mhurhangee/patent-ind-claim-en huggingface dataset:
A display device for a photometric analyzer which is configured to irradiate a sample with excitation light to analyze the sample and comprises a detector configured to detect an electrical signal of light emitted from the sample and an imaging device configured to take and acquire at least one sample image, the display device being configured to display a measurement result of the photometric analyzer , said photometric analyzer further comprising a data processor including a controller ; and an operation device connected with the controller , and including a display , which is configured to display on a screen an image based on the measurement result processed by the controller , wherein said image at least contains a spectrum indicating an intensity of the light, which is emitted from the sample by irradiating the sample with excitation light from the photometric analyzer and by changing the wavelength of the excitation light or the measurement time, and sample images of the sample, which are taken by the imaging device in synchronization with the changes, wherein the spectrum includes an axis, which corresponds to one of a wavelength of the excitation light incident on the sample and a wavelength of the light emitted from the sample, or a measurement time axis, which corresponds to measurement time, wherein the controller is configured to generate a sample image list including a plurality of sample images, acquired at predetermined intervals in synchronization with the change of the wavelength or the measurement time; and wherein the display is configured to display the spectrum and the sample images in an arrangement on the same screen and the sample images are displayed in the image list in an arrangement below, on the right side or on the left side of the wavelength axis or the measurement time axis so that the sample image list is displayed in correspondence to the wavelength axis or the measurement time axis of the spectrum.
A composition comprising a recombinant enzyme that comprises a fusion of a cyclobutane pyrimidine dimer photolyase, a pyrimidine(6-4)pyrimidone photolyase and a skin penetrating peptide, wherein said cyclobutane pyrimidine dimer photolyase corresponds to an amino acid encoding sequence having at least 85% sequence identity to SEQ ID NO 1, wherein said pyrimidine(6-4)pyrimidone photolyase corresponds to an amino acid encoding sequence having at least 85% sequence identity to SEQ ID NO 2. wherein said cyclobutane pyrimidine dimer photolyase corresponds to an amino acid encoding sequence having at least 85% sequence identity to SEQ ID NO 1, wherein said pyrimidine(6-4)pyrimidone photolyase corresponds to an amino acid encoding sequence having at least 85% sequence identity to SEQ ID NO 2.
An apparatus adapted for maintaining receiving data quality used in a mobile communication device, the apparatus comprising: a media output unit ; a receiver configured to receive a packet of a sequence of packets, the packet comprising a compressed header and a media payload ; and a processor configured to determine whether decompression of the compressed header has successfully occurred; and based on a failed decompression of the compressed header , determine a sequence number of the media payload, extract the media payload from the packet, and forward the media payload and the determined sequence number via a direct interface to the media output unit bypassing a standard data path to the media output unit consisting of IP, UDP, and RTP processing layers. a media output unit ; a receiver configured to receive a packet of a sequence of packets, the packet comprising a compressed header and a media payload ; and a processor configured to determine whether decompression of the compressed header has successfully occurred; and based on a failed decompression of the compressed header , determine a sequence number of the media payload, extract the media payload from the packet, and forward the media payload and the determined sequence number via a direct interface to the media output unit bypassing a standard data path to the media output unit consisting of IP, UDP, and RTP processing layers. determine whether decompression of the compressed header has successfully occurred; and based on a failed decompression of the compressed header , determine a sequence number of the media payload, extract the media payload from the packet, and forward the media payload and the determined sequence number via a direct interface to the media output unit bypassing a standard data path to the media output unit consisting of IP, UDP, and RTP processing layers.
A TIG (Tungsten Inert Gas) welding torch comprising a torch body , a collet for retaining a tungsten rod, and a back cap , in which the collet passes through an aperture in the torch body from the front of the torch body to the rear of the torch body , and is joined directly to the back cap by a screw thread , the collet being drawn backwards against a front section of the torch body , to close the collet and retain the tungsten rod when the screw thread is tightened, characterised in that a slot and key arrangement is provided between a rear section of the collet and the torch body , for preventing rotation of the collet with respect to the torch body when the collet is inserted into the torch body .
Apparatus for closing flexible-tube packs filled with pasty contents, in particular for closing sausages, having a carrying frame , having a closing device , which is arranged on the carrying frame and is designed so that a filled pack strand which is moving in a conveying direction (F) is thereby subdivided into portions and the resulting portions are thereby closed using closure clips, and having a conveyor-belt device, which is arranged on the carrying frame downstream of the closing device , as seen in the conveying direction (F), and, in its operating position, is intended to transport the portions away from the closing device , characterized in that the conveyor-belt device is connected to the carrying frame via a mounting arrangement , which allows the conveyor-belt device to pivot about a vertical pivot axis from the operating position into a pivoted-out position, wherein it is possible for the conveyor belt to operate in the pivoted-out position.
A food, pharmaceutical or nutraceutical composition for use in treating anxiety comprising a) saffron, and b) valeriana officinalis, and c) at least one source of L-theanine. a) saffron, and b) valeriana officinalis, and c) at least one source of L-theanine.
A coupling element for dentistry applications, comprising a tubular body which forms an internal duct that is open outward at respective ends of said body , a first said end forming a first inlet, for the insertion in said duct of the head of a pin which can be coupled directly or indirectly to a maxillary bone tissue, characterized in that said first end has a recess which is provided along the edge of said first inlet and forms a guiding portion for the insertion of the head of the pin , along a segment of said duct which is contiguous to said first inlet there being a protrusion which is substantially aligned longitudinally with said recess , for contrasting the accidental rotation of a ring provided with a respective discontinuity , which can be arranged in said segment in order to lock the head of the pin .
A low profile implantable pulse generator comprising: a battery (12; 6502); a printed circuit board (13; 6502); a generally rectangular metal can enclosing the printed circuit board and the battery , the can including a top piece having a top side defining a plane with a recessed portion having an interior side wall and an open side at a first end of the can; a coil (11; 6010) positioned adjacent the first end of the metal can, the coil operable to charge the battery; and characterised in that the implantable pulse generator further comprises a plurality of cut-outs formed in the recessed portion , and a plurality of leads extending from the first end of the can proximate to and across the coil , each of the leads including a plurality of wires , the wires extending though the open side of the recessed portion below the plane defined by top side of the can , the plurality of the wires being configured to be used to transmit low frequency pulses from the printed circuit board (13; 6502) to a selected frontal , parietal , or occipital nerve region. a battery (12; 6502); a printed circuit board (13; 6502); a generally rectangular metal can enclosing the printed circuit board and the battery , the can including a top piece having a top side defining a plane with a recessed portion having an interior side wall and an open side at a first end of the can; a coil (11; 6010) positioned adjacent the first end of the metal can, the coil operable to charge the battery; and characterised in that the implantable pulse generator further comprises a plurality of cut-outs formed in the recessed portion , and a plurality of leads extending from the first end of the can proximate to and across the coil , each of the leads including a plurality of wires , the wires extending though the open side of the recessed portion below the plane defined by top side of the can , the plurality of the wires being configured to be used to transmit low frequency pulses from the printed circuit board (13; 6502) to a selected frontal , parietal , or occipital nerve region.
A synchronizing unit for a manual transmission, comprising a hub which is adapted to be coupled to a transmission shaft so as to prevent relative rotation and axial movement and which is rotatable about a central axis of the synchronizing unit , a sliding sleeve coupled to the hub so as to prevent relative rotation and so as to be axially displaceable, and comprising a synchronizer ring which is adapted to be coupled to a speed change gear by an axial actuation of the sliding sleeve , wherein a return spring element is provided which is coupled to both the synchronizer ring and the hub , characterized in that the return spring element is ring-shaped. a hub which is adapted to be coupled to a transmission shaft so as to prevent relative rotation and axial movement and which is rotatable about a central axis of the synchronizing unit , a sliding sleeve coupled to the hub so as to prevent relative rotation and so as to be axially displaceable, and comprising a synchronizer ring which is adapted to be coupled to a speed change gear by an axial actuation of the sliding sleeve , wherein a return spring element is provided which is coupled to both the synchronizer ring and the hub , characterized in that the return spring element is ring-shaped.
Functional micromechanical timepiece assembly comprising at least one first part provided with at least one first face, said at least one first face being covered with a first layer defining a first contact surface intended to come into frictional contact with a second contact surface defined by a second layer covering at least one second face, either of said first part or of at least one second micromechanical timepiece part constituting, with said first part , said assembly , the first and second layers each including carbon to the extent of at least 50% carbon atoms, characterised in that the first contact surface has a first determined crystalline plane orientation, in that the second contact surface has a second determined crystalline plane orientation, in that the first and second determined orientations are different from one another and in that the crystalline planes of said first layer at least at the first contact surface belong to the family of planes , in that the direction of the crystalline planes of said first layer belonging to the family of planes is tilted by an average angle of between 10° and 70°, preferably between 40° and 50°, and more preferably an average angle of 45° to the normal to said first face, in that the crystalline planes of said second layer at least at the second contact surface belong to the family of planes and in that the direction of the crystalline planes of said second layer belonging to the family of planes is oriented perpendicular to said second face.
Transmission/reception node having an interface for setting up a connection to a transmission medium, wherein the transmission/reception node is configured to detect, in a sequence of temporal portions, the occurrence of a first condition and a second condition and, if the first and the second conditions are satisfied for a temporal portion associated to an available message, to transmit to the transmission medium a frame of the available message during the associated temporal portion via the interface , wherein the first condition indicates according to a schedule the associated temporal portion for providing the frame of the available message, and wherein the second condition indicates that the transmission priority associated to the available message is for the associated temporal portion the highest transmission priority amongst the transmission priorities of the available messages of the transmission/reception nodes connected to the transmission medium for the same associated temporal portion , wherein the first and second conditions are specified via a schedule that is determined before the execution: wherein the schedule is a mode-based schedule that determines for each temporal portion a number of messages to be potentially provided, wherein per temporal portion a maximum of one message is scheduled per execution mode, so that each temporal portion comprises a limited competition sorted by priorities; wherein execution modes are sorted by preferences and define the transmission priorities of messages associated to these execution modes; and wherein a temporal portion is associated to several transmission/reception nodes for different execution modes, wherein this temporal portion is associated only once per execution mode upon each occurrence, wherein it is already defined above that execution modes are sorted by preferences. wherein the schedule is a mode-based schedule that determines for each temporal portion a number of messages to be potentially provided, wherein per temporal portion a maximum of one message is scheduled per execution mode, so that each temporal portion comprises a limited competition sorted by priorities; wherein execution modes are sorted by preferences and define the transmission priorities of messages associated to these execution modes; and wherein a temporal portion is associated to several transmission/reception nodes for different execution modes, wherein this temporal portion is associated only once per execution mode upon each occurrence, wherein it is already defined above that execution modes are sorted by preferences.
A power integrated circuit (IC) comprising: a lead frame comprising a signal lead , a power lead , a tie bar , and a paddle , wherein the paddle is attached to one or more of the signal lead and the power lead; an electrical component supported by the paddle; and a mold material configured to enclose a portion of the lead frame and expose a surface of the paddle, wherein the power lead has a first portion extending from an edge of the mold material outside of the mold material in a first direction and a second portion enclosed by the mold material and extending from the edge of the mold material inside the mold material in a second direction to the paddle, wherein the second direction is substantially opposite to the first direction; and wherein the mold material forms an IC package having first and second opposing edges from which the signal lead and the power lead extend and having third and fourth opposing edges orthogonal to the first and second opposing edges , and wherein the tie bar extends from one of the first or second opposing edges and does not extend from the third or fourth opposing edges . a lead frame comprising a signal lead , a power lead , a tie bar , and a paddle , wherein the paddle is attached to one or more of the signal lead and the power lead; an electrical component supported by the paddle; and a mold material configured to enclose a portion of the lead frame and expose a surface of the paddle, wherein the power lead has a first portion extending from an edge of the mold material outside of the mold material in a first direction and a second portion enclosed by the mold material and extending from the edge of the mold material inside the mold material in a second direction to the paddle, wherein the second direction is substantially opposite to the first direction; and wherein the mold material forms an IC package having first and second opposing edges from which the signal lead and the power lead extend and having third and fourth opposing edges orthogonal to the first and second opposing edges , and wherein the tie bar extends from one of the first or second opposing edges and does not extend from the third or fourth opposing edges .
Use of a quaternary ammonium salt comprising the reaction product of: (a) the reaction product of polyisobutylene succinic anhydride and a compound having an oxygen or nitrogen atom capable of condensing with said polyisobutylene succinic anhydride and further having a tertiary amino group; and (b) a quaternizing agent suitable for converting the tertiary amino group to a quaternary nitrogen; to provide a gain in power during the operation of an internal combustion engine, wherein the quaternary ammonium salt is present at a level of at least 50 ppm in a fuel composition which is supplied to said engine, the fuel composition further comprising a diesel fuel which is liquid at room temperature; wherein the engine is a direct injection, turbocharged, common rail engine, and said engine experiences the power gain in the output of the engine, wherein the power gain is relative to the baseline fuel without the quaternary ammonium salt, and measured using the CEC DW10 diesel fuel injector fouling test with a one hour test cycle. (a) the reaction product of polyisobutylene succinic anhydride and a compound having an oxygen or nitrogen atom capable of condensing with said polyisobutylene succinic anhydride and further having a tertiary amino group; and (b) a quaternizing agent suitable for converting the tertiary amino group to a quaternary nitrogen;
A method, comprising: detecting an application creating a network connection; determining, in response to detecting the application creating the network connection, whether the application satisfies one or more criteria including whether the application has a common file dialog library and whether the application has a graphical user interface; upon determining that the application satisfies the one or more criteria, monitoring file system activity in the application; upon detecting a request from the application to perform the file system activity on a file, intercepting the file system activity; evaluating the file system activity according to a data loss prevention, DLP, policy, wherein the evaluation comprises: determining whether the file includes sensitive data; and determining whether the network connection is to an unauthorized external location; and based on the evaluation that the file includes sensitive data and the network connection is to the unauthorized external location, preventing the application from sending the sensitive data in the file over the network connection. detecting an application creating a network connection; determining, in response to detecting the application creating the network connection, whether the application satisfies one or more criteria including whether the application has a common file dialog library and whether the application has a graphical user interface; upon determining that the application satisfies the one or more criteria, monitoring file system activity in the application; upon detecting a request from the application to perform the file system activity on a file, intercepting the file system activity; evaluating the file system activity according to a data loss prevention, DLP, policy, wherein the evaluation comprises: determining whether the file includes sensitive data; and determining whether the network connection is to an unauthorized external location; and determining whether the file includes sensitive data; and determining whether the network connection is to an unauthorized external location; and
An on frequency repeater for a wireless network, comprising: a first antenna that is directed toward a first selected location in the wireless network to receive RF signals from said first selected location; an amplification chain coupled to the received signal and adapted to amplify the level of the received signal to generate an amplified RF signal; a second antenna spaced apart from the first antenna and adapted to receive and transmit the amplified RF signal to a second location in the wireless network; and characterized by a feedback oscillation detection circuit coupled to the amplification chain in a gain control loop including a gain adjustment circuit and a gain control circuit , wherein the feedback oscillation detection circuit is adapted to detect a periodic nonlinear pattern in a gain control signal to detect an onset of feedback oscillation between the first and second antennas. a first antenna that is directed toward a first selected location in the wireless network to receive RF signals from said first selected location; an amplification chain coupled to the received signal and adapted to amplify the level of the received signal to generate an amplified RF signal; a second antenna spaced apart from the first antenna and adapted to receive and transmit the amplified RF signal to a second location in the wireless network; and a feedback oscillation detection circuit coupled to the amplification chain in a gain control loop including a gain adjustment circuit and a gain control circuit , wherein the feedback oscillation detection circuit is adapted to detect a periodic nonlinear pattern in a gain control signal to detect an onset of feedback oscillation between the first and second antennas.
Device for rotatable mounting of a camshaft of an internal combustion engine, comprising: a first bearing body with a receiver for rotatable mounting of the camshaft ; a cylinder head or a fixing frame for fixing the first bearing body ; a first fixing means which fixes the first bearing body to the cylinder head or fixing frame , wherein the first fixing means is the sole fixing means which fixes the first bearing body to the cylinder head or fixing frame , characterized by: a second bearing body with a receiver for mounting the camshaft , wherein: the first bearing body and the second bearing body together form a two-piece bearing block; and the receiver of the first bearing body and the receiver of the second bearing body form a common receiver for the camshaft . a first bearing body with a receiver for rotatable mounting of the camshaft ; a cylinder head or a fixing frame for fixing the first bearing body ; a first fixing means which fixes the first bearing body to the cylinder head or fixing frame , wherein the first fixing means is the sole fixing means which fixes the first bearing body to the cylinder head or fixing frame , the first bearing body and the second bearing body together form a two-piece bearing block; and the receiver of the first bearing body and the receiver of the second bearing body form a common receiver for the camshaft .