outer periphery having at least one chamfered edge surface (116; 118; 216; 318; 616; 718); b) a compressible material (125; 225; 325; 625; 725) circumscribing the outer periphery of the window; c) a housing (12; 412; 512) having a portal (14; 414; 514) defining an annular seat (15; 415; 515) for accommodating the window circumscribed by the compressible material; and d) an annular bezel (130; 230; 330; 630; 730) operatively associated with the housing for compressively retaining the window assembly within the annular seat of the portal; the compression mounted window assembly (100; 200; 300; 600; 700) being characterized by further comprising: e) means (140; 240; 340; 640; 740) for securing the bezel to the housing; wherein the outer periphery of the window includes a forward facing chamfered edge surface and a rearward facing chamfered edge surface and wherein the annular seat has a first chamfered abutment surface that corresponds with the forward facing chamfered edge surface and the annular bezel has a second chamfered abutment surface that corresponds with the rearward facing chamfered edge surface. a) a circular window (110; 210; 310; 610; 710) having opposed front (112; 212; 312; 612; 712) and rear (114; 214; 314; 614; 714) planar surfaces and an outer periphery having at least one chamfered edge surface (116; 118; 216; 318; 616; 718); b) a compressible material (125; 225; 325; 625; 725) circumscribing the outer periphery of the window; c) a housing (12; 412; 512) having a portal (14; 414; 514) defining an annular seat (15; 415; 515) for accommodating the window circumscribed by the compressible material; and d) an annular bezel (130; 230; 330; 630; 730) operatively associated with the housing for compressively retaining the window assembly within the annular seat of the portal;
An axial gap type rotating machine comprising: a housing; a rotating shaft rotatably supported in the housing, a rotor comprising a rotating rotatable integrally with said rotating shaft around said rotating shaft as a central axis, and permanent magnets arranged on at least one side of a surface of the rotating disk and a stator that is fixed to the housing so as to face a surface of said rotor having the permanent magnets and the stator is spaced from the rotor, wherein stator coils are arranged concentrically around said rotating shaft in spaced relation to each other; wherein magnetic flux generated from the permanent magnets of said rotor intermittently penetrates interiors of said coils disposed concentrically around said rotating shaft as it rotates; wherein said rotating disk comprises concave portions formed at the surface facing said stator and the permanent magnets are disposed at the concave portions so as to have protruding portions above the surface of said rotating disk; wherein each thickness of the protruding portions of the permanent magnets is 1/4 to 3/4 of each thickness (T 1) of the permanent magnets; wherein a reinforcing member is provided on a surface of said rotating disk so as to support a side surface of said protruding portion of the permanent magnets, said reinforcing member is made out of a non-magnetic material and having a through-hole corresponding to a position of the permanent magnet disposed at any said rotating disk; and wherein the thickness of the reinforcing member is 1/10 to 3/4 of the thickness (T 1) of the permanent magnet, a housing; a rotating shaft rotatably supported in the housing, a rotor comprising a rotating rotatable integrally with said rotating shaft around said rotating shaft as a central axis, and permanent magnets arranged on at least one side of a surface of the rotating disk and a stator that is fixed to the housing so as to face a surface of said rotor having the permanent magnets and the stator is spaced from the rotor, wherein stator coils are arranged concentrically around said rotating shaft in spaced relation to each other; wherein magnetic flux generated from the permanent magnets of said rotor intermittently penetrates interiors of said coils disposed concentrically around said rotating shaft as it rotates; wherein said rotating disk comprises concave portions formed at the surface facing said stator and the permanent magnets are disposed at the concave portions so as to have protruding portions above the surface of said rotating disk; wherein each thickness of the protruding portions of the permanent magnets is 1/4 to 3/4 of each thickness (T 1) of the permanent magnets; wherein a reinforcing member is provided on a surface of said rotating disk so as to support a side surface of said protruding portion of the permanent magnets, said reinforcing member is made out of a non-magnetic material and having a through-hole corresponding to a position of the permanent magnet disposed at any said rotating disk; and wherein the thickness of the reinforcing member is 1/10 to 3/4 of the thickness (T 1) of the permanent magnet,
A method of measuring the activity or specificity of an enzyme, wherein the enzyme is a protease, comprising: (a) expressing in a plurality of eukaryotic cells: (i) a first fusion protein comprising the protease, a first endoplasmic reticulum targeting sequence, and optionally a first endoplasmic reticulum retention sequence; and (ii) a second fusion protein comprising a second endoplasmic reticulum targeting sequence, a surface expression sequence, a first epitope tag sequence, a first peptide sequence, and a second epitope tag sequence, optionally a second endoplasmic reticulum retention sequence; (b) purifying or separating the cells based on the presence or absence of a first antibody that selectively binds the first epitope tag sequence and a second antibody that selectively binds the second epitope tag sequence; (c) sequencing the first peptide sequences after step (b) to produce a dataset; and (d) subtracting or eliminating endogenous cleavage events (cleaveOme) in the eukaryotic cells from the dataset, wherein the first and second fusion protein is encoded by the same vector or different vector. (a) expressing in a plurality of eukaryotic cells: (i) a first fusion protein comprising the protease, a first endoplasmic reticulum targeting sequence, and optionally a first endoplasmic reticulum retention sequence; and (ii) a second fusion protein comprising a second endoplasmic reticulum targeting sequence, a surface expression sequence, a first epitope tag sequence, a first peptide sequence, and a second epitope tag sequence, optionally a second endoplasmic reticulum retention sequence; (i) a first fusion protein comprising the protease, a first endoplasmic reticulum targeting sequence, and optionally a first endoplasmic reticulum retention sequence; and (ii) a second fusion protein comprising a second endoplasmic reticulum targeting sequence, a surface expression sequence, a first epitope tag sequence, a first peptide sequence, and a second epitope tag sequence, optionally a second endoplasmic reticulum retention sequence; (b) purifying or separating the cells based on the presence or absence of a first antibody that selectively binds the first epitope tag sequence and a second antibody that selectively binds the second epitope tag sequence; (c) sequencing the first peptide sequences after step (b) to produce a dataset; and (d) subtracting or eliminating endogenous cleavage events (cleaveOme) in the eukaryotic cells from the dataset,
An antitheft system for a construction equipment including a hydraulic device for controlling flow of working fluid supplied to an actuator which drives a working device, the antitheft system comprising: a first step of reading information on a function selection switch, a timer, a safety lever and engine operation; a second step of determining whether the function selection switch is turned on or off; a third step of determining whether the safety lever is switched to an OFF position; a fourth step of comparing an input time inputted in the timer with a preset time and if the input time of the timer is shorter than the preset time, proceeding to the second step; a fifth step of determining whether an ignition of the engine is turned on if the function selection switch is switched to an ON state by a driver, the safety lever is switched to the OFF position by the driver, and the input time of the timer is longer than a preset time; a sixth step (S600B) of determining that the driver gets out of a cabin in the state in which the ignition of the engine is turned on, and locking the driving unit so that the driving unit does not operate if it is determined in the fifth step that the ignition is turned on; a seventh step of determining whether a security device is passed by the driver if the driving unit is switched to a lock position; and an eighth step of unlocking the driving unit if the user has passed the security device. a first step of reading information on a function selection switch, a timer, a safety lever and engine operation; a second step of determining whether the function selection switch is turned on or off; a third step of determining whether the safety lever is switched to an OFF position; a fourth step of comparing an input time inputted in the timer with a preset time and if the input time of the timer is shorter than the preset time, proceeding to the second step; a fifth step of determining whether an ignition of the engine is turned on if the function selection switch is switched to an ON state by a driver, the safety lever is switched to the OFF position by the driver, and the input time of the timer is longer than a preset time; a sixth step (S600B) of determining that the driver gets out of a cabin in the state in which the ignition of the engine is turned on, and locking the driving unit so that the driving unit does not operate if it is determined in the fifth step that the ignition is turned on; a seventh step of determining whether a security device is passed by the driver if the driving unit is switched to a lock position; and an eighth step of unlocking the driving unit if the user has passed the security device.
Glass holder for fastening or fixing a glass pane or a sheet-like structure in a frame, in particular for fixed glazing units, wherein the glass holder consists of a glass holder body, wherein said glass holder body comprises a bearing area lying on the surface of the frame and a pressing face for the glass pane as projecting step to the glass holder body, and said glass holder body includes a centred bore for passage of a screw and a guide for the screw is provided for oblique entry of said screw into the frame, wherein said guide of the screw is designed as a two-part sliding body for producing the contact pressure, wherein each sliding body part (12, 14) comprises a sliding surface (13, 15) designed as inclined plane, which slide on each other, characterized in that one sliding body part is provided in the glass holder body and the other sliding body part is arranged via an elastic tab provided on the glass holder body, whereby the two gliding body parts (12, 14) correspond with the bore as screw guide for mounting.
A method for weaving a programming of pages of a non-volatile memory ("NVM"), the method comprising: identifying a current value of a weave sequence counter ("WSC"), wherein the WSC identifies a sequence in which each page of the NVM is programmed; programming a first page of a first block (Block 0) of the NVM with a first set of user data; associating the first page with the current value of the WSC; sequentially incrementing the WSC to an incremented WSC value; characterized by: determining the first set of data is new data being initially stored in the NVM; and in response to the determining, associating the first page with a host weave sequence counter ("HWSC") value, wherein the HWSC value is equal to the current value of the WSC, determining the first set of data is old data being moved from a different page in the NVM to the first page; and in response to the determining, associating the first page with a host weave sequence counter ("HWSC") value, wherein the HWSC value is equal to a HWSC value of the different page. identifying a current value of a weave sequence counter ("WSC"), wherein the WSC identifies a sequence in which each page of the NVM is programmed; programming a first page of a first block (Block 0) of the NVM with a first set of user data; associating the first page with the current value of the WSC; sequentially incrementing the WSC to an incremented WSC value; characterized by: determining the first set of data is new data being initially stored in the NVM; and in response to the determining, associating the first page with a host weave sequence counter ("HWSC") value, wherein the HWSC value is equal to the current value of the WSC, determining the first set of data is old data being moved from a different page in the NVM to the first page; and in response to the determining, associating the first page with a host weave sequence counter ("HWSC") value, wherein the HWSC value is equal to a HWSC value of the different page. determining the first set of data is new data being initially stored in the NVM; and in response to the determining, associating the first page with a host weave sequence counter ("HWSC") value, wherein the HWSC value is equal to the current value of the WSC, determining the first set of data is old data being moved from a different page in the NVM to the first page; and in response to the determining, associating the first page with a host weave sequence counter ("HWSC") value, wherein the HWSC value is equal to a HWSC value of the different page.