mhurhangee/ep-ind-claims huggingface dataset:
A camera assembly which comprises a camera housing and a plurality of interchangeable lenses, any one of which can be attached to the camera housing for capturing an image; each lens having a body and a lens system comprising at least one lens element that is movable relative to the lens body to alter the focus distance of the lens, the lens having a focal length that differs from the focal length of the other lens or each other lens; wherein each lens has a focus scale (22,30,32) on one of the lens system and the lens body that comprises a plurality of focus distance marks, and a focus index mark on the other of the lens system and the lens body, so that the lens can be focused at a desired focus distance by relative movement of the focus scale and the focus index mark to align the focus index mark with the focus distance mark on the focus scale corresponding to the desired focus distance; the focus scale extending between a position corresponding to a far focus distance and a position corresponding to a close focus distance, and being divided into at least two sub-ranges that adjoin at a position corresponding to an intermediate focus distance at approximately the mid-point of the focus scale, characterized in that one of the sub-ranges is a principal sub-range that extends from a focus distance of infinity to a focus distance of 2m (six feet), wherein the relative position of the focus scale and the focus index mark that is required to focus the lens at any focus distance within the principal sub-range is the same for at least two lenses
A multi-layer negative electrode comprising: a current collector configured to transmit electrons between an outer lead and a negative electrode active material; a first negative electrode mixture layer formed on one surface or both surfaces of the current collector and including a first negative electrode active material and a first binder; and a second negative electrode mixture layer formed on the first negative electrode mixture layer and including a second negative electrode active material, wherein the first negative electrode mixture layer has an electrode density of 0.9 to 2.0 g/cm 3 and the second negative electrode mixture layer has an electrode density of 0.2 to 1.7 g/cm 3, which is a range lower than that of the electrode density of the first negative electrode mixture layer, wherein the second negative electrode mixture layer further includes a second binder, and a weight ratio of the first binder and the second binder (the first binder/the second binder) is 1.2 to 10, preferably 3 to 8. a current collector configured to transmit electrons between an outer lead and a negative electrode active material; a first negative electrode mixture layer formed on one surface or both surfaces of the current collector and including a first negative electrode active material and a first binder; and a second negative electrode mixture layer formed on the first negative electrode mixture layer and including a second negative electrode active material, wherein the first negative electrode mixture layer has an electrode density of 0.9 to 2.0 g/cm 3 and the second negative electrode mixture layer has an electrode density of 0.2 to 1.7 g/cm 3, which is a range lower than that of the electrode density of the first negative electrode mixture layer, wherein the second negative electrode mixture layer further includes a second binder, and a weight ratio of the first binder and the second binder (the first binder/the second binder) is 1.2 to 10, preferably 3 to 8.
A bottle cap having an upper boundary and an attachment skirt depending from, and below, said upper boundary, said bottle cap having a detachable section formed integrally with said upper boundary, said detachable section having a tool engagement socket projecting below said upper boundary, said socket being configured to allow the application of torque to said detachable section; the bottle cap has an axis of symmetry passing through said upper boundary and co-axial with said attachment skirt, characterized in that said cap is configured and arranged so that said detachable section is, in use, detached by the application of torque applied to said tool engagement socket about said axis of symmetry.
A method of synchronizing content directory service, CDS, objects between first and second media servers for a universal plug and play, UPnP, network, characterized by the method comprising: receiving in the first media server synchronization relationship information comprising information on synchronization objects and synchronization policy information from one of control points,CPs, in the UPnP network; receiving in the first media server from the one of control points, CPs, a request to perform synchronization based on the synchronization relationship information from one of the CPs; and synchronizing the synchronization objects between the first media server and the second media server based on the synchronization policy information in response to the request, wherein the synchronization policy information comprises information indicating whether synchronization is performed based on one of the synchronization objects or a plurality of the synchronization objects; and the synchronization policy information further comprises information indicating which object has precedence if a conflict in modifications occurs when the synchronization is performed based on the plurality of the synchronization objects. receiving in the first media server synchronization relationship information comprising information on synchronization objects and synchronization policy information from one of control points,CPs, in the UPnP network; receiving in the first media server from the one of control points, CPs, a request to perform synchronization based on the synchronization relationship information from one of the CPs; and synchronizing the synchronization objects between the first media server and the second media server based on the synchronization policy information in response to the request, wherein the synchronization policy information comprises information indicating whether synchronization is performed based on one of the synchronization objects or a plurality of the synchronization objects; and the synchronization policy information further comprises information indicating which object has precedence if a conflict in modifications occurs when the synchronization is performed based on the plurality of the synchronization objects.
Nozzle element to be introduced into a handpiece for emitting a water jet at a water pressure between 50 and 200 bar, which has a cylindrical nozzle body forming a flow passage for the water jet, and at least one nozzle opening emitting a jet stream to the surrounding area whose smallest dimension is not more than 0.15 mm characterized in that in case of a circular nozzle opening with a diameter of at least 0.09 mm and maximum 0.12 mm the nozzle opening is formed such that a fan jet results on the surface to be treated between the nozzle opening and the surface to be treated at a water pressure of 130 bar at a working distance of 80 mm, that the nozzle body has a length of between 1 and 30 mm, that the flow passage has a circular cross section and a diameter of between 0.15 mm and 0.6 mm and that the nozzle body is made of steel and welded to a nozzle plate forming the nozzle opening.
A dyed particle comprising a bleach material and wherein the particle has a coating wherein the coating is a sugar compound or a mixture of sugar compounds.
A battery electrode substrate sheet characterized by comprising: a strip-shaped collector; an electrode active material coating film formed on the collector in a longitudinal direction thereof; and an insulating protective film formed on an electrode active material non-coating surface of the collector so as to extend along the coating film in the longitudinal direction thereof, wherein a defect sign part that indicates a portion at which a defective part of the coating film exists is formed on the insulating protective film and the defect sign part is formed as a portion at which the insulating protective film is not coated or formed. a strip-shaped collector; an electrode active material coating film formed on the collector in a longitudinal direction thereof; and an insulating protective film formed on an electrode active material non-coating surface of the collector so as to extend along the coating film in the longitudinal direction thereof, wherein a defect sign part that indicates a portion at which a defective part of the coating film exists is formed on the insulating protective film and the defect sign part is formed as a portion at which the insulating protective film is not coated or formed.
A steering column for a motor vehicle, having an inner casing tube which rotatably mounts a steering shaft, and an outer casing unit which is capable of being connected to the vehicle chassis and in which the inner casing tube is received so as to be displaceable and fixable in the axial direction; having an energy absorption device (16, 17, 21, 22, 27) which is operatively disposed between the casing tube and the casing unit and in which part of the energy arising in the event of a crash is capable of being absorbed when the casing tube is telescopically displaced in relation to the casing unit, characterized in that the energy absorption device (16, 17, 21, 22, 27) comprises at least two deformation strips (16, 17) which are fastened to the casing tube and on which in each case one deformation slide (21, 22) which is connected to the casing unit and which encompasses and jams the external narrow sides of the respective deformation strip (16, 17) is disposed, in that said deformation slide (21, 22) deforms the respective deformation strip (16, 17) when the deformation strip (16, 17) in the crash event is displaced in the axial direction relative to the deformation slide (21, 22), and in that a connection (23, 24) between a first deformation slide and the casing unit, or between the first deformation element and a second deformation element, is capable of being coupled or decoupled by means of a switching device.
A pseudo dual port memory address multiplexing system comprising: a memory component; a read port address latch operable to hold a read address in response to an external clock signal; a write port address latch operable to hold a write address in response to the external clock signal; a control circuit that controls read/write memory access based upon monitoring of a first memory operation by sending a switch signal, wherein said control circuit is also operative to identify read/write, read only, and write only modes of operation; and a multiplexer that switches between a held read address and a held write address in response to the switch signal from the control circuit; wherein a memory read operation is a default memory condition or state when a next external clock signal is awaited such that a memory read operation is a first operation to be executed when both read and write operations are to be performed during a single clock cycle of the external clock signal; in response to a read request in the absence of a write request, said multiplexer supplies a read address to said memory component and said control circuit maintains a write port address latch signal such that write port address latch is ready to receive any applied signal that might arrive; and in response to a write request in the absence of a read request, said multiplexer supplies a write address to said memory component and said control circuit maintains the read port address latch signal such that read port address latch is ready to receive any applied signal that might arrive and advances a timing of a write operation such that the write operation is initiated earlier during a clock cycle than when both read and write operations are requested and performed in a same clock cycle. a memory component;
A mattress layer assembly including a base core layer having a thickness within a range of 10.16 cm (4 inches) to 25.4 cm (10 inches), the mattress layer comprising: at least one layer overlying the base core layer _ proximate to a sleeping surface of the mattress assembly spanning at least a portion of the length and/or width of the sleeping surface, said at least one layer is characterized by: a two-ply preformed capsulate sheet layer comprising a plurality of interconnected cells; and a phase change material infused within an open cell foam within at least a portion of the plurality of interconnected cells, wherein an amount of the phase change material in the preformed capsulate sheet layer is at least 108 grams per square meter of surface area (100 grams per square foot). a two-ply preformed capsulate sheet layer comprising a plurality of interconnected cells; and a phase change material infused within an open cell foam within at least a portion of the plurality of interconnected cells, wherein an amount of the phase change material in the preformed capsulate sheet layer is at least 108 grams per square meter of surface area (100 grams per square foot).
A method for receive array calibration of a phased array antenna system (100, 500), wherein the phased array antenna system comprises a plurality of antenna elements (Φ1 through Φn), a beamsteering computer, a calibration probe (40, 615), and a plurality of individual element control circuits, wherein each of the individual element control circuits controls one of the plurality of antenna elements with respect to phase state and attenuator state, the method comprising the steps of: (a) generating a broadband, bi-phase modulated input signal coded with a pseudorandom code sequence, wherein a duplicate pseudorandom code sequence is sent to a programmable delay circuit; (b) exciting the calibration probe with the input signal; (c) setting one of the plurality of antenna elements to receive wherein the RF path from all other antenna elements are disabled; (d) receiving the input signal radiated from the calibration probe at the antenna element set to receive; (e) demodulating the received signal and analyzing it and the code sequence from the programmable delay circuit, the delay circuit adjusted according to an expected wave propagation delay between the calibration probe and the antenna element, with the beamsteering computer to determine the health of the antenna element; and (f) repeating the steps (c) - (e) for each remaining antenna element; and wherein each antenna element set to receive is cycled through each phase and attenuator state to determine the health of each antenna element with respect to each phase and attenuator state. (a) generating a broadband, bi-phase modulated input signal coded with a pseudorandom code sequence, wherein a duplicate pseudorandom code sequence is sent to a programmable delay circuit; (b) exciting the calibration probe with the input signal; (c) setting one of the plurality of antenna elements to receive wherein the RF path from all other antenna elements are disabled; (d) receiving the input signal radiated from the calibration probe at the antenna element set to receive; (e) demodulating the received signal and analyzing it and the code sequence from the programmable delay circuit, the delay circuit adjusted according to an expected wave propagation delay between the calibration probe and the antenna element, with the beamsteering computer to determine the health of the antenna element; and (f) repeating the steps (c) - (e) for each remaining antenna element; and
A method for establishing sessions in a network comprising a user entity, a network control node and a plurality of network nodes storing subscriber specific information, the method comprising the steps of receiving a session establishing request (A1; B1) at the network control node, forwarding a policy request message (A3 to A5; B2 to B5) from the network control node to each network node of the plurality of network nodes storing subscriber specific information which comprise policy information required for the session to be established, processing the policy request message to generate a policy decision message and sending the policy decision message (A6 to A8; B6 to B9) to the network control node from each of the network nodes having received the policy request message, generating a single policy decision confirmation message based on the received policy decision messages in the network control node, and sending the single policy decision message (A10; B10) to the user entity.
A method for wireless communications at a user equipment, UE, comprising: transmitting, to a base station, a first message of a two-step random access channel procedure, the two-step random access channel procedure comprising the first message and a second message; receiving a downlink control message from the base station, the downlink control message comprising scheduling information for the second message and an indication for feedback information for the second message, the indication for feedback information for the second message comprising a feedback timing indicator; receiving the second message from the base station based at least in part on the downlink control message comprising the scheduling information; and transmitting, to the base station, a feedback message for the second message based at least in part on the indication for feedback information. transmitting, to a base station, a first message of a two-step random access channel procedure, the two-step random access channel procedure comprising the first message and a second message; receiving a downlink control message from the base station, the downlink control message comprising scheduling information for the second message and an indication for feedback information for the second message, the indication for feedback information for the second message comprising a feedback timing indicator; receiving the second message from the base station based at least in part on the downlink control message comprising the scheduling information; and transmitting, to the base station, a feedback message for the second message based at least in part on the indication for feedback information.
An adjustable sheath (10; 70) for carrying an article, comprising: a main body, comprising: a front surface, a rear surface opposite the front surface, and a peripheral edge; a receptacle (14, 16) configured to receive an article, wherein the receptacle (14, 16) is coupled to the front surface and the receptacle (14, 16) includes an outer surface; a strap configured to retain the article within the receptacle (14, 16), the adjustable sheath (10; 70) being characterized in that the strap comprises a first end portion removably coupled to the rear surface of the main body and a second end portion removably coupled to the outer surface of the receptacle (14, 16); wherein the strap passes over the peripheral edge of the main body when coupled to the rear surface main body and the outer surface of the receptacle (14, 16). a main body, comprising: a front surface, a rear surface opposite the front surface, and a peripheral edge; a front surface, a rear surface opposite the front surface, and a peripheral edge; a receptacle (14, 16) configured to receive an article, wherein the receptacle (14, 16) is coupled to the front surface and the receptacle (14, 16) includes an outer surface; a strap configured to retain the article within the receptacle (14, 16), the adjustable sheath (10; 70) being characterized in that the strap comprises a first end portion removably coupled to the rear surface of the main body and a second end portion removably coupled to the outer surface of the receptacle (14, 16); wherein the strap passes over the peripheral edge of the main body when coupled to the rear surface main body and the outer surface of the receptacle (14, 16).
A system for collaborative bar code error detection and correction, comprising: a network of individual scanning entities for scanning bar-coded labels, each individual scanning entity comprising a scanning system having a decoder for decoding scanner bar code information, a printhead identifier for identifying printhead defects from scanned bar code information that cannot be decoded by the decoder and for constructing printhead defect models for use in correcting future bar code scans, a log for storing locally constructed printhead defect models and printhead defect models that have been constructed at another entity in the metwork; and an error corrector for correcting erroneous scanned bar code information using the printhead defect models stored in the log, characterised by each individual scanning entity including a network interface for broadcasting locally constructed printhead defect models to the network and for receiving broadcasts of printhead defect models constructed at another scanning entity in the network, wherein each individual scanning entity only broadcasts a locally constructed printhead defect model to the network when the locally constructed printhead defect model has contributed to a good correction of erroneous scanned bar code information at the scanning entity. a network of individual scanning entities for scanning bar-coded labels, each individual scanning entity comprising a scanning system having a decoder for decoding scanner bar code information, a printhead identifier for identifying printhead defects from scanned bar code information that cannot be decoded by the decoder and for constructing printhead defect models for use in correcting future bar code scans, a log for storing locally constructed printhead defect models and printhead defect models that have been constructed at another entity in the metwork; and an error corrector for correcting erroneous scanned bar code information using the printhead defect models stored in the log, characterised by each individual scanning entity including a network interface for broadcasting locally constructed printhead defect models to the network and for receiving broadcasts of printhead defect models constructed at another scanning entity in the network, wherein each individual scanning entity only broadcasts a locally constructed printhead defect model to the network when the locally constructed printhead defect model has contributed to a good correction of erroneous scanned bar code information at the scanning entity.
Angle grinder having at least one electromotive drive acting on an output shaft, in particular an electronically commutated motor, which is intended to directly drive a tool spindle, having at least one first housing that consists of at least one first housing half shell and comprises at least one first housing part, which accommodates the electromotive drive, and a second housing part, which serves as a handle, and having a rechargeable battery serving as energy source, characterized in that a ratio of the outside diameter d 1 of the electromotive drive to the outside diameter d 2 of the second housing part is between 0.6 and 1.1, but preferably between 0.7 and 0.8, wherein the height h of the first housing part along the first axis is between 70 mm and 100 mm, wherein the length 1 of the angle grinder along the second axis is between 150 mm and 200 mm, wherein the first housing part and the second housing part are embodied as separate component units, wherein a rotational speed n at the tool spindle is greater than 12 000 min -1, but in particular less than or equal to 20 000 min -1.