mhurhangee/ep-ind-claims huggingface dataset:
A device for sorting, comprising: (a) a plurality of helical rollers (1, 2, 9, 10, 11, 12) which each comprise at least one winding helix (3, 4) and are arranged parallel to each other at a distance which ensures that the winding helices interlock without contacting each other, (b) wherein the distance between the mutually facing flanks of the winding helices (3, 4) of adjacent helical rollers (1, 2, 9, 10, 11, 12) can be altered, (c) the winding helices (3, 4) exhibit the same pitch and are identically orientated, and (d) wherein the helical rollers (1, 2, 9, 10, 11, 12) rotate in the same rotary direction, respectively about their longitudinal centre axes, characterised in that (e) the distance can be altered and set during sorting operations of the device when the helical rollers (1, 2, 9, 10, 11, 12) are rotating, (f) wherein the distance can be altered by shifting one helical roller (1, 2, 9, 10, 11, 12) along its rotational axis relative to the adjacent helical roller. (a) a plurality of helical rollers (1, 2, 9, 10, 11, 12) which each comprise at least one winding helix (3, 4) and are arranged parallel to each other at a distance which ensures that the winding helices interlock without contacting each other, (b) wherein the distance between the mutually facing flanks of the winding helices (3, 4) of adjacent helical rollers (1, 2, 9, 10, 11, 12) can be altered, (c) the winding helices (3, 4) exhibit the same pitch and are identically orientated, and (d) wherein the helical rollers (1, 2, 9, 10, 11, 12) rotate in the same rotary direction, respectively about their longitudinal centre axes, characterised in that (e) the distance can be altered and set during sorting operations of the device when the helical rollers (1, 2, 9, 10, 11, 12) are rotating, (f) wherein the distance can be altered by shifting one helical roller (1, 2, 9, 10, 11, 12) along its rotational axis relative to the adjacent helical roller.
An apparatus for separating particles from a flowable substance, the apparatus comprising: an inlet for entry of particles combined with the flowable substance; an outlet for exit of particles separated from the flowable substance; an elongated rotatable screen comprising an inner surface and an outer surface, located between the inlet and the outlet; and a wash unit for delivering a wash agent to the particles under controlled pressure through a plurality of spray openings adapted to spray the wash agent, wherein: the screen allows for passage of the flowable substance through the inner surface thereof past the outer surface thereof, and the inner surface of the screen defines a path for passage of the particles between the inlet and the outlet; and delivery of the wash agent to the particles assists with separation of the particles from the flowable substance, characterised in that the apparatus comprises a vacuum unit for obtaining at least a portion of the flowable substance through the screen under vacuum at a position towards the inlet of the apparatus prior to delivery of wash agent to the particles by the wash unit. an inlet for entry of particles combined with the flowable substance; an outlet for exit of particles separated from the flowable substance; an elongated rotatable screen comprising an inner surface and an outer surface, located between the inlet and the outlet; and a wash unit for delivering a wash agent to the particles under controlled pressure through a plurality of spray openings adapted to spray the wash agent, wherein: the screen allows for passage of the flowable substance through the inner surface thereof past the outer surface thereof, and the inner surface of the screen defines a path for passage of the particles between the inlet and the outlet; and delivery of the wash agent to the particles assists with separation of the particles from the flowable substance, characterised in that the apparatus comprises a vacuum unit for obtaining at least a portion of the flowable substance through the screen under vacuum at a position towards the inlet of the apparatus prior to delivery of wash agent to the particles by the wash unit. the screen allows for passage of the flowable substance through the inner surface thereof past the outer surface thereof, and the inner surface of the screen defines a path for passage of the particles between the inlet and the outlet; and delivery of the wash agent to the particles assists with separation of the particles from the flowable substance, characterised in that the apparatus comprises a vacuum unit for obtaining at least a portion of the flowable substance through the screen under vacuum at a position towards the inlet of the apparatus prior to delivery of wash agent to the particles by the wash unit.
A dry electrode for transcutaneous electrical stimulation, the dry electrode comprising: a conductive backing layer; and a skin contact layer disposed on the conductive backing layer, the skin contact layer comprising a polymer, plastic, or rubber material, and a conductive filler material dispersed substantially evenly throughout the polymer, plastic, or rubber material, wherein the skin contact layer has a skin facing surface that is not coated with a hydrogel or liquid, wherein the skin contact layer has a thickness of between about 0.5mm and about 10mm, wherein the conductive filler material comprises single wall carbon nanotubes, further wherein the loading of single wall carbon nanotubes is between about 1% and about 5%. a conductive backing layer; and a skin contact layer disposed on the conductive backing layer, the skin contact layer comprising a polymer, plastic, or rubber material, and a conductive filler material dispersed substantially evenly throughout the polymer, plastic, or rubber material, wherein the skin contact layer has a skin facing surface that is not coated with a hydrogel or liquid, wherein the skin contact layer has a thickness of between about 0.5mm and about 10mm, wherein the conductive filler material comprises single wall carbon nanotubes, further wherein the loading of single wall carbon nanotubes is between about 1% and about 5%.
A method comprising: orienting a center axis of a first loudspeaker to intersect with a portion of a display screen; and outputting a first sound from the first loudspeaker towards the display screen, wherein a reflection of the first sound off of the display screen is directed towards a display screen viewing position; adjusting an amplitude of the first sound based on a coefficient of reflectivity of the display screen, a distance between the first loudspeaker and the display screen, and a distance between the display screen and the viewing position; and outputting a second sound from a second loudspeaker, wherein the second sound and the reflection of the first sound combine at the display screen viewing position. orienting a center axis of a first loudspeaker to intersect with a portion of a display screen; and outputting a first sound from the first loudspeaker towards the display screen, wherein a reflection of the first sound off of the display screen is directed towards a display screen viewing position; adjusting an amplitude of the first sound based on a coefficient of reflectivity of the display screen, a distance between the first loudspeaker and the display screen, and a distance between the display screen and the viewing position; and outputting a second sound from a second loudspeaker, wherein the second sound and the reflection of the first sound combine at the display screen viewing position.
A bonding structure of vehicle members comprising: a first member which is formed of resin in a shape of a panel and in which a ridge line (P or 46) is formed by an angular portion divided with respect to a curvature of other portion of a surface thereof; a second member which is formed in a shape of a panel of resin or metal having a smaller thermal expansion coefficient than the first member; an outside bonding portion which is provided on an outer edge side of the first member so as to bond the first member and the second member to each other; and an inside bonding portion which is provided inside of the outside bonding portion in a plane direction of the first member and bonds the first member and the second member to each other, characterized in that at least one of plural apexes (30A5, 30A6, 30A7, 30A8) in a proximity of the outside bonding portion is overlapping the ridge line (P or 46) when viewed from outside of the vehicle. a first member which is formed of resin in a shape of a panel and in which a ridge line (P or 46) is formed by an angular portion divided with respect to a curvature of other portion of a surface thereof; a second member which is formed in a shape of a panel of resin or metal having a smaller thermal expansion coefficient than the first member; an outside bonding portion which is provided on an outer edge side of the first member so as to bond the first member and the second member to each other; and an inside bonding portion which is provided inside of the outside bonding portion in a plane direction of the first member and bonds the first member and the second member to each other, characterized in that
A packet switching system for a packet transfer network comprising: a plurality of line cards (32; 35; 42), each line card (32; 35; 42) comprising an ingress path pipeline and an egress buffer; and an electro-optical In/Out interconnect coupling the ingress path pipeline of each line card (32; 35; 42) to the egress buffer of the other line cards (32; 35; 42); characterised in that: the ingress path pipeline of each line card (32; 35; 42) is configured to: i) receive a packet from the packet transfer network; ii) perform ingress processing on the received packet, iii) perform partial egress processing on the received packet received, including classifying and identifying the egress destination address, iv) attach data to the received packet identifying any additional egress processing still required for the packet, and v) send the processed packet to the egress buffer of another line card (32; 35; 42) using the electro-optical IO interconnect a plurality of line cards (32; 35; 42), each line card (32; 35; 42) comprising an ingress path pipeline and an egress buffer; and an electro-optical In/Out interconnect coupling the ingress path pipeline of each line card (32; 35; 42) to the egress buffer of the other line cards (32; 35; 42); characterised in that: the ingress path pipeline of each line card (32; 35; 42) is configured to: i) receive a packet from the packet transfer network; ii) perform ingress processing on the received packet, iii) perform partial egress processing on the received packet received, including classifying and identifying the egress destination address, iv) attach data to the received packet identifying any additional egress processing still required for the packet, and v) send the processed packet to the egress buffer of another line card (32; 35; 42) using the electro-optical IO interconnect the ingress path pipeline of each line card (32; 35; 42) is configured to: i) receive a packet from the packet transfer network; ii) perform ingress processing on the received packet, iii) perform partial egress processing on the received packet received, including classifying and identifying the egress destination address, iv) attach data to the received packet identifying any additional egress processing still required for the packet, and v) send the processed packet to the egress buffer of another line card (32; 35; 42) using the electro-optical IO interconnect i) receive a packet from the packet transfer network; ii) perform ingress processing on the received packet, iii) perform partial egress processing on the received packet received, including classifying and identifying the egress destination address, iv) attach data to the received packet identifying any additional egress processing still required for the packet, and v) send the processed packet to the egress buffer of another line card (32; 35; 42) using the electro-optical IO interconnect
Blown film line having an interior cooling body with an air exit path, the interior cooling body being formed monotonous or strictly monotonously expanding at least over a major part of the air exit path, and wherein a height-adjustable cooling ring is provided for cooling a moving blown film tubing during operation of the blown film line from the outside, a controller being provided which is operatively connected to a height adjustment means of the cooling ring, the controller being adapted to position the cooling ring, during start-up of the blown film line, below the upper half of the air exit path and to move it into this area for steady-state production, the blown film line performing a method during operation by means of the controller, the cooling ring being positioned for start-up of the blown film line further down than in the upper half of the air exit path and then being moved upwards for reaching steady-state production, the blown film line being adapted to position the cooling ring during steady-state production in the upper half of the air exit path, particularly preferably in the upper third. having an interior cooling body with an air exit path, the interior cooling body being formed monotonous or strictly monotonously expanding at least over a major part of the air exit path, and wherein a height-adjustable cooling ring is provided for cooling a moving blown film tubing during operation of the blown film line from the outside, a controller being provided which is operatively connected to a height adjustment means of the cooling ring, the controller being adapted to position the cooling ring, during start-up of the blown film line, below the upper half of the air exit path and to move it into this area for steady-state production, the blown film line performing a method during operation by means of the controller, the cooling ring being positioned for start-up of the blown film line further down than in the upper half of the air exit path and then being moved upwards for reaching steady-state production, the blown film line being adapted to position the cooling ring during steady-state production in the upper half of the air exit path, particularly preferably in the upper third.
A clothes dryer apparatus comprising: an electrically conductive, grounded, generally cylindrical rotatable drum having a hollow interior adapted to contain a load of wet clothes to be dried; characterized in that: said drum has a partially indented exterior surface in which at least one generally ring-shaped insulated notch has been formed; positioned within each notch is an electrically conductive anode, coupled to each anode is a RF power source operating at a single fixed frequency in a frequency range between 1 MHz and 50 MHz; the RF power source being configured to produce an electrical field between the anode(s) and the conductive drum acting as a cathode. an electrically conductive, grounded, generally cylindrical rotatable drum having a hollow interior adapted to contain a load of wet clothes to be dried; characterized in that: said drum has a partially indented exterior surface in which at least one generally ring-shaped insulated notch has been formed; positioned within each notch is an electrically conductive anode, coupled to each anode is a RF power source operating at a single fixed frequency in a frequency range between 1 MHz and 50 MHz; the RF power source being configured to produce an electrical field between the anode(s) and the conductive drum acting as a cathode. said drum has a partially indented exterior surface in which at least one generally ring-shaped insulated notch has been formed; positioned within each notch is an electrically conductive anode, coupled to each anode is a RF power source operating at a single fixed frequency in a frequency range between 1 MHz and 50 MHz; the RF power source being configured to produce an electrical field between the anode(s) and the conductive drum acting as a cathode.
A program code compression process device for compressing program code which is constituted by an execution code described by a reverse Polish notation, which is composed of process data used for an execution process and a command representing an execution process content which are arranged in order, characterized by comprising: discrimination means for discriminating between a process data and a command in each execution code; and conversion means for converting pieces of the process data divided by each item in the execution code into a binary format, converting the command discriminated by the discrimination means into a numeral value corresponding to the command, dividing the process data converted into the binary format and the command converted into a numeral value by 7 bits so as to form a plurality of groups of 7 bits with each group corresponding to either process data or the command and, for each group, adding a bit that is a flag for determining whether or not the group contains the command, wherein the discrimination means is configured to collate the execution code with a dictionary stored to discriminate between the process data and the command by discriminating character strings and numerals which are not associated with a match in the dictionary as the process data and discriminating character strings which are associated with a match in the dictionary as the command. discrimination means for discriminating between a process data and a command in each execution code; and conversion means for converting pieces of the process data divided by each item in the execution code into a binary format, converting the command discriminated by the discrimination means into a numeral value corresponding to the command, dividing the process data converted into the binary format and the command converted into a numeral value by 7 bits so as to form a plurality of groups of 7 bits with each group corresponding to either process data or the command and, for each group, adding a bit that is a flag for determining whether or not the group contains the command, wherein the discrimination means is configured to collate the execution code with a dictionary stored to discriminate between the process data and the command by discriminating character strings and numerals which are not associated with a match in the dictionary as the process data and discriminating character strings which are associated with a match in the dictionary as the command.
Method for adapting the control strategy of a slip control system of a brake system of a vehicle in a μ-split situation, in which wheel-specific brake pressures (P req,wdc,i+1,0, P req,wdc,i+1,1) that are defined differently from the control strategy of the slip control system are set at opposite vehicle wheels (LM-wheel 0, HM-wheel 1) of a vehicle axle, and in doing so the resulting brake pressure difference (p diff) is limited, characterized in that - for producing a brake pressure demand (P req,i+1,0, P req,i+1,1) for the opposite vehicle wheels (LM-wheel 0, HM-wheel 1) wheel-specifically, a maximum pressure difference value (p diff,i+1,0, p diff,i+1,1) is determined, which deviates with a predetermined tolerance value (p tol) from a reference pressure difference (p oi), wherein the reference pressure difference (p oi) corresponds to the value of the current low-pass filtered brake pressure difference (p filt,diff,i), and - the brake pressure demand (P req,i+1,0, Preq,i+1,1) for each vehicle wheel (LM-wheel 0, HM-wheel 1) is determined as the minimum of the wheel-specific brake pressure (P req,wdc,i+1,0, P req,wdc,i+1,1) that is determined from the control strategy of the slip control system as well as the sum of the wheel-specific brake pressure (P req,wdc,i+1,1, P req,wdc,i+1,0) for the opposite vehicle wheel that is determined from the control strategy of the slip control system and the wheel-specific maximum pressure difference value (p diff,i+1,0, p diff,i+1,1). - for producing a brake pressure demand (P req,i+1,0, P req,i+1,1) for the opposite vehicle wheels (LM-wheel 0, HM-wheel 1) wheel-specifically, a maximum pressure difference value (p diff,i+1,0, p diff,i+1,1) is determined, which deviates with a predetermined tolerance value (p tol) from a reference pressure difference (p oi), wherein the reference pressure difference (p oi) corresponds to the value of the current low-pass filtered brake pressure difference (p filt,diff,i), and - the brake pressure demand (P req,i+1,0, Preq,i+1,1) for each vehicle wheel (LM-wheel 0, HM-wheel 1) is determined as the minimum of the wheel-specific brake pressure (P req,wdc,i+1,0, P req,wdc,i+1,1) that is determined from the control strategy of the slip control system as well as the sum of the wheel-specific brake pressure (P req,wdc,i+1,1, P req,wdc,i+1,0) for the opposite vehicle wheel that is determined from the control strategy of the slip control system and the wheel-specific maximum pressure difference value (p diff,i+1,0, p diff,i+1,1).
Method for monitoring a display of a driver's cabin (40, 50) of a means of transportation, having the steps of: - measuring a target process variable (S-PG) and producing an image representation of a value of the target process variable by way of a display device (43, 52), - calculating an actual check code (I-PC) via the image representation, - ascertaining a power of two uniquely assigned to the calculated actual check code (I-PC) using a first table, - measuring a target process variable (S-PG) produced by a vehicle control device, - ascertaining a power-of-two sum uniquely assigned to the target process variable (S-PG) using a second table, - checking whether the image representation is correct by ascertaining whether the power of two assigned to the actual check code (I-PC) is contained in the power-of-two sum. - measuring a target process variable (S-PG) and producing an image representation of a value of the target process variable by way of a display device (43, 52), - calculating an actual check code (I-PC) via the image representation, - ascertaining a power of two uniquely assigned to the calculated actual check code (I-PC) using a first table, - measuring a target process variable (S-PG) produced by a vehicle control device, - ascertaining a power-of-two sum uniquely assigned to the target process variable (S-PG) using a second table, - checking whether the image representation is correct by ascertaining whether the power of two assigned to the actual check code (I-PC) is contained in the power-of-two sum.
A method for use by a diameter routing agent of a communication network, the method comprising: detecting that a user or user equipment attaching to the communication network belongs to a usage group, based on group identity information that is allocated to the user or user equipment and identifies the usage group, wherein the detecting comprises requesting the group identity information from a database based on an identifier of the user or user equipment received with a session establishment request for the user or user equipment; detecting, based on the group identity information, whether or not a first rules function out of several rules functions has been allocated to another user or user equipment of the usage group; and in case it is detected that the first rules function has been allocated to another user or user equipment of the usage group, selecting, for the user or user equipment, the first rules function. detecting that a user or user equipment attaching to the communication network belongs to a usage group, based on group identity information that is allocated to the user or user equipment and identifies the usage group, wherein the detecting comprises requesting the group identity information from a database based on an identifier of the user or user equipment received with a session establishment request for the user or user equipment; detecting, based on the group identity information, whether or not a first rules function out of several rules functions has been allocated to another user or user equipment of the usage group; and in case it is detected that the first rules function has been allocated to another user or user equipment of the usage group, selecting, for the user or user equipment, the first rules function.