mhurhangee/patent-ind-claim-en huggingface dataset:
A roofing assembly, comprising: a membrane; a plurality of cords, attached in a spaced-apart configuration to the membrane and extending in a first direction; a plurality of battens, attached in a spaced-apart configuration to the plurality of cords and extending in a second direction that is orthogonal or substantially orthogonal to the first direction, each of the battens being attached to at least one of the plurality of cords; wherein a first set of the battens is offset at at least one end in the second direction from a second set of the battens; wherein the battens are arranged such that they define or indicate at least partially an overlapping region of the membrane for overlapping with another, similar, roofing assembly, characterized in that the overlapping region extends along only one side of the membrane and along either the top or the bottom of the membrane. a membrane; a plurality of cords, attached in a spaced-apart configuration to the membrane and extending in a first direction; a plurality of battens, attached in a spaced-apart configuration to the plurality of cords and extending in a second direction that is orthogonal or substantially orthogonal to the first direction, each of the battens being attached to at least one of the plurality of cords; wherein a first set of the battens is offset at at least one end in the second direction from a second set of the battens; wherein the battens are arranged such that they define or indicate at least partially an overlapping region of the membrane for overlapping with another, similar, roofing assembly,
On-load tap changer comprising - a first selector rod and a second selector rod ; - a load changeover-switch rod ; - a switching means ; - a transmission ; wherein - the first selector rod , the second selector rod and the load changeover-switch rod are arranged collinearly; - the transmission is arranged for the purpose of - moving the selector rods during changeover from one selector contact to an adjacent selector contact in a first direction; - moving the load changeover-switch rod during the changeover in the first direction and a second direction which is opposite to the first direction so as to actuate the switching means . - a first selector rod and a second selector rod ; - a load changeover-switch rod ; - a switching means ; - a transmission ; wherein - the first selector rod , the second selector rod and the load changeover-switch rod are arranged collinearly; - the transmission is arranged for the purpose of - moving the selector rods during changeover from one selector contact to an adjacent selector contact in a first direction; - moving the load changeover-switch rod during the changeover in the first direction and a second direction which is opposite to the first direction so as to actuate the switching means . - moving the selector rods during changeover from one selector contact to an adjacent selector contact in a first direction; - moving the load changeover-switch rod during the changeover in the first direction and a second direction which is opposite to the first direction so as to actuate the switching means .
Method for growing human mesenchymal stem cells in a sample collected from a living subject by culturing the cells in a medium, the method comprising culturing the cells, without substantial contact with an anticoagulant at any point in time from cell collection to the whole culture period, in a medium containing human serum, wherein the amount of the anticoagulant added to the sample collected from a living subject is less than 0.2 U/ml with respect to the volume of the sample.
A method for controlling a high rotor pole switched-reluctance motor HRSRM , the method comprising the steps of: a) establishing a firm time base for a software control module on a magnetic sensor; b) updating the time base by generating a motor index pulse from the magnetic sensor; c) calculating a shaft speed of the motor and calibrating a software encoder to operate on the time base; characterised by d) canceling out a switching threshold of the magnetic sensor; e) monitoring the slope of the current waveform of an active phase winding of the motor to fine-tune a firing angle from the encoder software; f) adjusting a pulse time t on of each phase of the HRSRM wherein said pulse time t on is based on the estimated time base; g) monitoring the shaft speed to track any change in the shaft speed; and h) adjusting a dwell angle based on the shaft speed and the current.
Pile-driving device for driving-in driving material into a ground, having - a carrier implement , - a mast which is attached to the carrier implement , - a base sledge which is linearly displaceable and driven along a guide of the mast and - an impact unit which is connected to the base sledge and guided along the mast , wherein the impact unit is designed for generating impact pulses for driving in the driving material , characterized in that - the impact unit is connected to the base sledge at a changeable distance via a connecting rope which is kept in a tensioned state by means of a tensioning means . - a carrier implement , - a mast which is attached to the carrier implement , - a base sledge which is linearly displaceable and driven along a guide of the mast and - an impact unit which is connected to the base sledge and guided along the mast , wherein the impact unit is designed for generating impact pulses for driving in the driving material , - the impact unit is connected to the base sledge at a changeable distance via a connecting rope which is kept in a tensioned state by means of a tensioning means .
Alarm sender system comprising a sending device (100;201) for standardized binary coded radio messages within the scope of a distributed messaging system of AIS (Automatic Identification System) type according to a particular messaging standard for such a distributed messaging system, which sending device comprises means for assembling and periodically broadcasting such messages of at least one predetermined type, wherein a message of said predetermined type is intended, according to the said standard, to carry a certain predetermined type of information, wherein the message of said predetermined type comprises fields for that information as well as at least one buffer field which according to the said standard is not intended to carry any information, wherein the sending device further comprises a message assembly means (132;232) arranged to assemble, digitally store and calculate a checksum for a message of said predetermined type, and a sending means (132;234) arranged to transmit the message in the form of a radio signal (120;220), characterised in that the alarm sender system further comprises a sensing means , arranged to detect a physical event of a particular type, and in that the alarm sender system is arranged to, in response to such a detected physical event, cause information concerning the said event to be sent in the form of a corresponding value for a status variable in the said message, which status variable is not related to the predetermined type of information of the message in question, by causing the message assembly means to insert the value of the status variable in digital form in the said buffer field of the message in question before calculating the checksum, and by thereafter causing the sending means to transmit said message.
Meander bioreactor consisting of a rectangular bioreactor vessel made of preferably clear polymermaterial, which is sterile closed with a lid , characterized in that the bioreactor vessel is divided into three chambers arranged one above the other and the lowest chamber as an underlay chamber, the chamber arranged above the underlay chamber as a meander perfusion chamber and the chamber arranged above the meander perfusion chamber as Overlay chamber is formed and the underlay chamber and the meander perfusion chamber are separated from one another by a perforated base plate with a semi-permeable film arranged at the bottom of the perforated base plate , wherein Oxygen diffuses through the film preferentially over other gases.
An item singulation method, the method comprising: transitioning, using a first robotic unit , a plurality of items from a tote to a singulation table , wherein: at least two items of the plurality of items have a different size and a different shape; at least two items of the plurality of items are at least partially shingled when transitioned onto the singulation table; activating the singulation table to cause a vibration of the singulation table to at least: cause the at least two items to de-shingle; cause the plurality of items to at least partially separate in distance with respect to other items of the plurality of items; cause the plurality of items to migrate along the singulation table ; and cause a first item to transition to a pick conveyor ; activating the pick conveyor to transport the first item to a pick area ; with the first item transitioned to the pick conveyor, halting the vibration of the singulation table for a period of time while the pick conveyor transports the first item away from the singulation table; and picking, with a second robotic unit , the first item from the pick area . transitioning, using a first robotic unit , a plurality of items from a tote to a singulation table , wherein: at least two items of the plurality of items have a different size and a different shape; at least two items of the plurality of items are at least partially shingled when transitioned onto the singulation table; at least two items of the plurality of items have a different size and a different shape; at least two items of the plurality of items are at least partially shingled when transitioned onto the singulation table; activating the singulation table to cause a vibration of the singulation table to at least: cause the at least two items to de-shingle; cause the plurality of items to at least partially separate in distance with respect to other items of the plurality of items; cause the plurality of items to migrate along the singulation table ; and cause a first item to transition to a pick conveyor ; cause the at least two items to de-shingle; cause the plurality of items to at least partially separate in distance with respect to other items of the plurality of items; cause the plurality of items to migrate along the singulation table ; and cause a first item to transition to a pick conveyor ; activating the pick conveyor to transport the first item to a pick area ; with the first item transitioned to the pick conveyor, halting the vibration of the singulation table for a period of time while the pick conveyor transports the first item away from the singulation table; and picking, with a second robotic unit , the first item from the pick area .
A method for storing text information by using DNA as a storage medium, comprising the steps of: encoding a character into a computer binary digit by encoding; converting the computer binary digit encoding the character into a DNA sequence, which is represented by the four deoxyribonucleotides A, T, G, and C, by transcoding; synthesizing the DNA sequence encoding the character; locating the DNA sequence encoding the character by a designed ligation adapter, ligating individual DNA sequences encoding individual characters according to the order of characters of the information to be stored, followed by assembling and storing, wherein the ligation adapter includes an upstream adapter and a downstream adapter, and the 5'-ends of the sense strand of the upstream adapter and the antisense strand of the downstream adapter are dephosphorylated. encoding a character into a computer binary digit by encoding; converting the computer binary digit encoding the character into a DNA sequence, which is represented by the four deoxyribonucleotides A, T, G, and C, by transcoding; synthesizing the DNA sequence encoding the character; locating the DNA sequence encoding the character by a designed ligation adapter, ligating individual DNA sequences encoding individual characters according to the order of characters of the information to be stored, followed by assembling and storing, wherein the ligation adapter includes an upstream adapter and a downstream adapter, and the 5'-ends of the sense strand of the upstream adapter and the antisense strand of the downstream adapter are dephosphorylated.
A method of communicating a classical message M between distant parties A and B over a lossy and/or noisy public channel F connecting A and B, comprising the steps of: - sharing a short-term-secure key K between A and B, - encoding at A the classical message M as a quantum codeword, A using the shared key to encode the classical message M into an encrypted codeword rho1(M,K) belonging to a publicly known quantum code C; - communicating the encrypted codeword rho1(M,K) from A to B over the channel F whose output is codeword rho2(M,K); - unitarily transforming rho2(M,K) into rho3(M,K) by using a N-mode interferometer I controlled by B placed at the output of channel F and keyed by K;, - determining an estimate Mest of M, locally at B, by performing a measurement on rho3(M, K) and by processing said measurement using the shared key K. - sharing a short-term-secure key K between A and B, - encoding at A the classical message M as a quantum codeword, A using the shared key to encode the classical message M into an encrypted codeword rho1(M,K) belonging to a publicly known quantum code C; - communicating the encrypted codeword rho1(M,K) from A to B over the channel F whose output is codeword rho2(M,K); - unitarily transforming rho2(M,K) into rho3(M,K) by using a N-mode interferometer I controlled by B placed at the output of channel F and keyed by K;, - determining an estimate Mest of M, locally at B, by performing a measurement on rho3(M, K) and by processing said measurement using the shared key K.
A relay , in particular for the high-current range, comprising at least one coil and a movable armature which allows or interrupts current flow via two main contact terminals (16.1, 16.2; 16.1', 16.2') by means of the magnetic flux which can be generated in the at least one coil , and including a current-measuring device for measuring at least the current flowing via the main contact terminals (16.1, 16.2; 16.1', 16.2') by means of at least one Hall sensor (26.1, 26.2; 26.2'), wherein a device for aligning the magnetic flux with the one or more Hall sensor/s (26.1, 16.2; 16.1', 16.2') is provided around the main contact terminals (16.1, 16.2; 16.1', 16.2'), characterized in that the device for aligning the magnetic flux includes a ferromagnetic body which surrounds the two main contact terminals (16.1, 16.2; 16.1', 16.2') in annular form, the ferromagnetic body being formed from a stack of ferromagnetic sheets and at least one Hall sensor (26.1, 26.2) is arranged between the main contact terminals (16.1, 16.2) in a free internal space, and the current measuring device has a microcontroller with which currents measured by the one or more Hall sensor/s (26.1, 26.2; 26.2') in both current flow directions can be detected and subjected further processing.
An integrated circuit , comprising: application circuitry ; a chip-to-chip, C2C, interface ; and a protocol layer connected between the application circuitry and the C2C interface , wherein the protocol layer is configured to: receive a plurality of protocol words from the application circuitry , to be transmitted on the C2C interface , that each exceeds a size of a data word, DW, supported by the C2C interface , and packetize the plurality of protocol words by: mapping subportions of the plurality of protocol words to separate DWs, wherein each of the subportions are equal to, or less than, the size of the DW, and generating at least one DW that contains the remaining portions of the plurality of protocol words not included in the subportions. application circuitry ; a chip-to-chip, C2C, interface ; and a protocol layer connected between the application circuitry and the C2C interface , wherein the protocol layer is configured to: receive a plurality of protocol words from the application circuitry , to be transmitted on the C2C interface , that each exceeds a size of a data word, DW, supported by the C2C interface , and packetize the plurality of protocol words by: mapping subportions of the plurality of protocol words to separate DWs, wherein each of the subportions are equal to, or less than, the size of the DW, and generating at least one DW that contains the remaining portions of the plurality of protocol words not included in the subportions. receive a plurality of protocol words from the application circuitry , to be transmitted on the C2C interface , that each exceeds a size of a data word, DW, supported by the C2C interface , and packetize the plurality of protocol words by: mapping subportions of the plurality of protocol words to separate DWs, wherein each of the subportions are equal to, or less than, the size of the DW, and generating at least one DW that contains the remaining portions of the plurality of protocol words not included in the subportions. mapping subportions of the plurality of protocol words to separate DWs, wherein each of the subportions are equal to, or less than, the size of the DW, and generating at least one DW that contains the remaining portions of the plurality of protocol words not included in the subportions.
A method for applying a conductive tracing to an inflatable device , the method comprising: placing an inflatable device within a masking fixture having a cavity extending longitudinally therein and a wall , the inflatable device comprising an elongate shaft having a proximal end and a distal end and an inflatable portion carried by the distal end of the elongate shaft, the masking fixture including two or more longitudinally extending openings through the wall and into the cavity such that the inflatable device placed within the cavity is partially covered by the wall and partially uncovered by the two or more openings , wherein each of the two or more openings are separated from each other; applying a conductive material to an uncovered portion of the inflatable device at a first and second of the two or more openings ; and when the conductive material is in a condition that will not significantly change upon removal of the inflatable device from the masking fixture , removing the inflatable device from the masking fixture , such that the inflatable device includes separate first and second conductive traces formed thereon, wherein each of the first and second conductive traces is located at a different rotational orientation than the other of the first and second conductive traces . placing an inflatable device within a masking fixture having a cavity extending longitudinally therein and a wall , the inflatable device comprising an elongate shaft having a proximal end and a distal end and an inflatable portion carried by the distal end of the elongate shaft, the masking fixture including two or more longitudinally extending openings through the wall and into the cavity such that the inflatable device placed within the cavity is partially covered by the wall and partially uncovered by the two or more openings , wherein each of the two or more openings are separated from each other; applying a conductive material to an uncovered portion of the inflatable device at a first and second of the two or more openings ; and when the conductive material is in a condition that will not significantly change upon removal of the inflatable device from the masking fixture , removing the inflatable device from the masking fixture , such that the inflatable device includes separate first and second conductive traces formed thereon, wherein each of the first and second conductive traces is located at a different rotational orientation than the other of the first and second conductive traces .
An apparatus of a UE, comprising: storage for storing payload size information for uplink control information; baseband circuitry , including one or more processors (704 A-G), configured to: process downlink control information, DCI, ; determine a physical uplink control channel, xPUCCH, format based on an uplink control information , UCI, payload size; and encode the xPUCCH format on an allocated resource which is indicated in the DCI; characterized in that the DCI indicates the uplink control information, UCI, payload size. storage for storing payload size information for uplink control information; baseband circuitry , including one or more processors (704 A-G), configured to: process downlink control information, DCI, ; determine a physical uplink control channel, xPUCCH, format based on an uplink control information , UCI, payload size; and encode the xPUCCH format on an allocated resource which is indicated in the DCI; characterized in that the DCI indicates the uplink control information, UCI, payload size.
Positioning device for positioning products simultaneously with their conveyance on a conveyor one after the other in a plane of conveyance and along a direction of conveyance , comprising several orientation means , each of them processing on a product , these orientation means being mounted side by side in the direction of conveyance , and each of them being intended to act on a different product driven by the conveyor , each orientation means itself comprising at least one pusher movable along an action movement between an inactive position and an active position, the effect of said action movement being to act on a product by pushing it to make it pivot by a predetermined angle around an axis perpendicular to the plane of conveyance , characterized in that the at least one pusher is mounted fixed in the direction of conveyance in a carriage , which itself is movable in the direction of conveyance .
Tapping assembly for a beverage, comprising a container comprising a first and second container, wherein the first container has a neck portion and the second container is suspended in the first container, from the neck portion thereof, wherein a neck region of the container is provided with at least one opening in a side wall thereof, preferably in a neck region of the first container, opening into a space between the first and second container , wherein the assembly further comprises a connecting device , connected or connectable to the neck portion , wherein the connecting device comprises at least one gas connecting element for connecting to the at least one opening , wherein the gas connecting element is connected to a source of pressurised gas, wherein the container is manufactured by blow moulding from at least an inner and an outer plastic preform , and wherein a closure ring is mounted on the first and second container , at least closing off the space between said first and second container.