mhurhangee/ep-ind-claims huggingface dataset:
Method for positioning a user inside a building, wherein the user has a user carried device and the user carried device is provided with a direction sensor and a movement sensor, wherein the method comprises the steps of: providing the user carried device with a vector map of the building, wherein the vector map comprises vectors and nodes representing possible movement paths for the user in the building, distributing a plurality of possible starting positions in the vector map, the plurality of possible starting positions representing an initial position of the user, receiving movement information from the movement sensor regarding movement of the user in the building, receiving direction information from the direction sensor regarding the direction of the movement of the user, and estimating a plurality of possible new positions of the user along a vector in the vector map based on each possible starting position in the vector map, the movement information and the direction information, wherein each possible new position is given a probability weight based on correlation between the vector map and the movement information and the direction information. providing the user carried device with a vector map of the building, wherein the vector map comprises vectors and nodes representing possible movement paths for the user in the building, distributing a plurality of possible starting positions in the vector map, the plurality of possible starting positions representing an initial position of the user, receiving movement information from the movement sensor regarding movement of the user in the building, receiving direction information from the direction sensor regarding the direction of the movement of the user, and estimating a plurality of possible new positions of the user along a vector in the vector map based on each possible starting position in the vector map, the movement information and the direction information, wherein each possible new position is given a probability weight based on correlation between the vector map and the movement information and the direction information.
A process for washing fabrics comprising the steps of; a. Obtaining a water-soluble unit dose article comprising at least a first water-soluble film, a second water-soluble film and a detergent composition, wherein the first water-soluble film and the second water-soluble film are chemically different to one another, and wherein the first water-soluble film has a first water capacity, and wherein the second water-soluble film has a second water capacity, wherein the first water capacity is less than the second water capacity and wherein the difference between the water capacity of the first water soluble film and the second water-soluble film is between 0.01% and 1%; b. Adding the water-soluble unit dose article to an automatic washing machine, preferably to the drum of an automatic washing machine, with fabrics to be washed, wherein preferably the fabrics comprise at least one stain or soil to be removed; c. Washing the fabrics in an automatic washing machine wash process wherein said process comprises a main wash step. a. Obtaining a water-soluble unit dose article comprising at least a first water-soluble film, a second water-soluble film and a detergent composition, wherein the first water-soluble film and the second water-soluble film are chemically different to one another, and wherein the first water-soluble film has a first water capacity, and wherein the second water-soluble film has a second water capacity, wherein the first water capacity is less than the second water capacity and wherein the difference between the water capacity of the first water soluble film and the second water-soluble film is between 0.01% and 1%; b. Adding the water-soluble unit dose article to an automatic washing machine, preferably to the drum of an automatic washing machine, with fabrics to be washed, wherein preferably the fabrics comprise at least one stain or soil to be removed; c. Washing the fabrics in an automatic washing machine wash process wherein said process comprises a main wash step.
A non-human vertebrate cell whose genome comprises the J κ and V κ gene segments Jκ5*01, Jκ4*01, Jκ3*01, Jκ2*01 or Jκ2*04, Jκ1*01, Vκ4-1*01, Vκ5-2*01 or Vκ5-2*d01, Vκ1-5*03, Vκ1-6*01, Vκ1-8*01, Vκ1-9*01 or Vκ1-9*d01, Vκ3-11*01, Vκ1-12*01, Vκ1-13*01, Vκ3-15*01, Vκ1-16*02, Vκ1-17*01, Vκ3-20*01, Vκ6-21*01, and Vκ2-24*01 upstream of a constant region at a light chain locus, wherein the gene segments are operably linked to the constant region thereof so that i) the cell is capable of producing antibody light chains comprising human VL domains, wherein the light chain locus comprises a human VL gene segment from Jκ5*01, Jκ4*01, Jκ3*01, Jκ2*01 or Jκ2*04, Jκ1*01, Vκ4-1*01, Vκ5-2*01 or Vκ5-2*d01, Vκ1-5*03, Vκ1-6*01, Vκ1-8*01, Vκ1-9*01 or Vκ1-9*d01, Vκ3-11*01, Vκ1-12*01, Vκ1-13*01, Vκ3-15*01, Vκ1-16*02, Vκ1-17*01, Vκ3-20*01, Vκ6-21*01, and Vκ2-24*01 capable of recombining with one of said human JL gene segments from Jκ5*01, Jκ4*01, Jκ3*01, Jκ2*01 or Jκ2*04, Jκ1*01, Vκ4-1*01, Vκ5-2*01 or Vκ5-2*d01, Vκ1-5*03, Vκ1-6*01, Vκ1-8*01, Vκ1-9*01 or Vκ1-9*d01, Vκ3-11*01, Vκ1-12*01, Vκ1-13*01, Vκ3-15*01, Vκ1-16*02, Vκ1-17*01, Vκ3-20*01, Vκ6-21*01, and Vκ2-24*01 to produce a VL domain, or ii) the cell can develop into a vertebrate that expresses an antibody comprising said VL domain, and wherein the non-human vertebrate cell is a mouse or rat cell.
A container for holding a photocurable composition in a stereolithography apparatus comprising a container, an active energy beam irradiation apparatus, and an actuator, wherein the container comprises a bottom and a wall, the bottom comprises a first layer comprising a hard resin, a second layer comprising a soft resin, and a third layer comprising a fluorine resin, the second layer is laminated on the first layer and the third layer is laminated on the second layer, and the third layer has a thickness of 0.1 to 5.0 mm; characterized in that the pencil hardness measured according to JIS K 5600-5-4:1999 for the first layer is 3B or harder and the hardness measured for the second layer using a type A durometer compliant with JIS K 6253-3:2012 is 10 to 90. the container comprises a bottom and a wall, the bottom comprises a first layer comprising a hard resin, a second layer comprising a soft resin, and a third layer comprising a fluorine resin, the second layer is laminated on the first layer and the third layer is laminated on the second layer, and the third layer has a thickness of 0.1 to 5.0 mm; characterized in that the pencil hardness measured according to JIS K 5600-5-4:1999 for the first layer is 3B or harder and the hardness measured for the second layer using a type A durometer compliant with JIS K 6253-3:2012 is 10 to 90.
A computer implemented method to detect an anomalous change to a web application configuration, the web application executing with a web server, the method comprising: receiving a first set of records for the web application operating in a training mode of operation, each record including characteristics of the web application and the characteristics including features of a response message generated by the web server; generating a sparse distributed representation of the set of records to form a training set for a hierarchical temporal memory, HTM; training the HTM based on the training set in order that the trained HTM provides a model of the operation of the web application in the training mode of operation; receiving a second set of records for the web application, each record including characteristics of the web application and the characteristics including features of a response message generated by the web server; generating a sparse distributed representation of the second set of records to form an input set for the trained HTM; executing the trained HTM based on the input set to determine a degree of recognition of the records of the input set; and responsive to a determination that a degree of recognition of one or more records of the input set is below a threshold degree, identifying an anomalous change to the web application configuration. receiving a first set of records for the web application operating in a training mode of operation, each record including characteristics of the web application and the characteristics including features of a response message generated by the web server; generating a sparse distributed representation of the set of records to form a training set for a hierarchical temporal memory, HTM; training the HTM based on the training set in order that the trained HTM provides a model of the operation of the web application in the training mode of operation; receiving a second set of records for the web application, each record including characteristics of the web application and the characteristics including features of a response message generated by the web server; generating a sparse distributed representation of the second set of records to form an input set for the trained HTM; executing the trained HTM based on the input set to determine a degree of recognition of the records of the input set; and responsive to a determination that a degree of recognition of one or more records of the input set is below a threshold degree, identifying an anomalous change to the web application configuration.
Cooking system comprising at least one control device, at least one extractor hood device, at least one kitchen utensil and at least one hob device, the extractor hood device comprising at least one movable vapour screen device having at least one suction opening in operative connection with at least one fan device, the hob device comprising at least one support device for placing kitchen utensils on and at least one heating device for heating up kitchen utensils, and the vapour screen device being movable into at least two operating positions (11, 12) each having at least one different extension height (13, 14), characterised in that the kitchen utensil comprises at least one transmitting/receiving device which is suitable and designed for transmitting at least one signal having at least one identification signature to at least the control device, by means of which the at least one kitchen utensil can be identified, and the control device comprises a communications device, the at least one kitchen utensil transmits at least one signal having at least one identification signature to the control device and the control device determines the identity of the at least one kitchen utensil by means of the at least one identification signature and the control device automatically moves the vapour screen device into the operating position (11, 12) assigned to the identity of the kitchen utensil, at least one operating position (11, 12) assigned to the identity of a kitchen utensil being stored in the control device. at least one control device, at least one extractor hood device, at least one kitchen utensil and at least one hob device, the extractor hood device comprising at least one movable vapour screen device having at least one suction opening in operative connection with at least one fan device, the hob device comprising at least one support device for placing kitchen utensils on and at least one heating device for heating up kitchen utensils, and the vapour screen device being movable into at least two operating positions (11, 12) each having at least one different extension height (13, 14), characterised in that the kitchen utensil comprises at least one transmitting/receiving device which is suitable and designed for transmitting at least one signal having at least one identification signature to at least the control device, by means of which the at least one kitchen utensil can be identified, and the control device comprises a communications device, the at least one kitchen utensil transmits at least one signal having at least one identification signature to the control device and the control device determines the identity of the at least one kitchen utensil by means of the at least one identification signature and the control device automatically moves the vapour screen device into the operating position (11, 12) assigned to the identity of the kitchen utensil, at least one operating position (11, 12) assigned to the identity of a kitchen utensil being stored in the control device.
A method for generating an indication of remaining battery life for a wireless device, the wireless device being positioned in an installation location and operable for radio communication with a communication network node; the method comprising: estimating a signal loss between the wireless device in the installation location and the communication network node; and mapping the estimated signal loss to an indication of remaining battery life for the wireless device; wherein the mapping is based on: estimated energy consumption of the wireless device for radio communication, the estimated energy consumption being generated from the estimated signal loss and determined communication parameters for the wireless device; and remaining battery capacity for the wireless device. estimating a signal loss between the wireless device in the installation location and the communication network node; and mapping the estimated signal loss to an indication of remaining battery life for the wireless device; estimated energy consumption of the wireless device for radio communication, the estimated energy consumption being generated from the estimated signal loss and determined communication parameters for the wireless device; and remaining battery capacity for the wireless device.
A peptide, the amino acid sequence of which consists of any one of the following amino acid sequences: GFTTGRRGDLATIHGMNRPF; YTASARGDLAHLTTTHARHL; and NAVPNLRGDLQVLAQKVART. GFTTGRRGDLATIHGMNRPF; YTASARGDLAHLTTTHARHL; and NAVPNLRGDLQVLAQKVART.
A device for dispensing an ingredient during the preparation of a mixture for making a food product, said device comprising: - a structure for loading the ingredient (2, 22); - control means (6, 24) for controlling the flow of the ingredient from said loading structure (2, 22) to a structure for receiving the ingredient, - an optical sensor designed to detect an optical parameter of said ingredient; and - a control unit configured for generating a signal for enabling dispensing of the ingredient on the basis of a signal coming from said sensor, and for governing said control means via said enabling signal; wherein - said optical sensor is designed to detect an optical parameter of said ingredient in said loading structure (2, 22); - said control unit is configured for governing said control means in the action of determining said flow of the ingredient from said loading structure (2, 22) to said receiving structure only in the case where said ingredient is recognised by said unit as a predetermined ingredient, on the basis of the detection made by said sensor. - a structure for loading the ingredient (2, 22); - control means (6, 24) for controlling the flow of the ingredient from said loading structure (2, 22) to a structure for receiving the ingredient, - an optical sensor designed to detect an optical parameter of said ingredient; and - a control unit configured for generating a signal for enabling dispensing of the ingredient on the basis of a signal coming from said sensor, and for governing said control means via said enabling signal; wherein - said optical sensor is designed to detect an optical parameter of said ingredient in said loading structure (2, 22); - said control unit is configured for governing said control means in the action of determining said flow of the ingredient from said loading structure (2, 22) to said receiving structure only in the case where said ingredient is recognised by said unit as a predetermined ingredient, on the basis of the detection made by said sensor.
Round filter element for a filter device, in particular an air filter device, comprising a filter medium body, designed as a pleated filter with a plurality of filter pleats, and the wall of which can be flowed through by the fluid to be cleaned in the radial direction with respect to the longitudinal axis of the filter medium body, having in each case an end disc (9, 10) on opposite front faces of the filter medium body, wherein the end discs cover the axial front faces of the filter medium body in a fluid-tight manner, wherein the raw side is disposed in an interior flow chamber in the filter medium body and a support grid is disposed on the exterior wall of the filter medium body, characterized in that a sealing element is disposed on a seal carrier formed separately from the end disc (9, 10), which seal carrier is disposed adjacent to the raw air side and/or open end disc, wherein the seal carrier is designed as a circumferential support wall, on the front face of which, facing away from the adjacent end disc on the raw air side and/or open end disc, the sealing element is disposed, in that the end discs consist of a softer material than the support grid and the seal carrier, and in that the sealing element is disposed axially and in particular radially at a distance from the adjacent end disc.
Medical device comprising an artificial contractile structure comprising at least one contractile element adapted to contract a hollow body organ, in such a way that said contractile element is adapted to be in a resting position or in an activated position, the activated position being defined with said contractile element constricting the hollow body organ and the resting position being defined with said contractile element not constricting the hollow body organ, the medical device comprising a tensioning device adapted to apply a force so as to tighten the contractile element around said hollow body organ, said tensioning device being arranged to cause the contractile element to apply a substantially uniform occlusive pressure of at most 8N/cm 2, preferably at most 5N/cm 2, further preferably at most 2N/cm 2, said pressure varying by at most 15%, preferably by at most 10%, preferably by at most 5% along the circumference of the contact area between the contractile element and the hollow body organ when the contractile element is in its activated position, characterised in that the contractile element further comprises: - a flexible strip extending in a longitudinal direction; - a plurality of transversal reinforcement elements extending from a surface of the flexible strip, and further characterised in that the tensioning device is adapted so as to cause the flexible strip to flex into a U-shaped or U-like-shaped cross-section upon application of said force, the bottom of said U-shape or U-like-shape being arranged to apply said occlusive pressure. - a flexible strip extending in a longitudinal direction; - a plurality of transversal reinforcement elements extending from a surface of the flexible strip,
A hanger plate for an elevator, said hanger plate being suitable for connecting a hanger case installed on an upper part of an elevator doorway and having a hanger rail formed in a width direction of the elevator doorway, with an elevator door which is guided by the hanger rail to move in the width direction of the elevator doorway, through a roller rotating on the hanger rail, characterized in that said hanger plate comprises: a first embossing portion which is forwardly projected or backwardly recessed, and is formed in a vertical direction so as to pass through a line extended in the width direction from a point that corresponds to the center of the roller. a first embossing portion which is forwardly projected or backwardly recessed, and is formed in a vertical direction so as to pass through a line extended in the width direction from a point that corresponds to the center of the roller.
A preparation for systemic administration based on erucic acid (i.e., cis-13-docosenoic acid, 22:1 n-9) for use as an anticoagulant and antithrombotic agent.
A Base Station, BS, apparatus in a wireless communication system, the apparatus comprising: a manager for increasing a set point associated with a Mobile Station, MS, if an error is detected in a burst received from the MS; a detector for incrementing a counter associated with the MS if a difference, between a maximum Transmission, Tx, power of the MS and a Tx power used by the MS when transmitting the burst in which the error was detected, is less than a difference threshold; and a determining unit for decreasing a number of slots allocated to the MS, if the counter associated with the MS is greater than a counter threshold, wherein the detector sets the counter associated with the MS to a preset negative integer value if the counter associated with the MS is greater than the counter threshold, and wherein the preset negative integer value is equal to a number of frames between a time point at which channel state information is obtained and a time point at which the transmission format is determined by using the channel state information. a manager for increasing a set point associated with a Mobile Station, MS, if an error is detected in a burst received from the MS; a detector for incrementing a counter associated with the MS if a difference, between a maximum Transmission, Tx, power of the MS and a Tx power used by the MS when transmitting the burst in which the error was detected, is less than a difference threshold; and a determining unit for decreasing a number of slots allocated to the MS, if the counter associated with the MS is greater than a counter threshold, wherein the detector sets the counter associated with the MS to a preset negative integer value if the counter associated with the MS is greater than the counter threshold, and wherein the preset negative integer value is equal to a number of frames between a time point at which channel state information is obtained and a time point at which the transmission format is determined by using the channel state information.
A method for restricting access to a communication channel, the method performed by a base station and comprising: generating a message comprising access restriction data addressed to at least one wireless communication device, wherein the access restriction data indicates that a group of wireless communication devices has restricted access to a communication channel based on a priority value associated with the group, wherein: the access restriction data indicates a length of a time interval and is adapted to cause wireless communication devices associated with the priority value to not request access to the communication channel during the indicated length of the time interval; and transmitting (1010, 1012) the message to the at least one wireless communication device via a paging channel and/or an access channel. generating a message comprising access restriction data addressed to at least one wireless communication device, wherein the access restriction data indicates that a group of wireless communication devices has restricted access to a communication channel based on a priority value associated with the group, wherein: the access restriction data indicates a length of a time interval and is adapted to cause wireless communication devices associated with the priority value to not request access to the communication channel during the indicated length of the time interval; and transmitting (1010, 1012) the message to the at least one wireless communication device via a paging channel and/or an access channel.