mhurhangee/patent-ind-claim-en huggingface dataset:
Suction acoustic filter for a reciprocating compressor, comprising: two inlet ways , at least one outlet way and at least one main chamber disposed between the two inlet ways and the outlet way ; the at least one main chamber comprises an acoustic attenuation volume common to the two inlet ways and to the at least one outlet way ; characterized in that it comprises: at least one automatic valve cooperating, disposed and related with one of the two to inlet ways of the suction acoustic filter; at least a one-way valve cooperating, disposed and related with the other of the two inlet ways of the suction acoustic filter; and said at least one automatic valve and said at least one one-way valve acting to selectively alternate in a reciprocating manner, so that opening of the at least one one-way valve culminates in closing the at least one automatic valve , and closing of the at least one one-way valve culminates in opening the at least one automatic valve . two inlet ways , at least one outlet way and at least one main chamber disposed between the two inlet ways and the outlet way ; the at least one main chamber comprises an acoustic attenuation volume common to the two inlet ways and to the at least one outlet way ; characterized in that it comprises: at least one automatic valve cooperating, disposed and related with one of the two to inlet ways of the suction acoustic filter; at least a one-way valve cooperating, disposed and related with the other of the two inlet ways of the suction acoustic filter; and said at least one automatic valve and said at least one one-way valve acting to selectively alternate in a reciprocating manner, so that opening of the at least one one-way valve culminates in closing the at least one automatic valve , and closing of the at least one one-way valve culminates in opening the at least one automatic valve . at least one automatic valve cooperating, disposed and related with one of the two to inlet ways of the suction acoustic filter; at least a one-way valve cooperating, disposed and related with the other of the two inlet ways of the suction acoustic filter; and said at least one automatic valve and said at least one one-way valve acting to selectively alternate in a reciprocating manner, so that opening of the at least one one-way valve culminates in closing the at least one automatic valve , and closing of the at least one one-way valve culminates in opening the at least one automatic valve .
A compressor unit with a compressor , the compressed air outlet of which is connected to an appliance and connected to a gas-measuring device , via a bypass line , via a pressure regulator which records concentrations of gas constituents such as O 2 , CO, CO 2 , NO 2 , humidity (H 2 O), VOC, characterised in that a magnetically operable purge valve is arranged parallel to the bypass line , which valve is connected to the gas-measuring device via a control line such that it opens automatically and diverts the compressed gas when the gas-measuring device detects an impermissible concentration at least of one detected gas constituent, and that it closes automatically when the gas-measuring device detects a permissible concentration for all gas constituents.
A tank attachment arrangement for a self-contained breathing apparatus (SCBA) having at least one tank (T), comprising: a base member 12 having a saddle portion comprising a contact side having at least one contact member directly or indirectly attached to the saddle portion , the at least one contact member configured to contact a surface of the at least one tank (T); and at least one tank retainer arrangement configured to retain the at least one tank (T) with respect to the base member ; wherein the at least one contact member extends into a groove within the contact side of the saddle portion 14 in a depth direction of the base member , and wherein the at least one contact member includes a substantially linear portion , a first sloped portion , and a second sloped portion extending from opposing ends of the substantially linear portion in a longitudinal direction of the at least one contact member and substantially parallel with a longitudinal axis of the at least one tank (T) to facilitate engagement or disengagement of the at least one tank (T) with at least one of the substantially linear portion , the first sloped portion , and the second sloped portion of the tank attachment arrangement . a base member 12 having a saddle portion comprising a contact side having at least one contact member directly or indirectly attached to the saddle portion , the at least one contact member configured to contact a surface of the at least one tank (T); and at least one tank retainer arrangement configured to retain the at least one tank (T) with respect to the base member ; wherein the at least one contact member extends into a groove within the contact side of the saddle portion 14 in a depth direction of the base member , and wherein the at least one contact member includes a substantially linear portion , a first sloped portion , and a second sloped portion extending from opposing ends of the substantially linear portion in a longitudinal direction of the at least one contact member and substantially parallel with a longitudinal axis of the at least one tank (T) to facilitate engagement or disengagement of the at least one tank (T) with at least one of the substantially linear portion , the first sloped portion , and the second sloped portion of the tank attachment arrangement .
Aqueous composition for amine-free coating and comprising at least one heterocyclic polymer, characterised in that the heterocyclic polymer is in the form of powder having a d 90 of less than or equal to 20 μm and is selected from the polyamide-amic acid group.
A method comprising: receiving a request to initiate recording of a media object, wherein the media object includes a first plurality of sequential media segments , wherein the first plurality of sequential media segments is associated with a first corresponding plurality of metadata files, and wherein each of the first corresponding plurality of metadata files provides a description of a respective one of the first plurality of sequential media segments; generating , in response to receiving the_request to initiate recording of the media object, a first common metadata file that is associated with the media object as a function of the first corresponding plurality of metadata files, wherein generating the first common metadata file includes concatenating the first corresponding plurality of metadata files with each other, and wherein the first common metadata file includes a source identifier that identifies a source associated with the media object, a recording identifier associated with the request, and sequencing information associated with the first plurality of sequential media segments, wherein the sequencing information indicates the concatenation of the first plurality of sequential media segments, temporal information associated with the media object, and a first segment identifier associated with a first one of the first plurality of sequential media segments; and storing the first plurality of sequential media segments based on the sequencing information included in the first common metadata file. receiving a request to initiate recording of a media object, wherein the media object includes a first plurality of sequential media segments , wherein the first plurality of sequential media segments is associated with a first corresponding plurality of metadata files, and wherein each of the first corresponding plurality of metadata files provides a description of a respective one of the first plurality of sequential media segments; generating , in response to receiving the_request to initiate recording of the media object, a first common metadata file that is associated with the media object as a function of the first corresponding plurality of metadata files, wherein generating the first common metadata file includes concatenating the first corresponding plurality of metadata files with each other, and wherein the first common metadata file includes a source identifier that identifies a source associated with the media object, a recording identifier associated with the request, and sequencing information associated with the first plurality of sequential media segments, wherein the sequencing information indicates the concatenation of the first plurality of sequential media segments, temporal information associated with the media object, and a first segment identifier associated with a first one of the first plurality of sequential media segments; and storing the first plurality of sequential media segments based on the sequencing information included in the first common metadata file.
A camelid VHH antibody domain, characterised in that it is an anti carcinoembryonic antigen domain (anti-CEA) having a sequence of amino acids chosen from the group comprising the sequences SEQ ID N°77, SEQ ID N°78, SEQ ID N°79, SEQ ID N°80 and SEQ ID N°105 or coded by a nucleotide sequence chosen from the group comprising the sequences SEQ ID N°85, SEQ ID N°86, SEQ ID N°87, SEQ ID N°88, and SEQ ID N°108.
A content addressable memory, CAM, comprising at least one CAM cell comprising: first and second inverters cross-coupled between first and second storage nodes (V1, V2), wherein the first and second inverters of the at least one CAM cell are each coupled between a first supply voltage rail (VSS, VDD) and a second supply voltage rail (VDD, VSS); a first transistor coupling the first storage node (V1) to a bitline (BLL), the first transistor being controlled by a first control signal (WL1); a second transistor coupling the second storage node (V2) to the bitline (BLL), the second transistor being controlled by a second control signal (WL2); a control circuit adapted to perform a CAM read operation by pre-charging the bitline (BLL) to a first voltage level, and then selectively activating either the first or second transistor based on an input data bit (D IN ) to be compared provided by said first and second control signals ; and characterized in that the CAM further comprises: a detection circuit coupled to the first supply voltage rail (VSS, VDD) of the first and second inverters and adapted to detect, following the activation of the first or second transistor , a CAM hit or miss based on the detected voltage level on said first supply voltage rail. first and second inverters cross-coupled between first and second storage nodes (V1, V2), wherein the first and second inverters of the at least one CAM cell are each coupled between a first supply voltage rail (VSS, VDD) and a second supply voltage rail (VDD, VSS); a first transistor coupling the first storage node (V1) to a bitline (BLL), the first transistor being controlled by a first control signal (WL1); a second transistor coupling the second storage node (V2) to the bitline (BLL), the second transistor being controlled by a second control signal (WL2); a control circuit adapted to perform a CAM read operation by pre-charging the bitline (BLL) to a first voltage level, and then selectively activating either the first or second transistor based on an input data bit (D IN ) to be compared provided by said first and second control signals ; and characterized in that the CAM further comprises: a detection circuit coupled to the first supply voltage rail (VSS, VDD) of the first and second inverters and adapted to detect, following the activation of the first or second transistor , a CAM hit or miss based on the detected voltage level on said first supply voltage rail.
A hybrid heterostructure , comprising: a semiconductor layer comprising indium antimonide; a superconductor layer comprising aluminum; and a screening layer between the semiconductor layer and the superconductor layer , the screening layer comprising indium arsenide. a semiconductor layer comprising indium antimonide; a superconductor layer comprising aluminum; and a screening layer between the semiconductor layer and the superconductor layer , the screening layer comprising indium arsenide.
A method comprising reacting a precursor compound with 18 F-fluoride in the presence of (2,2,6,6-Tetramethylpiperidin-1-yl)oxyl (TEMPO) to obtain an 18 F-labelled compound wherein: said precursor compound is of Formula I: BTM-LINKER-LG (I) wherein: BTM is an analogue of pyridaben; LINKER is an alkylene or an alkoxyalkylene; and, LG is a sulfonate-containing leaving group; and, said 18 F-labelled compound is of Formula II: BTM-LINKER- 18 F (II) wherein BTM and LINKER are as defined for Formula I said precursor compound is of Formula I: BTM-LINKER-LG (I) wherein: BTM is an analogue of pyridaben; LINKER is an alkylene or an alkoxyalkylene; and, LG is a sulfonate-containing leaving group; and, BTM is an analogue of pyridaben; LINKER is an alkylene or an alkoxyalkylene; and, LG is a sulfonate-containing leaving group; and, said 18 F-labelled compound is of Formula II: BTM-LINKER- 18 F (II) wherein BTM and LINKER are as defined for Formula I
Load carrier for a vehicle , in particular a motor vehicle, wherein the load carrier has a plurality of, in particular two, movable and laterally spaced-apart support arms which are configured for the releasable fastening of a carrier part (3, 3', 3"), wherein the load carrier has a base part which is to be fixedly arranged on the vehicle and on which the plurality of support arms are jointly arranged, wherein the plurality of support arms are jointly mounted on the base part so as to be vertically adjustable, in particular vertically displaceable, and so as to each be pivotable about its own upright axis , wherein the base part has a lifting and pivoting device for the support arms and a closable housing in which the lifting and pivoting device and the support arms are received.
Nuclear power plant , comprising a containment and a filtered containment venting system , • the filtered containment venting system comprising a pressure relief line leading from inside the containment to the outside, • a catalytic recombiner for hydrogen removal being located at or shortly after the inlet of the pressure relief line and, further downstream, a wet scrubber being switched into the pressure relief line , • the wet scrubber being located inside the containment and comprising a washing liquid compartment for a washing liquid in it and a gas dome above it, configured such that during venting operation a venting stream is washed by the washing liquid and then enters the gas dome , • the gas dome being hermetically sealed against the containment atmosphere , wherein the washing liquid compartment is part of a larger reservoir located inside the containment , and wherein the washing liquid compartment is in flow communication with the rest of the reservoir such that during use washing liquid lost in the washing liquid compartment due to evaporation is automatically replenished by a liquid in the reservoir , characterised in that a cover confining the washing liquid compartment and the gas dome has the shape of a cap or an overturned pot or a bell, partly immersing into the liquid in the reservoir . • the filtered containment venting system comprising a pressure relief line leading from inside the containment to the outside, • a catalytic recombiner for hydrogen removal being located at or shortly after the inlet of the pressure relief line and, further downstream, a wet scrubber being switched into the pressure relief line , • the wet scrubber being located inside the containment and comprising a washing liquid compartment for a washing liquid in it and a gas dome above it, configured such that during venting operation a venting stream is washed by the washing liquid and then enters the gas dome , • the gas dome being hermetically sealed against the containment atmosphere ,
Polyurethane film comprising a polyurethane resin and graphene, said graphene being obtained by intercalation and exfoliation of graphite, and subsequent reduction of size, characterized in that said graphene is present in an amount of from 1 to 30% by weight on the total weight of the film, and said graphene consists of graphene nano-platelets, wherein at least 90% has a lateral dimension (x, y) of 100 to 25000 nm and a thickness (z) of 0.34 to 20 nm, in which the lateral dimension is always greater than the thickness (x, y> z), and where the C / O ratio is ≥ 100: 1, said film being further characterized by comprising from 0.1 to 5% by weight on the total weight of the film of an antiblocking additive.
A tubesheet (410; 510) comprising: a substantially planar sheet of material having a length and a width and defining a series of filter openings (420; 520) across the length and width of the sheet of material, wherein each of the filter openings in the series of filter openings (420; 520) extend through the sheet of material in an axial direction and have an oblong profile orthogonal to the axial direction, wherein the sheet of material defines a projection extending into each of the filter openings (420; 520) and a recess extending out from each of the filter openings, and wherein the projection and recess are axially aligned.
A method in a first service based interface, SBI, capable Internet Protocol Multimedia Subsystem, IMS, entity for providing information relating to a first Home Subscriber Service, HSS, instance, the method comprising: receiving a user identification in a message; transmitting a request to a network repository function, NRF, wherein the request comprises the user identification; receiving an indication of a first HSS group identification from the NRF; and transmitting the indication of the first HSS group identification to a second SBI capable IMS entity . receiving a user identification in a message; transmitting a request to a network repository function, NRF, wherein the request comprises the user identification; receiving an indication of a first HSS group identification from the NRF; and transmitting the indication of the first HSS group identification to a second SBI capable IMS entity .
Floor for animal retention comprising a mat provided with a base surface , which mat is endlessly formed and which mat extends around a cylindrical drive roller driven by a driving means for a continuous or intermittent driving of the mat in its longitudinal direction, said floor further comprising a scraper , characterized in that said mat is provided with slip-reducing means in the form of elevations from the base surface , and in that the scraper is formed with elastic tongues , each one of which is fixed to a base part and which extend out from the base part and are terminated with a free end and that the scraper is fitted in relation to the mat so that the free ends of the tongues connect both against the base surface and against the elevations thereof for a scraping function during driving of the mat , and in that the elastic tongues are part of the same material blank as the base part .
A method for determining a trap density in a layer of a 2-dimensional semiconductor material, said material exhibiting direct and indirect bandgaps between the valence band and the conduction band, the method comprising the steps of : - providing a sample comprising a support substrate (2;20,21) carrying on its surface said layer of 2D semiconductor material, - illuminating a spot of the layer with a light beam, thereby generating electron-hole pairs, - detecting emitted photons generated by direct and indirect bandgap transitions generated by radiative recombination of the electron-hole pairs, and determining a direct photoluminescence intensity I dir and an indirect photoluminescence intensity I ind , - repeating the two preceding steps at different values of the charge carrier concentration in the layer by modulating the charge carrier concentration, characterized in that the method further comprises the steps of: - obtaining measured values of the ratio I ind /I dir and the corresponding carrier concentration, - fitting the measured values to a theoretical model linking the ratio to the carrier concentration and the trap density, the model taking into account both radiative and non-radiative recombination mechanisms, - calculating the trap density from the fitting step. - providing a sample comprising a support substrate (2;20,21) carrying on its surface said layer of 2D semiconductor material, - illuminating a spot of the layer with a light beam, thereby generating electron-hole pairs, - detecting emitted photons generated by direct and indirect bandgap transitions generated by radiative recombination of the electron-hole pairs, and determining a direct photoluminescence intensity I dir and an indirect photoluminescence intensity I ind , - repeating the two preceding steps at different values of the charge carrier concentration in the layer by modulating the charge carrier concentration, - obtaining measured values of the ratio I ind /I dir and the corresponding carrier concentration, - fitting the measured values to a theoretical model linking the ratio to the carrier concentration and the trap density, the model taking into account both radiative and non-radiative recombination mechanisms, - calculating the trap density from the fitting step.
Method for monitoring a scene, implemented for monitoring shelf spaces in a retail site, comprising: - taking images of said scene by means of at least one camera of which the field of vision at least partially covers said scene, and processing said images to detect a change which has occurred in said scene, and - detecting if the field of vision of said camera is at least partially blocked by an object or a person , the processing of the images of the scene comprising a contextualized background learning process designed to delete the image of a person or an object temporarily blocking part of the field of vision of said scene, characterized in that the background contextualized learning process comprises: - a blocking test (TO) carried out on a fixed frame of reference of an image of the monitored scene, so as to identify an outline of the blocking person or object in the processed image , - extracting (EM) a blocking mask , in which objects or people blocking a shelf of said shelf space are represented in white and the people who exceed said frame of reference on said shelf are excluded, - masking (MC), by means of said blocking mask , customers passing through the field of vision of said camera, such that the scene background is progressively learned (AF) by excluding objects or people in front of said shelf, and in that said monitoring method further comprises, following the contextualized background learning process: - a process for rendering a scene background image; and - an automated process for detecting supply shortages and blockages. - taking images of said scene by means of at least one camera of which the field of vision at least partially covers said scene, and processing said images to detect a change which has occurred in said scene, and - detecting if the field of vision of said camera is at least partially blocked by an object or a person , the processing of the images of the scene comprising a contextualized background learning process designed to delete the image of a person or an object temporarily blocking part of the field of vision of said scene, characterized in that the background contextualized learning process comprises: - a blocking test (TO) carried out on a fixed frame of reference of an image of the monitored scene, so as to identify an outline of the blocking person or object in the processed image , - extracting (EM) a blocking mask , in which objects or people blocking a shelf of said shelf space are represented in white and the people who exceed said frame of reference on said shelf are excluded, - masking (MC), by means of said blocking mask , customers passing through the field of vision of said camera, such that the scene background is progressively learned (AF) by excluding objects or people in front of said shelf, - a process for rendering a scene background image; and - an automated process for detecting supply shortages and blockages.