mhurhangee/patent-ind-claim-en huggingface dataset:
A self-propelled aerial platform including a work platform provided at the end of an operating arm which is supported by a base or turret which is in turn joined to a mobile wheeled chassis or to a truck with the possibility to rotate with respect thereto, the base or turret of said operating arm being coupled to said mobile chassis with a coupling rotatable about a vertical axis (A), it being provided that at least one motor means, pumps and tanks of fluids and other means are supported onto said mobile wheeled chassis or truck beneath said rotatable coupling, hydraulic and electrical couplings being also provided, which cooperate with said rotatable coupling to establish hydraulic and electrical connections between said at least a motor means, pumps and tanks and actuator means provided on the base or turret , the operating arm constrained thereto and supported thereby and the aerial work platform characterised in that , it comprises a motor means , placed in a median position, which has a rotation axis transverse to the longitudinal axis of the mobile wheeled chassis or truck .
Coaxial connector assembly suitable to be used for interconnecting a first and a second printed circuit board, the coaxial connector assembly comprising a first connector part , a second connector part and an adapter , wherein in an assembled position the first and second connector part are electrically interconnected through the adapter to each other, the adapter comprising a. a tubular outer conductor and a pin-shaped inner conductor both extending in a mounted position in a longitudinal direction (z), wherein the inner conductor consists of at least one punched sheet metal part, and b. a spacer which in the mounted position is arranged inside the outer conductor encompassing the inner conductor at least partially and by which the inner conductor is positioned with respect to the outer conductor , wherein c. the spacer comprises a first half and a second half which are interconnectable to each other along a separation plane extending in the longitudinal direction (z), wherein d. the first and/or the second half comprise at least one holding means to hold the inner conductor in the mounted position, e. characterised in that the inner conductor is having an in principle rectangular cross-section, defined by a thickness of the punched sheet metal and a lateral extension of the punched sheet metal in a lateral direction (x), wherein the lateral extension of the inner conductor varies over the length of the inner conductor , wherein the lateral extension of the inner conductor is symmetrical in respect to a middle axis of adapter which is extending in the longitudinal direction (z) and the lateral extension of the inner conductor is symmetrical in respect to a lateral axis, extending in the lateral direction (x) in the middle of the inner conductor . a. a tubular outer conductor and a pin-shaped inner conductor both extending in a mounted position in a longitudinal direction (z), wherein the inner conductor consists of at least one punched sheet metal part, and b. a spacer which in the mounted position is arranged inside the outer conductor encompassing the inner conductor at least partially and by which the inner conductor is positioned with respect to the outer conductor , wherein c. the spacer comprises a first half and a second half which are interconnectable to each other along a separation plane extending in the longitudinal direction (z), wherein d. the first and/or the second half comprise at least one holding means to hold the inner conductor in the mounted position, e. characterised in that the inner conductor is having an in principle rectangular cross-section, defined by a thickness of the punched sheet metal and a lateral extension of the punched sheet metal in a lateral direction (x), wherein the lateral extension of the inner conductor varies over the length of the inner conductor , wherein the lateral extension of the inner conductor is symmetrical in respect to a middle axis of adapter which is extending in the longitudinal direction (z) and the lateral extension of the inner conductor is symmetrical in respect to a lateral axis, extending in the lateral direction (x) in the middle of the inner conductor .
A nozzle comprising: a hollow body connectable to a high pressure fluid supply, the body having a central bore , a first plurality of ports extending out of the body from the central bore and a second plurality of ports extending out of the body from the central bore ; and a switching valve cartridge assembly disposed in the central bore operable to direct fluid flow from an inlet to the central bore to one or more of the first plurality of ports upon application of fluid flow above a predetermined threshold to the inlet to the central bore and direct fluid flow from the inlet to the central bore to one or more of the second plurality of ports upon fluid flow dropping below the predetermined threshold and then exceeding the predetermined threshold, characterized in that the switching valve cartridge assembly comprises a generally tubular valve cartridge case disposed in the central bore of the hollow body , a generally tubular valve poppet having an open tubular rear end portion , a central portion and a front end portion , the central portion of the poppet having an external peripheral annular flange between the rear end portion and the central portion , the poppet being movably disposed in the cartridge case , a biasing member between the valve cartridge case and the flange , and a guide member positioned around the tubular rear end portion of the poppet . a hollow body connectable to a high pressure fluid supply, the body having a central bore , a first plurality of ports extending out of the body from the central bore and a second plurality of ports extending out of the body from the central bore ; and a switching valve cartridge assembly disposed in the central bore operable to direct fluid flow from an inlet to the central bore to one or more of the first plurality of ports upon application of fluid flow above a predetermined threshold to the inlet to the central bore and direct fluid flow from the inlet to the central bore to one or more of the second plurality of ports upon fluid flow dropping below the predetermined threshold and then exceeding the predetermined threshold,
A display panel (LCP), comprising: a first substrate (TFS), on which a display area (AA) having thin film transistors and a non-display area (NA) are defined; a second substrate (CFS) disposed at a distance from the first substrate (TFS) and at a position corresponding to the display area (AA) of the first substrate; characterized by an auxiliary panel (ADS), separate from the second substrate (CFS) and arranged next to the second substrate (CFS), disposed over the non-display area (NA) of the first substrate (TFS) and laterally protruding over an edge of the non-display area (NA) of the first substrate (TFS); wherein the auxiliary panel (ADS) comprises a connection region for electrical connection, the connection region being arranged in the portion laterally protruding out of an edge of the non-display area (NA) of the first substrate (TFS), the connection region comprising at least one connection pad. a first substrate (TFS), on which a display area (AA) having thin film transistors and a non-display area (NA) are defined; a second substrate (CFS) disposed at a distance from the first substrate (TFS) and at a position corresponding to the display area (AA) of the first substrate; characterized by an auxiliary panel (ADS), separate from the second substrate (CFS) and arranged next to the second substrate (CFS), disposed over the non-display area (NA) of the first substrate (TFS) and laterally protruding over an edge of the non-display area (NA) of the first substrate (TFS); wherein the auxiliary panel (ADS) comprises a connection region for electrical connection, the connection region being arranged in the portion laterally protruding out of an edge of the non-display area (NA) of the first substrate (TFS), the connection region comprising at least one connection pad.
A photoacoustic effect measurement instrument for measuring a species in a gas, comprising: a pair of differential acoustic cells including a sample cell configured to receive sample gas including the species, and a reference cell configured to receive a filtered version of the sample gas from which the species has been substantially removed; an excitation light source configured to provide an amplitude modulated beam to each of the differential acoustic cells ; one or more microphones mounted over an opening in each of the differential acoustic cells [p. 4, par. 2; p. 6, last par.; original claim 5] and configured to measure an acoustic wave generated in the respective acoustic cell by absorption of light by the gas therein to produce a signal, each of the one or more microphones isolated from the gas internal to the respective acoustic cell by a film disposed over the opening, the film configured to substantially prevent interference from pressure change effects associated with gas flow in the respective differential acoustic cell; and a preamplifier configured to determine a differential signal from the signals produced for each of the differential acoustic cells ; and a controller configured to calculate concentration of the species based on the differential signal. a pair of differential acoustic cells including a sample cell configured to receive sample gas including the species, and a reference cell configured to receive a filtered version of the sample gas from which the species has been substantially removed; a sample cell configured to receive sample gas including the species, and a reference cell configured to receive a filtered version of the sample gas from which the species has been substantially removed; an excitation light source configured to provide an amplitude modulated beam to each of the differential acoustic cells ; one or more microphones mounted over an opening in each of the differential acoustic cells [p. 4, par. 2; p. 6, last par.; original claim 5] and configured to measure an acoustic wave generated in the respective acoustic cell by absorption of light by the gas therein to produce a signal, each of the one or more microphones isolated from the gas internal to the respective acoustic cell by a film disposed over the opening, the film configured to substantially prevent interference from pressure change effects associated with gas flow in the respective differential acoustic cell; and a preamplifier configured to determine a differential signal from the signals produced for each of the differential acoustic cells ; and a controller configured to calculate concentration of the species based on the differential signal.
A wireless device for wireless communications comprising: - a power supply module operative to extract electric power from magnetic field surrounding an electric cable ; - a controller module communicatively coupled to said power supply module ; wherein said device is mounted, optionally movably, around a single electric cable of at least one of an electric transmission grid and an electric distribution grid; and, the device further comprises: a backhaul transceiver operative to communicate in a backhaul network and a local area network, LAN, transceiver providing a wireless local area network, WLAN, ; and wherein said controller module is communicatively coupled to both said backhaul transceiver and said LAN transceiver , and wherein the backhaul transceiver and the LAN transceiver providing said wireless local area network are operative to enable a communication device , and/or a communication terminal , and/or a node, to communicate via said wireless local area network and said backhaul network with another communication device , and/or a communication terminal , and/or node; and further wherein said power supply module derives power from said single electric cable to power the device and said backhaul transceiver and said LAN transceiver . - a power supply module operative to extract electric power from magnetic field surrounding an electric cable ; - a controller module communicatively coupled to said power supply module ; a backhaul transceiver operative to communicate in a backhaul network and a local area network, LAN, transceiver providing a wireless local area network, WLAN, ; and wherein said controller module is communicatively coupled to both said backhaul transceiver and said LAN transceiver , and wherein the backhaul transceiver and the LAN transceiver providing said wireless local area network are operative to enable a communication device , and/or a communication terminal , and/or a node, to communicate via said wireless local area network and said backhaul network with another communication device , and/or a communication terminal , and/or node; and further wherein said power supply module derives power from said single electric cable to power the device and said backhaul transceiver and said LAN transceiver .
An apparatus for a multi-turbocharger system , comprising: an intake air plumbing arrangement comprising a flow transition segment including a first inlet portion for receiving a first intake air flow , a second inlet portion for receiving a second intake air flow , and a common conduit portion joining the first and second inlet portions, the intake air plumbing arrangement further including a diffuser segment downstream of the flow transition segment and a flow delivery segment downstream of the diffuser segment for connection with a heat exchanger , the first and second inlet portions including first and second conduit parts defining separate passages for the first and second intake air flows , wherein the separate passages of the first and second intake air flows extend in a common direction to a rounded, downstream terminal end of a common wall dividing the first and second conduit parts where the first and second intake air flows merge in the common conduit portion to form a combined intake air flow upstream of the diffuser segment and mix together along the diffuser segment . an intake air plumbing arrangement comprising a flow transition segment including a first inlet portion for receiving a first intake air flow , a second inlet portion for receiving a second intake air flow , and a common conduit portion joining the first and second inlet portions, a diffuser segment downstream of the flow transition segment and a flow delivery segment downstream of the diffuser segment for connection with a heat exchanger , the first and second inlet portions including first and second conduit parts defining separate passages for the first and second intake air flows , wherein the separate passages of the first and second intake air flows extend in a common direction to a rounded, downstream terminal end of a common wall dividing the first and second conduit parts where the first and second intake air flows merge in the common conduit portion to form a combined intake air flow upstream of the diffuser segment and mix together along the diffuser segment .
A head-mounted display apparatus, comprising: a first earcup and a second earcup ; a connecting member disposed between and rotatably connecting the first and second earcups such that, when the user is wearing the head-mounted display apparatus with the first earcup and the second earcup mounted on the left and right ears of the user, the connecting member can be pulled down to be disposed in front of the eyes of the user and also be pushed upward to be disposed on top of the head of the user; an image displaying assembly , disposed on the connecting member and comprising an image display region and configured to cover, and to provide images to, eyes of a user; and an external image monitoring assembly, comprising a means configured to allow the user to see external images from an environment when the image displaying assembly is disposed in front of the eyes of the user; characterized in that , the connecting member is the only connection element between the first and second earcups. a first earcup and a second earcup ; a connecting member disposed between and rotatably connecting the first and second earcups such that, when the user is wearing the head-mounted display apparatus with the first earcup and the second earcup mounted on the left and right ears of the user, the connecting member can be pulled down to be disposed in front of the eyes of the user and also be pushed upward to be disposed on top of the head of the user; an image displaying assembly , disposed on the connecting member and comprising an image display region and configured to cover, and to provide images to, eyes of a user; and an external image monitoring assembly, comprising a means configured to allow the user to see external images from an environment when the image displaying assembly is disposed in front of the eyes of the user; characterized in that , the connecting member is the only connection element between the first and second earcups.
A sensor device comprising: a sensor layer provided at a position facing a surface of a substrate having an operation surface , wherein the surface is opposite to the operation surface , and configured to detect a contacted position or a pressed position on the operation surface ; and a gap layer located in a gap between the substrate and the sensor layer , the gap layer including a bonding region and a relaxation region , the bonding region bonding the substrate to the sensor layer , and the relaxation region relaxing stress applied from the substrate to the sensor layer , wherein the bonding region and the relaxation region are each formed of dot-like, lattice-like, or stripe-like adhesive parts (22-3, 22-5) or dot-like, lattice-like, or stripe-like bonding parts (22-4, 22-6), characterised in that the relaxation region has a bonding strength lower than a bonding strength of the bonding region . a sensor layer provided at a position facing a surface of a substrate having an operation surface , wherein the surface is opposite to the operation surface , and configured to detect a contacted position or a pressed position on the operation surface ; and a gap layer located in a gap between the substrate and the sensor layer , the gap layer including a bonding region and a relaxation region , the bonding region bonding the substrate to the sensor layer , and the relaxation region relaxing stress applied from the substrate to the sensor layer , wherein the bonding region and the relaxation region are each formed of dot-like, lattice-like, or stripe-like adhesive parts (22-3, 22-5) or dot-like, lattice-like, or stripe-like bonding parts (22-4, 22-6), characterised in that the relaxation region has a bonding strength lower than a bonding strength of the bonding region .
A conjugate comprising an anti-CD26 antibody, or an antigen-binding fragment of the antibody, which is linked to triptolide.
A golf chipping game, comprising: - a target comprising a solid playing surface composed of material strong enough to withstand multiple repeated strikes from golf balls and comprising impact absorbent material including wood, plastic or metal; - said impact absorbent material having a layer of artificial turf secured thereon and having at least one hole defined therein; wherein the target is adjustable between prone and inclined positions with respect to the ground; and - a chipping mat having a surface of artificial turf and disposable a distance from a lower inclined edge of the inclined playing surface. - a target comprising a solid playing surface composed of material strong enough to withstand multiple repeated strikes from golf balls and comprising impact absorbent material including wood, plastic or metal; - said impact absorbent material having a layer of artificial turf secured thereon and having at least one hole defined therein; wherein the target is adjustable between prone and inclined positions with respect to the ground; and - a chipping mat having a surface of artificial turf and disposable a distance from a lower inclined edge of the inclined playing surface.
An information sending method, comprising: receiving , by a terminal device , a first transport block size, TBS, value from a network device , wherein the first TBS value is included in a second TBS set, the second TBS set comprises N TBS values, N is a positive integer greater than 1, and the second TBS set comprises at least a TBS value 936 and a TBS value 328, wherein the terminal device is at a coverage enhancement level 2 or a coverage enhancement level 3; determining , by the terminal device , a third TBS set based on the first TBS value, wherein a largest TBS value in the third TBS set is less than or equal to the first TBS value; and selecting , by the terminal device , a TBS value from the third TBS set, and sending uplink information based on the selected TBS value. receiving , by a terminal device , a first transport block size, TBS, value from a network device , wherein the first TBS value is included in a second TBS set, the second TBS set comprises N TBS values, N is a positive integer greater than 1, and the second TBS set comprises at least a TBS value 936 and a TBS value 328, wherein the terminal device is at a coverage enhancement level 2 or a coverage enhancement level 3; determining , by the terminal device , a third TBS set based on the first TBS value, wherein a largest TBS value in the third TBS set is less than or equal to the first TBS value; and selecting , by the terminal device , a TBS value from the third TBS set, and sending uplink information based on the selected TBS value.
Method for actuating a hydraulic system of a transmission with an adjustable hydraulic pump and a system pressure valve which can be pilot-controlled, is arranged on a delivery side of the hydraulic pump, and by means of which a system pressure of a primary pressure circuit can be set in a manner which is dependent on the delivery volumetric flow of the adjustable hydraulic pump and the pilot control means, characterized in that , in order to determine a pump characteristic curve of the hydraulic pump, the hydraulic system is first of all transferred into a defined operating state range, in which the delivery volumetric flow (Vp) which is led via the system pressure valve and which prevails at the system pressure valve from the hydraulic pump is greater or less than a hydraulic fluid volumetric flow which flows out of the hydraulic system and is set in a defined manner, and the system pressure valve is pilot-controlled accordingly in order to set a defined pressure level of the system pressure, the delivery volumetric flow (Vp) being reduced or increased in each case in a manner which proceeds from the said operating state of the hydraulic system, and the system pressure being monitored in the process, and the delivery volumetric flow (Vp) which corresponds to the hydraulic fluid volumetric flow of the hydraulic system being determined at the time, at which there is a deviation of the respectively currently present system pressure from the defined system pressure which is greater than or equal to a first threshold or less than or equal to a second threshold.
A gel patch comprising an adhesive mass layer on a backing fabric, wherein the adhesive mass layer comprises glycol salicylate, a water-soluble polymer, water and glycerin and poly(methyl acrylate/2-ethylhexyl acrylate), and a content of glycerin is 8 to 15 times a content of glycol salicylate on the basis of mass, wherein a pH of the adhesive mass layer is 4.7 to 5.1. the adhesive mass layer comprises glycol salicylate, a water-soluble polymer, water and glycerin and poly(methyl acrylate/2-ethylhexyl acrylate), and a content of glycerin is 8 to 15 times a content of glycol salicylate on the basis of mass, wherein a pH of the adhesive mass layer is 4.7 to 5.1.