mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a gypsum formulation, which method comprises providing an aqueous gypsum slurry containing a water swellable clay, adding to the gypsum slurry a comb-branched copolymer fluidiser, present in an amount of 0.005 to 1% based on the total weight of the slurry, and a basic water-soluble polymer, from 0.01 to 2 grams per gram of clay present in the slurry, and allowing a layer of the aqueous gypsum slurry to set, characterised in that the basic water-soluble polymer is polyvinyl pyrrolidone, polyvinyl alcohol, or a starch derivative such that said polymer is adsorbed onto sites of the clay and blocks occupation of the sites by the fluidiser, so as to disperse the clay in the slurry and reduce water demand therefor.
A wireless data transmitting and receiving system coupled to a tightening machine including a rotary shaft and a deceleration mechanism to transmit the rotation to the rotary shaft, wherein the system comprising: - a data transmitting unit attached to the rotary shaft of the tightening machine and having a function of detecting a torque, the data transmitting unit including: - a torque sensor disposed so as to be capable of sensing a torque acting on the rotary shaft, and - transmitting means electrically connected to the torque sensor and adapted to wirelessly transmit a signal regarding the torque detected in the torque sensor the transmitting means including a radio frequency circuit for the wireless transmission of the signal regarding the torque detected in the torque sensor; and - a data receiving unit, - wherein the data receiving unit includes: - receiving means adapted to receive the signal regarding the torque transmitted from the transmitting means of the data transmitting unit, and - display means adapted to display the signal regarding the torque received by the receiving means, wherein the rotary shaft has an inner shaft and an outer shaft that are rotatable in an opposed direction to each other through the deceleration mechanism, and wherein the data transmitting unit is attached to the inner shaft of the rotary shaft. - a data transmitting unit attached to the rotary shaft of the tightening machine and having a function of detecting a torque, the data transmitting unit including: - a torque sensor disposed so as to be capable of sensing a torque acting on the rotary shaft, and - transmitting means electrically connected to the torque sensor and adapted to wirelessly transmit a signal regarding the torque detected in the torque sensor the transmitting means including a radio frequency circuit for the wireless transmission of the signal regarding the torque detected in the torque sensor; and - a torque sensor disposed so as to be capable of sensing a torque acting on the rotary shaft, and - transmitting means electrically connected to the torque sensor and adapted to wirelessly transmit a signal regarding the torque detected in the torque sensor the transmitting means including a radio frequency circuit for the wireless transmission of the signal regarding the torque detected in the torque sensor; and - a data receiving unit, - wherein the data receiving unit includes: - receiving means adapted to receive the signal regarding the torque transmitted from the transmitting means of the data transmitting unit, and - display means adapted to display the signal regarding the torque received by the receiving means, - receiving means adapted to receive the signal regarding the torque transmitted from the transmitting means of the data transmitting unit, and - display means adapted to display the signal regarding the torque received by the receiving means,
System for networked transportation of patients or people with impaired mobility in a transportation chair, having the following features: a) a transportation vehicle with: a chassis, drive wheels and a bridge track, b) an energy supply system which is powered either via inductive leads routed in the ground or via movable energy supply stations, c) a transportation chair having a cross-member and a docking point for the docking crosspiece of the transportation vehicle, and d) a control centre for controlling a transportation operation, characterized in that the transportation vehicle comprises a bridge track on a raiseable and lowerable bridge platform, wherein a rotatable carriage with a drive for securing a docking crosspiece is provided on the bridge track, wherein an adjusting element is provided which is driven by a further drive and which serves to actuate front lifting rods and rear lifting rods, and wherein a lever arrangement (36, 47, 49, 51) lying between said lifting rods is provided for raising the bridge platform, which has the effect that the load thereon lies directly in the region of the drive wheels. a) a transportation vehicle with: a chassis, drive wheels and a bridge track, b) an energy supply system which is powered either via inductive leads routed in the ground or via movable energy supply stations, c) a transportation chair having a cross-member and a docking point for the docking crosspiece of the transportation vehicle, and d) a control centre for controlling a transportation operation, wherein a rotatable carriage with a drive for securing a docking crosspiece is provided on the bridge track, wherein an adjusting element is provided which is driven by a further drive and which serves to actuate front lifting rods and rear lifting rods, and wherein a lever arrangement (36, 47, 49, 51) lying between said lifting rods is provided for raising the bridge platform, which has the effect that the load thereon lies directly in the region of the drive wheels.
Auxiliary support device for a handicapped user of a common shower stall provided with at least one flat wall, said device being substantially constituted by: - a pair of vertical supports (4, 5) firmly constrainable to the flat wall of a common shower stall; - a first and a second transverse arm (2, 3), each with one end (8, 9) reversibly and firmly constrained to the respective vertical support (4, 5) by means of a common coupling mechanism, said ends (8, 9) being adapted to carry out a vertical and/or horizontal independent translation of each transverse arm (2, 3) along said vertical supports (4, 5) and adapted to be locked in position and at the desired height of said transverse arms (2, 3). said transverse arms (2, 3) being arranged in a manner so as to be substantially perpendicular, in the longitudinal direction thereof, to the wall to which they are fixed by means of the vertical supports (4, 5), and being adapted to support the weight of a person who leans on this by means of the axillary zone, facilitating the cleaning operations thereof, characterised in that the first and second transverse arm (2, 3) each are provided with one end (6, 7) bent upward; vertical independent translation of each transverse arm (2, 3) along said vertical supports (4, 5) is along discrete pre-established positions; each transverse arm (2, 3) also is provided with a covering made of any one soft and impermeable material, such as polymer foams or rubbers; and the device is further substantially constituted by a retention band adapted to support the user, having a free end, and being windable and received inside the bent end of a first of said transverse arms, said free end of the band being reversibly constrainable to the bent end of the second of said transverse arms. - a pair of vertical supports (4, 5) firmly constrainable to the flat wall of a common shower stall; - a first and a second transverse arm (2, 3), each with one end (8, 9) reversibly and firmly constrained to the respective vertical support (4, 5) by means of a common coupling mechanism, said ends (8, 9) being adapted to carry out a vertical and/or horizontal independent translation of each transverse arm (2, 3) along said vertical supports (4, 5) and adapted to be locked in position and at the desired height of said transverse arms (2, 3).
A communication method, comprising: determining, by a terminal device, channel qualities corresponding to M×N beam pairs composed of M transmitting beams of a network device and N receiving beams of the terminal device; determining, by the terminal device, L beam pairs from the M×N beam pairs, wherein channel quality corresponding to any one beam pair of the L beam pairs is greater than or equal to channel qualities corresponding to other beam pairs of the M×N beam pairs than the L beam pairs, wherein M and N are integers greater than 1, and L is an integer less than M×N; transmitting, by the terminal device, identification information of the L beam pairs to the network device; wherein determining, by the terminal device, L beam pairs from the M×N beam pairs comprises: sorting, by the terminal device, the M×N beam pairs based on values of channel qualities; determining, by the terminal device, the L beam pairs from the M×N beam pairs based on a result of the sorting; wherein the method further comprises: transmitting, by the terminal device, information of channel qualities corresponding to the L beam pairs to the network device, wherein channel qualities of the L beam pairs are greater than a first threshold. determining, by a terminal device, channel qualities corresponding to M×N beam pairs composed of M transmitting beams of a network device and N receiving beams of the terminal device; determining, by the terminal device, L beam pairs from the M×N beam pairs, wherein channel quality corresponding to any one beam pair of the L beam pairs is greater than or equal to channel qualities corresponding to other beam pairs of the M×N beam pairs than the L beam pairs, wherein M and N are integers greater than 1, and L is an integer less than M×N; transmitting, by the terminal device, identification information of the L beam pairs to the network device; wherein determining, by the terminal device, L beam pairs from the M×N beam pairs comprises: sorting, by the terminal device, the M×N beam pairs based on values of channel qualities; determining, by the terminal device, the L beam pairs from the M×N beam pairs based on a result of the sorting; wherein the method further comprises: transmitting, by the terminal device, information of channel qualities corresponding to the L beam pairs to the network device, wherein channel qualities of the L beam pairs are greater than a first threshold. sorting, by the terminal device, the M×N beam pairs based on values of channel qualities; determining, by the terminal device, the L beam pairs from the M×N beam pairs based on a result of the sorting; wherein the method further comprises: transmitting, by the terminal device, information of channel qualities corresponding to the L beam pairs to the network device, wherein channel qualities of the L beam pairs are greater than a first threshold.
A radio communication apparatus comprising: a packet data convergence protocol, PDCP, processing unit configured to perform a process in the PDCP layer; a medium access control, MAC, processing unit, including a single MAC entity, configured to perform the process in the MAC layer; and a radio link control, RLC, processing unit configured to perform a process in an RLC layer; wherein the PDCP processing unit includes one PDCP entity for each radio bearer; the RLC processing unit includes a plurality of RLC entities for each PDCP entity; and the PDCP entity of a transmission side is configured to give a sequence number, to data to be supplied to the RLC entity and to subsequently determine the RLC entity to which the data is distributed at an any subsequent procedure or timing. a packet data convergence protocol, PDCP, processing unit configured to perform a process in the PDCP layer; a medium access control, MAC, processing unit, including a single MAC entity, configured to perform the process in the MAC layer; and a radio link control, RLC, processing unit configured to perform a process in an RLC layer; wherein the PDCP processing unit includes one PDCP entity for each radio bearer; the RLC processing unit includes a plurality of RLC entities for each PDCP entity; and the PDCP entity of a transmission side is configured to give a sequence number, to data to be supplied to the RLC entity and to subsequently determine the RLC entity to which the data is distributed at an any subsequent procedure or timing.
A rotor shaft adapted to rotate about a rotor axis thereof, wherein the rotor shaft comprising: a rotor cavity configured concentrically or quasi-concentrically to the rotor axis inside the rotor shaft, a plurality of cooling bores extending radially or quasi-radially outward from the inside to an outside of the rotor shaft, each cooling bore having a bore inlet portion and a distal bore outlet portion, wherein the cooling bore comprising a constant cooling bore diameter in the region between the bore inlet portion and said bore outlet portion, the respective bore inlet portion abuts on the rotor cavity, the bore inlet portion comprises a front portion with respect to the direction of the rotation of the shaft; characterized in that only the front portion of the cooling bore inlet portion is provided with an edge fillet. a rotor cavity configured concentrically or quasi-concentrically to the rotor axis inside the rotor shaft, a plurality of cooling bores extending radially or quasi-radially outward from the inside to an outside of the rotor shaft, each cooling bore having a bore inlet portion and a distal bore outlet portion, wherein the cooling bore comprising a constant cooling bore diameter in the region between the bore inlet portion and said bore outlet portion, the respective bore inlet portion abuts on the rotor cavity, the bore inlet portion comprises a front portion with respect to the direction of the rotation of the shaft; characterized in that only the front portion of the cooling bore inlet portion is provided with an edge fillet.
A sanitary article for absorbing odour comprising: an odour-absorbent layer intended to be arranged in the crotch region of a human being, the odour-absorbent layer comprising a textile fabric coated with at least 90 g/m 2 of activated carbon, a non-woven cover enclosing the odour-absorbent layer, wherein the sanitary article lacks an absorbent core, characterized in that the sanitary article further comprises a folding indication running across the sanitary article from a first side of the article to a second side, opposite the first side, the folding indication facilitating folding of the sanitary article along the folding indication, wherein the folding indication is applied so that approximately 50 % of the article is at one side of the folding indication and the other approximately 50 % of the article is on the other side of the folding indication. an odour-absorbent layer intended to be arranged in the crotch region of a human being, the odour-absorbent layer comprising a textile fabric coated with at least 90 g/m 2 of activated carbon, a non-woven cover enclosing the odour-absorbent layer, wherein the sanitary article lacks an absorbent core, characterized in that the sanitary article further comprises a folding indication running across the sanitary article from a first side of the article to a second side, opposite the first side, the folding indication facilitating folding of the sanitary article along the folding indication, wherein the folding indication is applied so that approximately 50 % of the article is at one side of the folding indication and the other approximately 50 % of the article is on the other side of the folding indication.
Method for adjusting the pile inclination in an attachment, wherein the attachment comprises a table for clamping and rotating a pipe and a base plate lying opposite at a vertical distance, wherein at least one actuator is provided for adjusting the inclination of the table relative to the horizontal, wherein at least one sensor for detecting the table inclination is installed on the attachment and a computer unit of the attachment is provided that is configured to align the pipe at a defined target angle as a function of the sensor values, wherein the sensor is an acceleration sensor for detecting the acceleration forces at the table, wherein the computer unit is configured to calculate the table inclination taking account of the gravitational acceleration detected and acting on the table, and wherein the table is fixedly connected via at least one steering rod to a fixed superstructure of the attachment, wherein a pivot movement of the steering rod can be executed via at least one steering cylinder as steering actuator, wherein the method comprises the following steps: a. setting a target angle at which the pipe is to be introduced into the ground, b. detecting the actual angle of the pipe by means of the detected table inclination angle relative to the horizontal and c. activating at least one actuator to adjust the inclination of the table if the target angle of the pipe deviates from the determined actual angle, and wherein the method is characterised in that adaptation of the actual angle takes place as soon as the base plate has ground contact, wherein ground contact of the base plate is determined by means of one or more pressure sensors integrated in a least one lift cylinder or in the hydraulic circuit of the lift cylinder. and wherein the table is fixedly connected via at least one steering rod to a fixed superstructure of the attachment, wherein a pivot movement of the steering rod can be executed via at least one steering cylinder as steering actuator, wherein the method comprises the following steps: a. setting a target angle at which the pipe is to be introduced into the ground, b. detecting the actual angle of the pipe by means of the detected table inclination angle relative to the horizontal and c. activating at least one actuator to adjust the inclination of the table if the target angle of the pipe deviates from the determined actual angle, a. setting a target angle at which the pipe is to be introduced into the ground, b. detecting the actual angle of the pipe by means of the detected table inclination angle relative to the horizontal and c. activating at least one actuator to adjust the inclination of the table if the target angle of the pipe deviates from the determined actual angle, and wherein the method is characterised in that adaptation of the actual angle takes place as soon as the base plate has ground contact, wherein ground contact of the base plate is determined by means of one or more pressure sensors integrated in a least one lift cylinder or in the hydraulic circuit of the lift cylinder.
Method for receiving data (Di; DATASEND) within an electronic entity, which comprises the following steps: - establishing (E2, E4, E6, E8, E10), between the electronic entity and an external electronic apparatus, a first secure channel through encryption by way of a first cryptographic key (SK-ENC); - receiving, via the first secure channel, a first command and at least one second cryptographic key (BK-ENC) via the first secure channel; - after the step of receiving said first command and before the step of setting up the second secure channel, a step of saving the first cryptographic key (SK-ENC) in a memory of the electronic entity; - setting up, as a result of the execution of said first command, a second secure channel through encryption by way of the second cryptographic key (BK-ENC); - receiving said data (Di; DATASEND) in the second secure channel, said data being encrypted by the second cryptographic key; - after the step of receiving said data and a second command, a step of changing to the first secure channel, the changing step comprising a sub-step of reading the first cryptographic key saved in the memory before changing to the first secure channel. - establishing (E2, E4, E6, E8, E10), between the electronic entity and an external electronic apparatus, a first secure channel through encryption by way of a first cryptographic key (SK-ENC); - receiving, via the first secure channel, a first command and at least one second cryptographic key (BK-ENC) via the first secure channel; - after the step of receiving said first command and before the step of setting up the second secure channel, a step of saving the first cryptographic key (SK-ENC) in a memory of the electronic entity; - setting up, as a result of the execution of said first command, a second secure channel through encryption by way of the second cryptographic key (BK-ENC); - receiving said data (Di; DATASEND) in the second secure channel, said data being encrypted by the second cryptographic key; - after the step of receiving said data and a second command, a step of changing to the first secure channel, the changing step comprising a sub-step of reading the first cryptographic key saved in the memory before changing to the first secure channel.
A tunnel type selection method for a hybrid networking system architecture of an OpenFlow switch and a conventional switch, comprising: determining, by a controller, a tunnel type supported by a next-hop OpenFlow switch; obtaining (202, 305), by the controller from a tunnel type and code mapping table, code corresponding to the tunnel type, and generating a label value corresponding to the tunnel type; combining (203, 306), by the controller, the code corresponding to the tunnel type with the label value corresponding to the tunnel type, so as to generate a match field including said combination of code and label value; and sending (204, 307), by the controller, a forwarding policy to a previous-hop OpenFlow switch, wherein the forwarding policy carries the match field, so that the previous-hop OpenFlow switch encapsulates a data packet according to the code corresponding to the tunnel type and the label value corresponding to the tunnel type; wherein the next-hop OpenFlow switch is a next-hop switch of the previous-hop OpenFlow switch. determining, by a controller, a tunnel type supported by a next-hop OpenFlow switch; obtaining (202, 305), by the controller from a tunnel type and code mapping table, code corresponding to the tunnel type, and generating a label value corresponding to the tunnel type; combining (203, 306), by the controller, the code corresponding to the tunnel type with the label value corresponding to the tunnel type, so as to generate a match field including said combination of code and label value; and sending (204, 307), by the controller, a forwarding policy to a previous-hop OpenFlow switch, wherein the forwarding policy carries the match field, so that the previous-hop OpenFlow switch encapsulates a data packet according to the code corresponding to the tunnel type and the label value corresponding to the tunnel type; wherein the next-hop OpenFlow switch is a next-hop switch of the previous-hop OpenFlow switch.