mhurhangee/patent-ind-claim-en huggingface dataset:
An operation input apparatus, comprising: display means for displaying an image to be viewed by an operator; imaging means for generating a set of data regarding an image of the operator, the imaging means disposed in a vicinity of the display means while being faced to the operator; area setting means for preliminarily setting a control area to enable a first part of the operator to control a predetermined indicator displayed on the display means and for preliminarily setting a motion area for judging whether or not an operation related to the position of the indicator on a display surface of the display means has been executed, each of the control area and the motion area being separated into a respective right side and a respective left side of the operator such that the control area and the motion area are separated by a non-sensing buffer area; indicator controlling part for extracting the first part of the operator from the image of the operator, and for moving the indicator in accordance with a positional relation between the first part of the operator and the display means when the first part of the operator is located within the set control area , the indicator controlling part being configured to determine a motion of the first part of the operator in the control area ; and operation judging part for extracting a second part of the operator from the image of the operator and judging the content of the operation in accordance with a motion of the second part of the operator within the motion area . display means for displaying an image to be viewed by an operator; imaging means for generating a set of data regarding an image of the operator, the imaging means disposed in a vicinity of the display means while being faced to the operator; area setting means for preliminarily setting a control area to enable a first part of the operator to control a predetermined indicator displayed on the display means and for preliminarily setting a motion area for judging whether or not an operation related to the position of the indicator on a display surface of the display means has been executed, each of the control area and the motion area being separated into a respective right side and a respective left side of the operator such that the control area and the motion area are separated by a non-sensing buffer area; indicator controlling part for extracting the first part of the operator from the image of the operator, and for moving the indicator in accordance with a positional relation between the first part of the operator and the display means when the first part of the operator is located within the set control area , the indicator controlling part being configured to determine a motion of the first part of the operator in the control area ; and operation judging part for extracting a second part of the operator from the image of the operator and judging the content of the operation in accordance with a motion of the second part of the operator within the motion area .
Isolation device configured to be mounted in a fluid flow channel of a fuel cell comprising a stack comprising a plurality of cells aligned along a stack axis (X) and a plurality of fluid flow channels in the stack , the isolation device comprising a belt which is peripheral and configured to block the fluid communication between the flow channel and at least one flow opening of a cell to be isolated from the stack , the belt having a cross-section defined as the surface delimited by the periphery of the belt , the belt being deformable between: • a first configuration, referred to as an idle configuration, wherein the cross-section of the belt is substantially analogous to the cross-section of the flow channel wherein the isolation device is configured to be mounted, and • a second configuration, referred to as a constricted configuration, wherein the cross-section of the belt is smaller than in the first configuration. • a first configuration, referred to as an idle configuration, wherein the cross-section of the belt is substantially analogous to the cross-section of the flow channel wherein the isolation device is configured to be mounted, and • a second configuration, referred to as a constricted configuration, wherein the cross-section of the belt is smaller than in the first configuration.
Counterbalanced forklift truck with a vehicle frame and a counterweight and a combustion engine designed as an LPG engine, wherein an LPG cylinder bracket is arranged vertically above the counterweight for receiving and fixing an LPG cylinder , characterized in that a storage device , provided with a storage recess, is arranged extending in the direction of the rear of the vehicle in the longitudinal direction of the vehicle (L) adjacently with respect to the LPG cylinder bracket above the counterweight , which storage device allows the LPG cylinder to be deposited, wherein the storage device is formed from two storage rails arranged spaced apart in the transverse direction of the vehicle (Q) and extending in the longitudinal direction of the vehicle (L), wherein the storage rails are formed as the storage recess in the longitudinal direction of the vehicle (L) between the LPG cylinder bracket and end stops .
An electrophysiology catheter having: an elongated catheter body ; a deflection section distal of the catheter body; a distal electrode section having: a housing with a generally-cylindrical, hollow housing body with an outer surface, the housing body defining a lumen and an opening in a sidewall allowing access into the lumen, and a flex circuit having a first portion supported on the outer surface of the housing body and a second portion extending into the lumen via the opening in the housing body, a control handle proximal of the catheter body; characterised in that the flex circuit has a first magnetic field sensing coil trace (X), and a second magnetic field sensing coil trace (Y) generally perpendicular to the first magnetic field sensing coil. an elongated catheter body ; a deflection section distal of the catheter body; a distal electrode section having: a housing with a generally-cylindrical, hollow housing body with an outer surface, the housing body defining a lumen and an opening in a sidewall allowing access into the lumen, and a flex circuit having a first portion supported on the outer surface of the housing body and a second portion extending into the lumen via the opening in the housing body, a housing with a generally-cylindrical, hollow housing body with an outer surface, the housing body defining a lumen and an opening in a sidewall allowing access into the lumen, and a flex circuit having a first portion supported on the outer surface of the housing body and a second portion extending into the lumen via the opening in the housing body, a control handle proximal of the catheter body; characterised in that the flex circuit has a first magnetic field sensing coil trace (X), and a second magnetic field sensing coil trace (Y) generally perpendicular to the first magnetic field sensing coil.
A cereal product comprising from 40 to 60 wt.% of a binder material and from 40 to 60 wt.% of a cereal mixture, wherein the binder material comprises a stearidonic acid (SDA)-enriched soybean oil having from 10 to 30 wt.% SDA, from 0.5% to 1.5% by weight lecithin, from 0.1% to 6.0% by weight liquid oil, from 10% to 40 % by weight sugar syrup or from 0.5% to 5% by weight sugar alcohol, from 1.0% to 5.0% by weight humectant, and from 0.2% to 1.0% by weight salt.
A method of packaging a composition comprising glucocerebrosidase (GCB) wherein said method comprises contacting the GCB with an inert gas to reduce the amount of reactive species, and introducing the GCB and said inert gas into a gas tight container, wherein the resulting headspace is at least 90% (vol/vol) of said inert gas, wherein the pH of the composition is in the range of 5.0 to 6.0, and wherein the composition further comprises a carbohydrate in an amount sufficient to maintain the stability of GCB, and wherein the carbohydrate is sucrose.
Floor panel, wherein this floor panel comprises at least a substrate and a decor provided thereon, wherein said substrate substantially consists of thermoplastic material and filler materials, characterized in that the filler materials substantially consist of limestone.
A method for operating a material handling system including a plurality of conveying units, the plurality of conveying units being independently controllable, comprising: generating, by a computing device , motion profiles for a plurality of articles to provide a pre-determined gap between the articles, wherein the motion profiles are generated based on at least one known first gap between the articles as the articles enter the system, and the predetermined gap is different than the first gap; and controlling, by the computing device , the plurality of conveying units to move each article in accordance with its motion profile as the plurality of articles move through the material handling system, wherein the plurality of conveying units are controlled to concurrently implement the plurality of motion profiles for each of the plurality of articles, wherein the plurality of conveying units are controlled such that the plurality of articles have the pre-determined gap between the articles when the articles exit the plurality of conveying units, Z r characterized in that , when the conveying units are shorter than the length of the articles and when a conveying unit among the plurality of conveying units has on it simultaneously a portion of two articles among the plurality articles, the motion profile of one of the two articles controls a speed of said conveying unit, and the one of the two articles is determined according to which has the larger value of the sum of: level of contact with said conveying unit; and gap between the articles; divided by length of the article. generating, by a computing device , motion profiles for a plurality of articles to provide a pre-determined gap between the articles, wherein the motion profiles are generated based on at least one known first gap between the articles as the articles enter the system, and the predetermined gap is different than the first gap; and controlling, by the computing device , the plurality of conveying units to move each article in accordance with its motion profile as the plurality of articles move through the material handling system, wherein the plurality of conveying units are controlled to concurrently implement the plurality of motion profiles for each of the plurality of articles, wherein the plurality of conveying units are controlled such that the plurality of articles have the pre-determined gap between the articles when the articles exit the plurality of conveying units, Z r characterized in that , when the conveying units are shorter than the length of the articles and when a conveying unit among the plurality of conveying units has on it simultaneously a portion of two articles among the plurality articles, the motion profile of one of the two articles controls a speed of said conveying unit, and the one of the two articles is determined according to which has the larger value of the sum of: level of contact with said conveying unit; and gap between the articles; divided by length of the article.
Method for operating a braking system for a motor vehicle, the braking system having a brake pressure source and at least one wheel brake that can be acted upon by a brake pressure that is provided by means of the brake pressure source and acts on a brake piston , characterised in that in that , for carrying out diagnostics of the braking system while the wheel brake is not actuated by a driver of the motor vehicle, the wheel brake is acted upon by a brake pressure corresponding to a diagnostic brake pressure and producing a specified force on the brake piston , and a counterforce directed counter to the force is applied to the brake piston , so that the build-up of a braking force on the wheel brake is prevented, the wheel brake having a clearance delimited by a first clearance position and a second clearance position, while a brake shoe connected to the brake piston can be displaced in the direction of a brake disc or a brake drum of the wheel brake while maintaining a separation therefrom, and in that the brake piston is subjected to force by means of a resetting device in such a way that between the first clearance position and the second clearance position the counterforce is set to a force required for locking the brake piston .
A system comprising a testing device to emulate the thermal exposure caused by a wireless power transmitter device having a wireless power transmitter coil and a host device , the testing device comprising: a housing , the housing having a bottom side adapted for placement on a surface of the wireless power transmitter device , and a top side opposite to the bottom side ; a wireless power receiver coil provided in the housing; thermo sensory means ; and an interface to provide measurement data from the thermo sensory means to the host device , the host device having processing means for processing the measurement data to emulate the said thermal exposure, wherein the thermo sensory means comprises: a first temperature sensor adapted to measure a temperature at a first position inside the housing ; and a second temperature sensor adapted to measure a temperature at a second position external to the housing . a housing , the housing having a bottom side adapted for placement on a surface of the wireless power transmitter device , and a top side opposite to the bottom side ; a wireless power receiver coil provided in the housing; thermo sensory means ; and an interface to provide measurement data from the thermo sensory means to the host device , the host device having processing means for processing the measurement data to emulate the said thermal exposure, wherein the thermo sensory means comprises: a first temperature sensor adapted to measure a temperature at a first position inside the housing ; and a second temperature sensor adapted to measure a temperature at a second position external to the housing . a first temperature sensor adapted to measure a temperature at a first position inside the housing ; and a second temperature sensor adapted to measure a temperature at a second position external to the housing .
Method for docking a submarine vessel on a submarine docking port , said submarine vessel is provided with a submarine navigation system, said submarine vessel is navigated to a first position at a first distance from the docking port , characterised in that at least one primary coil on the docking port emits a magnetic field , and the submarine vessel is provided with an electronics adapted to measure the strength of the magnetic field received by a second coil on the submarine vessel , a positioning electronics guides the submarine vessel by trial and error in the horizontal plane (X-Y plane) to locate a position where the magnetic field received by the second coil is at a local maximum and the positioning electronics guides the submarine vessel in the vertical direction (Z-direction) until the submarine vessel is correctly docketed onto the docking port .
A fuel cell catalyst composition comprising a C12A7:X - inorganic material having a structure in which oxygen anions of C12A7 are replaced by halogen (X) anions, wherein the halogen anion is a combination of fluoride anion (F-) and chloride anion (Cl - ).
A rigid connector for use with a plurality of piezoelectric active elements to form a multi-level axial displacement piezoelectric actuator of large overall axial displacement and blocking forces, said connector comprising: a substantially cylindrical component having a first base, and a second base in an opposed, substantially parallel relationship to said first base; a set of multiple connector recesses equally spaced and arranged circumferentially extending substantially through the connector from said first base, perpendicular to said first base; and a set of multiple connector recesses equally spaced and arranged circumferentially extending substantially through the connector from said second base, perpendicular to said second base, which intersperse with the set of recesses extending from the first base at approximately equal angular separation along the circumference of the connector; wherein each connector recess can house a piezoelectric active element; wherein the cross-section of each connector recess is substantially equal to that of the piezoelectric active element that it can house; wherein the base of each connector recess is firmly connected to the connector body to avoid cantilever loading during use; wherein the depth of each connector recess is preferably slightly shorter than the length of the piezoelectric active element that it can house; and wherein the piezoelectric active elements when housed in both sets of connector recesses can operate in unison to produce an overall axial displacement approximately twice that of respective piezoelectric active elements and of blocking force comparable to or larger than that of respective piezoelectric active elements. a substantially cylindrical component having a first base, and a second base in an opposed, substantially parallel relationship to said first base; a set of multiple connector recesses equally spaced and arranged circumferentially extending substantially through the connector from said first base, perpendicular to said first base; and a set of multiple connector recesses equally spaced and arranged circumferentially extending substantially through the connector from said second base, perpendicular to said second base, which intersperse with the set of recesses extending from the first base at approximately equal angular separation along the circumference of the connector;
A User Equipment, UE, for wireless communication, the UE comprising at least one memory and at least one processor coupled with the at least one memory and configured to cause the UE to: in response to receiving a first request via a first data connection with a first mobile communication network , the first data connection supporting a plurality of quality of service, QoS, flows, the first request containing a first set of parameters for establishing a second data connection with an interworking function in a second mobile communication network , wherein the first request is received from the interworking function, and wherein data traffic of the second data connection is to be transferred through the first data connection , and in response to determining that none of the existing QoS flows of the first data connection is suitable to fulfill the QoS requirements of the second data connection : initiate a modification procedure with the first mobile communication network by sending a second request to modify the first data connection , the second request containing a second set of parameters derived from the first set of parameters, wherein the second set of parameters indicate to establish a new QoS flow over the first data connection , wherein the new QoS flow is to carry the data traffic of the second data connection , and the second set of parameters modify the first data connection for supporting the data traffic of the second data connection ; and transmit the data traffic of the second data connection through the modified first data connection . in response to receiving a first request via a first data connection with a first mobile communication network , the first data connection supporting a plurality of quality of service, QoS, flows, the first request containing a first set of parameters for establishing a second data connection with an interworking function in a second mobile communication network , wherein the first request is received from the interworking function, and wherein data traffic of the second data connection is to be transferred through the first data connection , and in response to determining that none of the existing QoS flows of the first data connection is suitable to fulfill the QoS requirements of the second data connection : initiate a modification procedure with the first mobile communication network by sending a second request to modify the first data connection , the second request containing a second set of parameters derived from the first set of parameters, wherein the second set of parameters indicate to establish a new QoS flow over the first data connection , wherein the new QoS flow is to carry the data traffic of the second data connection , and the second set of parameters modify the first data connection for supporting the data traffic of the second data connection ; and transmit the data traffic of the second data connection through the modified first data connection .
An aqueous primer composition comprising: a first thermosetting resin that is a particulate solid at ambient conditions; a second thermosetting resin that is liquid at ambient conditions and acting as a reactive coalescent agent in which the first thermosetting resin is at least partially soluble; and a curative that is substantially water-insoluble and reactive with the first and second thermosetting resins, wherein the aqueous primer composition contains up to 4 percent of volatile solvents, other than water, relative to the overall weight of the aqueous primer composition. a first thermosetting resin that is a particulate solid at ambient conditions; a second thermosetting resin that is liquid at ambient conditions and acting as a reactive coalescent agent in which the first thermosetting resin is at least partially soluble; and a curative that is substantially water-insoluble and reactive with the first and second thermosetting resins, wherein the aqueous primer composition contains up to 4 percent of volatile solvents, other than water, relative to the overall weight of the aqueous primer composition.