mhurhangee/patent-ind-claim-en huggingface dataset:
A device for picking up, transferring and depositing products, provided with a frame which is moved in three axes by means of a system of motorized guides or a robotic arm and with pick-up elements for holding the product pieces, wherein the pick-up elements are movable along at least two guide rods which are movable in a single plane on the frame , wherein the movements of the pick-up elements take place perpendicular to the movements of the guide rods , wherein the guide rods are linked to one another by means of levers arranged in the manner of a pantograph, wherein the guide rods are linked in such a way that at least two groups of guide rods (A, B) are formed, wherein each of the groups is driven by a motor , mounted on the guide rods themselves or on the frame , by a linear motor or by a pneumatic or hydraulic cylinder which acts between the guide rods and the frame , characterized in that : - either the pick-up elements , which are linked by levers arranged in the manner of a pantograph and are displaceable along the corresponding guide rods , are driven via pairs of transverse rods (4a, 4b; 40a, 40b) which are movably mounted above and/or below the guide rods , along the parallel sides of the frame , parallel to the guide rods , and are connected to the outermost pick-up elements of the row of pick-up elements mounted on the same guide rod, and which are driven by a motor , mounted on the transverse rod (4a, 4b; 40a, 40b) or on the frame , or a hydraulic or pneumatic cylinder which acts between the transverse rod and the frame , - or the individual pick-up elements mounted on all or some of the guide rods are not connected by levers arranged in the manner of a pantograph, so as to be moved individually by a motor or a hydraulic or pneumatic cylinder which acts between said pick-up element and the corresponding guide rod and which is mounted on the pick-up element itself or on the corresponding guide rod. - either the pick-up elements , which are linked by levers arranged in the manner of a pantograph and are displaceable along the corresponding guide rods , are driven via pairs of transverse rods (4a, 4b; 40a, 40b) which are movably mounted above and/or below the guide rods , along the parallel sides of the frame , parallel to the guide rods , and are connected to the outermost pick-up elements of the row of pick-up elements mounted on the same guide rod, and which are driven by a motor , mounted on the transverse rod (4a, 4b; 40a, 40b) or on the frame , or a hydraulic or pneumatic cylinder which acts between the transverse rod and the frame , - or the individual pick-up elements mounted on all or some of the guide rods are not connected by levers arranged in the manner of a pantograph, so as to be moved individually by a motor or a hydraulic or pneumatic cylinder which acts between said pick-up element and the corresponding guide rod and which is mounted on the pick-up element itself or on the corresponding guide rod.
A eukaryotic cell, transfected or transduced with a nucleic acid that comprises a polynucleotide encoding an inducible chimeric signaling molecule, wherein the inducible chimeric signaling molecule comprises (a) an intracellular FKBP12 or FKBP12v36 variant multimerizing region, that binds to an AP1903 or AP20187 ligand, wherein the chimeric signaling molecule oligomerizes upon binding to the ligand; (b) a first co-stimulatory polypeptide cytoplasmic signaling region selected from the group consisting of CD27, CD28, ICOS, 4-1BB, and OX40; and (c) a second co-stimulatory polypeptide cytoplasmic signaling region selected from the group consisting of CD27, CD28, ICOS, 4-1 BB, and OX40; wherein the chimeric signaling molecule lacks an extracellular domain, the cell is selected from the group consisting of T cells, NK cells, and NK-T cells, and the inducible chimeric signaling molecule comprises a membrane-targeting region selected from the group consisting of myristoylation-targeting sequence, palmitoylation targeting sequence, prenylation sequences, protein-protein interaction motifs and transmembrane sequences from receptors. (a) an intracellular FKBP12 or FKBP12v36 variant multimerizing region, that binds to an AP1903 or AP20187 ligand, wherein the chimeric signaling molecule oligomerizes upon binding to the ligand; (b) a first co-stimulatory polypeptide cytoplasmic signaling region selected from the group consisting of CD27, CD28, ICOS, 4-1BB, and OX40; and (c) a second co-stimulatory polypeptide cytoplasmic signaling region selected from the group consisting of CD27, CD28, ICOS, 4-1 BB, and OX40;
Method for treating a bottom ash coming from a waste incineration plant, comprising the steps of: a) removing particles with a size > 70 mm from the bottom ash with filtering means; b) subjecting the bottom ash with particles ≤ 70 mm, resulting after step a), to a wet physicochemical separation which results in a sand, rubble, organic and sludge fraction; c) removing non-ferromagnetic metals from the sand and the rubble fraction with separating means; and d) chemically immobilizing the sand fraction resulting from step c) by carbonation, wherein the carbonation comprises of adding cement, sand, activated carbon and carbon dioxide to the sand fraction resulting from step c). a) removing particles with a size > 70 mm from the bottom ash with filtering means; b) subjecting the bottom ash with particles ≤ 70 mm, resulting after step a), to a wet physicochemical separation which results in a sand, rubble, organic and sludge fraction; c) removing non-ferromagnetic metals from the sand and the rubble fraction with separating means; and d) chemically immobilizing the sand fraction resulting from step c) by carbonation, wherein the carbonation comprises of adding cement, sand, activated carbon and carbon dioxide to the sand fraction resulting from step c).
Method for monitoring a position of a connecting cable of a trailer , comprising the steps of: - capturing (S1) an area situated behind a motor vehicle using a camera , - processing (S2) the captured image data using an evaluation unit and identifying the connecting cable and also determining a position of the connecting cable , - comparing (S3) the detected position of the connecting cable with a safe position of the connecting cable , - outputting (S4) a warning signal if the detected position of the connecting cable differs from the safe position. - capturing (S1) an area situated behind a motor vehicle using a camera , - processing (S2) the captured image data using an evaluation unit and identifying the connecting cable and also determining a position of the connecting cable , - comparing (S3) the detected position of the connecting cable with a safe position of the connecting cable , - outputting (S4) a warning signal if the detected position of the connecting cable differs from the safe position.
A filter cartridge comprising: a housing body, said filter housing body having a side surface, and top surface with a stem extending therefrom, and a filter boss extending radially outwards from said side surface; said stem including ingress and egress ports for fluid flow, and a filter magnet having a plurality of correlated magnets for magnetic interaction with complementary magnets on a manifold , said filter magnet positioned on a top surface of said stem or within said stem ; and filter media located within the filter cartridge. a housing body, said filter housing body having a side surface, and top surface with a stem extending therefrom, and a filter boss extending radially outwards from said side surface; said stem including ingress and egress ports for fluid flow, and a filter magnet having a plurality of correlated magnets for magnetic interaction with complementary magnets on a manifold , said filter magnet positioned on a top surface of said stem or within said stem ; and filter media located within the filter cartridge.
An assembly for mixing drug components, comprising: a housing (20, 34; 170, 174) to at least partially hold a first drug component container and a second drug component container ; a transfer member (64; 148; 172) having open first and second ends to fluidly couple the respective first and second drug component containers ; a pressure member (62; 188)to fluidly couple the second drug component container to a pressure generation chamber ; a plunger member to generate pressure in the pressure generation chamber ; characterized in that the assembly further comprises: an energy storage member to generate pressure in the pressure generation chamber to transfer a fluid from the first drug component container into the second drug component container ; an exit member (66; 176) to fluidly couple the first drug component container to an exterior of the assembly; and a latch member (178; 182; 198, 200) to prevent insertion of the second drug component container into the assembly until the first drug component container is inserted into the assembly. a housing (20, 34; 170, 174) to at least partially hold a first drug component container and a second drug component container ; a transfer member (64; 148; 172) having open first and second ends to fluidly couple the respective first and second drug component containers ; a pressure member (62; 188)to fluidly couple the second drug component container to a pressure generation chamber ; a plunger member to generate pressure in the pressure generation chamber ; characterized in that the assembly further comprises: an energy storage member to generate pressure in the pressure generation chamber to transfer a fluid from the first drug component container into the second drug component container ; an exit member (66; 176) to fluidly couple the first drug component container to an exterior of the assembly; and a latch member (178; 182; 198, 200) to prevent insertion of the second drug component container into the assembly until the first drug component container is inserted into the assembly. an energy storage member to generate pressure in the pressure generation chamber to transfer a fluid from the first drug component container into the second drug component container ; an exit member (66; 176) to fluidly couple the first drug component container to an exterior of the assembly; and a latch member (178; 182; 198, 200) to prevent insertion of the second drug component container into the assembly until the first drug component container is inserted into the assembly.
A compound according to the formula wherein n is an integer between 2 and 100.
A computer-implemented method comprising: causing display of a plurality of images in a user interface on a first device to a first user, wherein each of the plurality of images depicts a different person, wherein the plurality of images is obtained from a library of images associated with the first user; receiving a selection of a particular image of the plurality of images based on user input received by the first device ; determining a person identifier indicating a particular person depicted in the selected particular image, wherein the person identifier is designated as a person sharing criterion; obtaining a first image associated with the first user, wherein the first image is obtained from the library of images associated with the first user; programmatically analyzing the first image to determine that the first image depicts a person that matches the person sharing criterion; and based on the determination that the first image depicts the person that matches the person sharing criterion, updating an access permission for the first image of the library of images associated with the first user to grant access to the first image to a second user of a second device over a communication network , wherein the person sharing criterion includes a face criterion that specifies a particular face identity, and wherein programmatically analyzing the first image comprises: applying an image classifier to determine that the first image depicts a face of the particular face identity, wherein applying the image classifier is based on pixel values of pixels of the first image. causing display of a plurality of images in a user interface on a first device to a first user, wherein each of the plurality of images depicts a different person, wherein the plurality of images is obtained from a library of images associated with the first user; receiving a selection of a particular image of the plurality of images based on user input received by the first device ; determining a person identifier indicating a particular person depicted in the selected particular image, wherein the person identifier is designated as a person sharing criterion; obtaining a first image associated with the first user, wherein the first image is obtained from the library of images associated with the first user; programmatically analyzing the first image to determine that the first image depicts a person that matches the person sharing criterion; and based on the determination that the first image depicts the person that matches the person sharing criterion, updating an access permission for the first image of the library of images associated with the first user to grant access to the first image to a second user of a second device over a communication network , wherein the person sharing criterion includes a face criterion that specifies a particular face identity, and wherein programmatically analyzing the first image comprises: applying an image classifier to determine that the first image depicts a face of the particular face identity, wherein applying the image classifier is based on pixel values of pixels of the first image.
A method of protecting a wafer from moisture and debris due to dicing, singulating, or handling the wafer , comprising: forming a plurality of trenches on a surface of the wafer , the trenches comprising a plurality of walls ; applying a protective coating on the entire surface and the walls of the trenches ; dicing the wafer along the trenches into a plurality of dies ; and partially removing the protective coating such that the protective coating is removed from the surface whereas the remaining portion of the protective coating is left on the walls of the trenches , wherein the protective coating is a hydrophobic self-assembled monolayer (SAM); and wherein the walls of the trenches are formed as a portion of the dies . forming a plurality of trenches on a surface of the wafer , the trenches comprising a plurality of walls ; applying a protective coating on the entire surface and the walls of the trenches ; dicing the wafer along the trenches into a plurality of dies ; and partially removing the protective coating such that the protective coating is removed from the surface whereas the remaining portion of the protective coating is left on the walls of the trenches , wherein the protective coating is a hydrophobic self-assembled monolayer (SAM); and wherein the walls of the trenches are formed as a portion of the dies .
A smart socket for monitoring electric operating parameters of a load, whereby the smart socket is inserted in series between the load and a mains network, comprising: at least one voltage sensor and a current sensor interfaced with a control unit configured to read the electric mains voltage and drawn current values when the socket is inserted between the load and the mains network; a communication module interfaced with the control unit configured to send data and receive controls from a remote supervision unit ; load control devices configured to operate according to the controls received from the communication module and/or to the controls preset in the control unit ; characterized in that the load control devices comprise a power factor correction circuit comprising a battery of capacitors in parallel which can be excluded individually by means of break devices arranged in series, such as relays, electronic switches or the like, driven by the control unit to introduce a capacitive reactance into the supply circuit of the load so as to at least partially compensate for the inductive reactance of the load so as to take the power factor to values higher than 0.7, preferably higher than 0.8, typically higher than 0.9. at least one voltage sensor and a current sensor interfaced with a control unit configured to read the electric mains voltage and drawn current values when the socket is inserted between the load and the mains network; a communication module interfaced with the control unit configured to send data and receive controls from a remote supervision unit ; load control devices configured to operate according to the controls received from the communication module and/or to the controls preset in the control unit ; characterized in that the load control devices comprise a power factor correction circuit comprising a battery of capacitors in parallel which can be excluded individually by means of break devices arranged in series, such as relays, electronic switches or the like, driven by the control unit to introduce a capacitive reactance into the supply circuit of the load so as to at least partially compensate for the inductive reactance of the load so as to take the power factor to values higher than 0.7, preferably higher than 0.8, typically higher than 0.9.
A method for air to ground uplink synchronization, the method comprising: (a) initiating a downlink synchronization of user equipment onboard an aircraft with a ground base station , wherein at least a first antenna and a second antenna are mounted on the aircraft, and wherein the first antenna is mounted at the front of the aircraft, and the second antenna is mounted at the rear of the aircraft; (b) computing a range to the ground base station based on a downlink path loss , wherein the downlink path loss is calculated independently for each of the first and second antennas; (c) selecting an initial time advance value from a set of predetermined time advance values based on the computed range, wherein the initial time advance value is estimated from the antenna having the lowest downlink path loss; (d) sending a first random access channel, RACH, request with the initial time advance value to the ground base station in a first attempt to synchronize an uplink signal and attach the user equipment to a network; (e) when the user equipment fails to attach to the network, sending a next RACH request with a next time advance value from the set of predetermined time advance values to the ground base station, in a next attempt to synchronize the uplink signal and attach the user equipment to the network; and (f) when the user equipment fails again to attach to the network, repeating step (e) until the user equipment is attached to the network with a current time advance value . (a) initiating a downlink synchronization of user equipment onboard an aircraft with a ground base station , wherein at least a first antenna and a second antenna are mounted on the aircraft, and wherein the first antenna is mounted at the front of the aircraft, and the second antenna is mounted at the rear of the aircraft; (b) computing a range to the ground base station based on a downlink path loss , wherein the downlink path loss is calculated independently for each of the first and second antennas; (c) selecting an initial time advance value from a set of predetermined time advance values based on the computed range, wherein the initial time advance value is estimated from the antenna having the lowest downlink path loss; (d) sending a first random access channel, RACH, request with the initial time advance value to the ground base station in a first attempt to synchronize an uplink signal and attach the user equipment to a network; (e) when the user equipment fails to attach to the network, sending a next RACH request with a next time advance value from the set of predetermined time advance values to the ground base station, in a next attempt to synchronize the uplink signal and attach the user equipment to the network; and (f) when the user equipment fails again to attach to the network, repeating step (e) until the user equipment is attached to the network with a current time advance value .
A pharmaceutical composition for use in treating a wound, comprising a Stellera chamaejasme extract or a fraction thereof as an active ingredient, wherein the Stellera chamaejasme extract is extracted from an aerial part of Stellera chamaejasme, wherein the Stellera chamaejasme extract is extracted in ethanol or a mixture of ethanol and water.
A method of assembling a stator assembly having a stator housing, comprising: pre-assembling magnetized magnets and unmagnetized magnets so that each unmagnetized magnet is disposed between two magnetized magnets ; inserting the pre-assembled magnets into the stator housing; affixing the magnets to an inner surface of the stator housing; and magnetizing the unmagnetized magnets . pre-assembling magnetized magnets and unmagnetized magnets so that each unmagnetized magnet is disposed between two magnetized magnets ; inserting the pre-assembled magnets into the stator housing; affixing the magnets to an inner surface of the stator housing; and magnetizing the unmagnetized magnets .
Elastic retaining member for fastening a horological component to a support element , comprising an opening into which said support element is capable of being inserted, the retaining member comprising rigid arms that are non-deformable or quasi-non-deformable and elastic arms that are deformable, said arms being defined between the connection zones of the member , these arms contributing to procuring elastic gripping of the support element in the opening , each rigid arm being provided with a single convex contact zone of the retaining member capable of engaging with a corresponding convex contact portion of the support element and characterised in that each elastic arm is connected, at the two opposite ends thereof, at connecting zones 9 to two different rigid arms and in that the said rigid arms and the said elastic arms are arranged in the retaining member in a successive and alternating manner.
An isolated microsclerotia of a fungus, comprising a microsclerotium of a Trichoderma species.
A method of generating a frequency shift keying - FSK - signal comprised in an orthogonal frequency division multiplexing - OFDM - signal comprising a plurality of sub-carriers, the FSK signal comprising FSK symbols wherein each FSK symbol has a corresponding FSK symbol frequency, the method comprising: assigning a set of adjacent sub-carriers to transmission of the FSK signal wherein the set is a sub-set of the plurality of sub-carriers, and associating each FSK symbol frequency with a corresponding sub-carrier in the set of adjacent sub-carriers; selecting , for each FSK symbol to be transmitted, an FSK symbol phase such that an FSK signal phase at a start of the FSK symbol to be transmitted meets a phase difference criterion in relation to the FSK signal phase at an end of an immediately previous FSK symbol ; and generating the OFDM signal comprising the plurality of sub-carriers and the FSK signal, the FSK signal comprising the FSK symbol to be transmitted by modulating the sub-carrier corresponding to the FSK symbol frequency based on the selected FSK symbol phase and muting the remaining sub-carriers of the set. assigning a set of adjacent sub-carriers to transmission of the FSK signal wherein the set is a sub-set of the plurality of sub-carriers, and associating each FSK symbol frequency with a corresponding sub-carrier in the set of adjacent sub-carriers; selecting , for each FSK symbol to be transmitted, an FSK symbol phase such that an FSK signal phase at a start of the FSK symbol to be transmitted meets a phase difference criterion in relation to the FSK signal phase at an end of an immediately previous FSK symbol ; and generating the OFDM signal comprising the plurality of sub-carriers and the FSK signal, the FSK signal comprising the FSK symbol to be transmitted by modulating the sub-carrier corresponding to the FSK symbol frequency based on the selected FSK symbol phase and muting the remaining sub-carriers of the set.