mhurhangee/patent-ind-claim-en huggingface dataset:
An autonomous transport vehicle for a storage and retrieval system, the autonomous transport vehicle comprising: a frame forming a payload area ; telescoping arms movably mounted to the frame, each telescoping arm being configured for extension and retraction relative to the frame along an extension axis to effect transfer of at least one pickface to and from the payload area , and traversal, relative to the frame in at least one direction that is angled to the extension axis ; and at least one tab extending from each telescoping arm where the at least one tab extends in a direction transverse to the direction of extension and retraction, and the at least one tab on one of the telescoping arms opposes the at least one tab on the other one of the telescoping arms ; wherein each telescoping arm includes a free end and a rotatable finger mounted to the free end, the rotatable finger being movable between a retracted position so as not to contact the at least one pickface and a deployed position so at to engage a vertical side of the at least one pickface and effect at least transfer of the at least one pickface into the payload area , characterized in that each telescoping arm includes a movable pusher member that opposes the rotatable finger , the movable pusher member being configured to linearly move towards and away from the rotatable finger to at least clamp and release the pickface between the movable pusher member , and rotatable finger . a frame forming a payload area ; telescoping arms movably mounted to the frame, each telescoping arm being configured for extension and retraction relative to the frame along an extension axis to effect transfer of at least one pickface to and from the payload area , and traversal, relative to the frame in at least one direction that is angled to the extension axis ; and extension and retraction relative to the frame along an extension axis to effect transfer of at least one pickface to and from the payload area , and traversal, relative to the frame in at least one direction that is angled to the extension axis ; and at least one tab extending from each telescoping arm where the at least one tab extends in a direction transverse to the direction of extension and retraction, and the at least one tab on one of the telescoping arms opposes the at least one tab on the other one of the telescoping arms ; wherein each telescoping arm includes a free end and a rotatable finger mounted to the free end, the rotatable finger being movable between a retracted position so as not to contact the at least one pickface and a deployed position so at to engage a vertical side of the at least one pickface and effect at least transfer of the at least one pickface into the payload area , characterized in that each telescoping arm includes a movable pusher member that opposes the rotatable finger , the movable pusher member being configured to linearly move towards and away from the rotatable finger to at least clamp and release the pickface between the movable pusher member , and rotatable finger .
A method for adjusting power consumption in a network node of a cellular communication system, the method being performed in a power adaption device , and the method comprising the steps of: aggregating bitrates, for all traffic flows associated with a power amplifier of the network node , to an aggregated bitrate; determining whether to adjust the power consumption by determining whether power consumption of the power amplifier can be reduced with acceptable effect on the traffic flows associated with the power amplifier for longer than a threshold duration, the determining being performed in dependence on the aggregated bitrate, wherein the step of determining whether to adjust the power consumption comprises determining a supported bitrate for the power amplifier that is throttled, covering all delay sensitive traffic flows, but not all delay tolerant traffic flows, and wherein the acceptable effect on the traffic flows is such that the delay sensitive traffic flows of the traffic flows are not affected by the throttling; and adjusting the power consumption by reducing the power consumption of the power amplifier when it is determined that the power consumption of the power amplifier can be reduced with the acceptable effect on the traffic flows associated with the power amplifier for longer than the threshold duration. aggregating bitrates, for all traffic flows associated with a power amplifier of the network node , to an aggregated bitrate; determining whether to adjust the power consumption by determining whether power consumption of the power amplifier can be reduced with acceptable effect on the traffic flows associated with the power amplifier for longer than a threshold duration, the determining being performed in dependence on the aggregated bitrate, wherein the step of determining whether to adjust the power consumption comprises determining a supported bitrate for the power amplifier that is throttled, covering all delay sensitive traffic flows, but not all delay tolerant traffic flows, and wherein the acceptable effect on the traffic flows is such that the delay sensitive traffic flows of the traffic flows are not affected by the throttling; and adjusting the power consumption by reducing the power consumption of the power amplifier when it is determined that the power consumption of the power amplifier can be reduced with the acceptable effect on the traffic flows associated with the power amplifier for longer than the threshold duration.
A computer-implemented method, comprising: receiving input data indicating a requestto access secured data associated with a user; receiving positioning data indicating a location of a computing device that is associated with the user, determining that the positioning data indicates that the location of the computing device is within a predetermined area , determining that one or more additional verification procedures meets one or more criteria indicating that the user is within the predetermined area while the positioning data indicates that the location of the computing device is within the predetermined area , wherein the user performs an action to confirm that the user is within the predetermined area with a computing device resource at the location of the user; generating permission data allowing access to the secured data while the user remains within the predetermined area; and generating second permission data that revokes access to the secured data based at least in part on determining one or more of that a pattern of movement is inconsistent with a predetermined pattern of movement or that the location of the computing device is outside of the predetermined area. receiving input data indicating a requestto access secured data associated with a user; receiving positioning data indicating a location of a computing device that is associated with the user, determining that the positioning data indicates that the location of the computing device is within a predetermined area , determining that one or more additional verification procedures meets one or more criteria indicating that the user is within the predetermined area while the positioning data indicates that the location of the computing device is within the predetermined area , wherein the user performs an action to confirm that the user is within the predetermined area with a computing device resource at the location of the user; generating permission data allowing access to the secured data while the user remains within the predetermined area; and generating second permission data that revokes access to the secured data based at least in part on determining one or more of that a pattern of movement is inconsistent with a predetermined pattern of movement or that the location of the computing device is outside of the predetermined area.
A system comprising: a tool ; and a device for compressing composite plies against said tool , said device comprising: a body adapted to be placed against the plies ; and at least one magnet on the body adapted to generate a magnetic force that compresses the plies against the tool ; wherein the tool is formed of a ferromagnetic material and the body includes a face formed of paramagnetic material, the face being adapted to engage and compress the composite plies into a corner of the tool . a tool ; and a device for compressing composite plies against said tool , said device comprising: a body adapted to be placed against the plies ; and at least one magnet on the body adapted to generate a magnetic force that compresses the plies against the tool ; a body adapted to be placed against the plies ; and at least one magnet on the body adapted to generate a magnetic force that compresses the plies against the tool ; wherein the tool is formed of a ferromagnetic material and the body includes a face formed of paramagnetic material, the face being adapted to engage and compress the composite plies into a corner of the tool .
Laboratory device with a cupboard , which has an internal cupboard space , with a laboratory bench , which has connections for media and/or data, at least one working surface and a power connection and has at least one of the following features: a) a water connection; b) a gas connection; c) a water tap ; d) a basin ; e) a gas tap ; characterised in that the laboratory bench is mounted on the cupboard , so as to be pivotable via an axis of rotation (A) at least between a first pivot position (P1) and a second pivot position, wherein the laboratory bench is positioned in the cupboard space in the first pivot position (P1) and is arranged at least partially outside the cupboard space in the second pivot position (P2). a) a water connection; b) a gas connection; c) a water tap ; d) a basin ; e) a gas tap ;
A lithium secondary battery comprising: a positive electrode layer composed of a lithium complex oxide sintered body; a negative electrode layer composed of a titanium-containing sintered body; a ceramic separator interposed between the positive electrode layer and the negative electrode layer; an electrolyte with which at least the ceramic separator is impregnated; and an exterior body comprising a closed space, the closed space accommodating the positive electrode layer, the negative electrode layer, the ceramic separator, and the electrolyte, wherein the positive electrode layer, the ceramic separator, and the negative electrode layer form one integrated sintered plate as a whole, whereby the positive electrode layer, the ceramic separator, and the negative electrode layer are bonded together, and wherein the entirety of the integrated sintered plate is coated with a metal oxide layer. a positive electrode layer composed of a lithium complex oxide sintered body; a negative electrode layer composed of a titanium-containing sintered body; a ceramic separator interposed between the positive electrode layer and the negative electrode layer; an electrolyte with which at least the ceramic separator is impregnated; and an exterior body comprising a closed space, the closed space accommodating the positive electrode layer, the negative electrode layer, the ceramic separator, and the electrolyte, wherein the positive electrode layer, the ceramic separator, and the negative electrode layer form one integrated sintered plate as a whole, whereby the positive electrode layer, the ceramic separator, and the negative electrode layer are bonded together, and wherein the entirety of the integrated sintered plate is coated with a metal oxide layer.
A flush valve for use in a cistern containing liquid, said flush valve comprising: an actuating means comprising a plugging means , a siphon bell comprising an orifice to allow the actuating means therethrough; a drainage pipe , comprising a movable portion movable by the actuating means with respect to the siphon bell between a first position and a second position, wherein, in the first position, said movable portion prevents liquid in the cistern from entering the drainage pipe , wherein, in the second position, said movable portion allows the liquid to enter the drainage pipe , and the drainage pipe and the siphon bell collectively create a siphon effect to cause the liquid to be flushed from the cistern , and characterised in that in the first position, the orifice is unsealed and in the second position the orifice is sealed by the plugging means . an actuating means comprising a plugging means , a siphon bell comprising an orifice to allow the actuating means therethrough; a drainage pipe , comprising a movable portion movable by the actuating means with respect to the siphon bell between a first position and a second position, wherein, in the first position, said movable portion prevents liquid in the cistern from entering the drainage pipe , wherein, in the second position, said movable portion allows the liquid to enter the drainage pipe , and the drainage pipe and the siphon bell collectively create a siphon effect to cause the liquid to be flushed from the cistern , and
A method of scanning an underwater pipeline using an apparatus to detect flaws in the underwater pipeline or to deduce information about the contents of the underwater pipeline, the method comprising: mounting an array of detector units opposite a gamma radiation source such that gamma radiation is emitted from the gamma radiation source towards the array of detector units, wherein the underwater pipeline to be scanned is interposed between the gamma radiation source and the array of detector units so that the gamma radiation emitted by the gamma radiation source passes along a plurality of paths through a portion of the underwater pipeline and impinges upon the detector units; measuring the amount of the gamma radiation received at each of the detector units; repeating the measurement at a plurality of radially offset positions around the underwater pipeline to acquire density data at a variety of angles through the pipeline; analysing the data using tomography data analysis tools to detect flaws in the underwater pipeline or to deduce information about the contents of the underwater pipeline; characterised by moving the apparatus axially along the underwater pipeline and repeating the measurements; wherein the apparatus comprises a hinged housing and the method comprises opening the hinged housing to be positioned around the underwater pipeline, closing the apparatus around the underwater pipeline to scan the pipeline, and then opening the hinged housing to move the apparatus to a different location along the underwater pipeline for new data to be acquired; and wherein a remotely operated vehicle is used to deploy and move the apparatus underwater. mounting an array of detector units opposite a gamma radiation source such that gamma radiation is emitted from the gamma radiation source towards the array of detector units, wherein the underwater pipeline to be scanned is interposed between the gamma radiation source and the array of detector units so that the gamma radiation emitted by the gamma radiation source passes along a plurality of paths through a portion of the underwater pipeline and impinges upon the detector units; measuring the amount of the gamma radiation received at each of the detector units; repeating the measurement at a plurality of radially offset positions around the underwater pipeline to acquire density data at a variety of angles through the pipeline; analysing the data using tomography data analysis tools to detect flaws in the underwater pipeline or to deduce information about the contents of the underwater pipeline; characterised by moving the apparatus axially along the underwater pipeline and repeating the measurements; wherein the apparatus comprises a hinged housing and the method comprises opening the hinged housing to be positioned around the underwater pipeline, closing the apparatus around the underwater pipeline to scan the pipeline, and then opening the hinged housing to move the apparatus to a different location along the underwater pipeline for new data to be acquired; and wherein a remotely operated vehicle is used to deploy and move the apparatus underwater.
Longitudinally adjustable steering shaft for a motor vehicle, having an inner shaft part which is received in an outer shaft part so as to be displaceable coaxially and in an axial direction of the steering shaft , wherein the two shaft parts comprise profiles which interlock in cross section for transmitting a torque and a profile sleeve is arranged between the inner shaft part and the outer shaft part , wherein the profile sleeve comprises in a first end region at least one radially protruding stop for abutment against an end face of the inner shaft part or of the outer shaft part in the one axial direction , and in that a radial projection is provided on one of the two shaft parts for the abutment of the profile sleeve against the inner shaft part or the outer shaft part in the opposite axial direction , characterized in that an end region of the inner shaft part or of the outer shaft part is provided with the radial projection for the abutment of the profile sleeve in the opposite axial direction , and in that the profile sleeve comprises in the first end region a slot which is open in the axial direction and into which the radial projection projects.
- An aqueous composition comprising active agents obtained by: - alkaline extraction of a powder of edible macroscopic fungi selected from the group formed by oyster mushrooms, parasol mushrooms and button mushrooms, then neutralization of the obtained extract before proceeding to its filtration; - dilution of the filtered extract, then enzymatic hydrolysis with a glycosidase at between 10 to 65°C of the diluted filtered extract, wherein the hydrolysis thus performed is stopped by inactivating the enzyme at a temperature above 65°C; - filtration of the obtained hydrolyzate to isolate an active fraction of molecular weight less than 100 kDa. - alkaline extraction of a powder of edible macroscopic fungi selected from the group formed by oyster mushrooms, parasol mushrooms and button mushrooms, then neutralization of the obtained extract before proceeding to its filtration; - dilution of the filtered extract, then enzymatic hydrolysis with a glycosidase at between 10 to 65°C of the diluted filtered extract, wherein the hydrolysis thus performed is stopped by inactivating the enzyme at a temperature above 65°C; - filtration of the obtained hydrolyzate to isolate an active fraction of molecular weight less than 100 kDa.
A random access method performed by a network device, the method comprising: • determining a quantity of bits occupied by an index indicating a quantity of actually transmitted downlink signals associated with one random access resource according to: min 4 , ceil log 2 Z , wherein ceil represents a rounding up, and min represents taking a smaller value, wherein Z is a quantity of contention-based random access preambles associated with the one random access resource, and the Z contention based random access preambles associated with the one random access resource are to be transmitted by a terminal to the network device on the one random access resource, wherein Z is an integer greater than 0; • determining configuration information containing the index indicating the quantity of actually transmitted downlink signals associated with the one random access resource; • sending the configuration information containing the index of the quantity of actually transmitted downlink signals associated with the one random access resource to the terminal (S 202); • receiving the Z contention-based random access preambles from the terminal on the one random access resource associated with the actually transmitted downlink signals (S 204). • determining a quantity of bits occupied by an index indicating a quantity of actually transmitted downlink signals associated with one random access resource according to: min 4 , ceil log 2 Z , wherein ceil represents a rounding up, and min represents taking a smaller value, wherein Z is a quantity of contention-based random access preambles associated with the one random access resource, and the Z contention based random access preambles associated with the one random access resource are to be transmitted by a terminal to the network device on the one random access resource, wherein Z is an integer greater than 0; • determining configuration information containing the index indicating the quantity of actually transmitted downlink signals associated with the one random access resource; • sending the configuration information containing the index of the quantity of actually transmitted downlink signals associated with the one random access resource to the terminal (S 202); • receiving the Z contention-based random access preambles from the terminal on the one random access resource associated with the actually transmitted downlink signals (S 204).
Food product forming apparatus with a mould drum , which comprises a multitude of product cavities , which each comprise a bottom wall and a sidewall and are totally made from a porous material and a seal member , preferably a seal plate , which sealingly cooperates with the surface of the mould drum , characterized in that the seal member comprises a venting means (17 - 20), wherein the venting means is a gap between the mould drum and the seal member ..