mhurhangee/ep-ind-claims huggingface dataset:
An enclosure for refrigerating chambers, suitable for closing an access opening to a refrigerating chamber and comprising: a sliding refrigerating door and a quick-opening door, both assembled on one same side of the access opening to the refrigerating chamber, said quick-opening door comprising a frame provided with vertical posts, at least one flexible sheet (21, 22), exposed to the cold of the chamber, movable along guides of the vertical posts, and a motorised drum, provided with a protective cover, for rolling and unrolling said flexible sheet (21, 22); characterised in that the vertical posts of the frame of the quick-opening door comprise: - on an outer face, at least one mouth wherein a fan is coupled which introduces air in the corresponding vertical post; - on the inside thereof, a deflector plate which directs the air supplied by the fan to the lower area of the vertical post, and underneath said deflector plate electrical resistors for heating the supplied air and, - on an inner face, an outlet for supplying hot air on one of the surfaces, inner or outer, of the flexible sheet exposed to the cold of the chamber and removing frost from said flexible sheet. - on an outer face, at least one mouth wherein a fan is coupled which introduces air in the corresponding vertical post; - on the inside thereof, a deflector plate which directs the air supplied by the fan to the lower area of the vertical post, and underneath said deflector plate electrical resistors for heating the supplied air and, - on an inner face, an outlet for supplying hot air on one of the surfaces, inner or outer, of the flexible sheet exposed to the cold of the chamber and removing frost from said flexible sheet.
A vacuum-based fruit gripper assembly for use in a fruit-picking machine, said fruit gripper assembly comprising: a) a support having a main axis and receivable onto a fruit-picking machine, said support comprising an aperture therethrough for communication with a source of suction generator; and b) a flexible gripping suction-nipple for engaging a fruit, mounted on said support and connected to said aperture, wherein said nipple is equipped with an interlock mechanism, and wherein said nipple has two configurations: - a first open-configuration when the nipple is not attached to a fruit and no vacuum is generated, in which said interlock mechanism is open and the nipple is free to twist; and - a second locked-configuration when the nipple is attached to a fruit and vacuum is applied and the nipple is cramped due to the attachment of the fruit and the application of vacuum, in which said interlock mechanism is locked thereby preventing twisting of the nipple, characterized in that said interlock mechanism comprises ribs, and wherein the interlock mechanism comprises grooves and bulges or protrusions (101,102) that interact with one another when the nipple is cramped. a) a support having a main axis and receivable onto a fruit-picking machine, said support comprising an aperture therethrough for communication with a source of suction generator; and b) a flexible gripping suction-nipple for engaging a fruit, mounted on said support and connected to said aperture, - a first open-configuration when the nipple is not attached to a fruit and no vacuum is generated, in which said interlock mechanism is open and the nipple is free to twist; and - a second locked-configuration when the nipple is attached to a fruit and vacuum is applied and the nipple is cramped due to the attachment of the fruit and the application of vacuum, in which said interlock mechanism is locked thereby preventing twisting of the nipple, characterized in that said interlock mechanism comprises ribs, and wherein the interlock mechanism comprises grooves and bulges or protrusions (101,102) that interact with one another when the nipple is cramped.
A method of analysing network communications data, comprising units of data obtained from a communications network, wherein each unit of data comprises a plurality of attributes and is associated with a respective timestamp representing a time of capture by a packet capture device that has received copies of traffic from the communications network, each unit of data being stored as a record in a record store, the method comprising: specifying a time interval, and for that time interval: generating a signature from each unit of network communications data whose timestamp is in that time interval; counting the number of occurrences of each distinct signature; and storing a resulting table of counts corresponding to each signature, wherein: the network communications data is DNS protocol data; each signature is formed by combining multiple values of attributes of the unit of data into a single numerical value; and the method further comprises aggregating the results in the table to create at least one further table in which the counts correspond to occurrences of each distinct signature over multiple consecutive time intervals. generating a signature from each unit of network communications data whose timestamp is in that time interval; counting the number of occurrences of each distinct signature; and storing a resulting table of counts corresponding to each signature, wherein: the network communications data is DNS protocol data; each signature is formed by combining multiple values of attributes of the unit of data into a single numerical value; and the method further comprises aggregating the results in the table to create at least one further table in which the counts correspond to occurrences of each distinct signature over multiple consecutive time intervals. the network communications data is DNS protocol data; each signature is formed by combining multiple values of attributes of the unit of data into a single numerical value; and the method further comprises aggregating the results in the table to create at least one further table in which the counts correspond to occurrences of each distinct signature over multiple consecutive time intervals.
System for dispensing fluid materials comprising a perfume mixture, the system characterized by comprising: a. a plurality of fluid storage chambers, each of the plurality containing a stored fluid; b. at least one MEMS dispensing element disposed in fluid communication with at least one of the plurality of fluid storage chambers, the dispensing element head comprising a thermal driver or a piezo mechanical driver; c. a control element disposed in electrical communication with the at least one dispensing element and comprising a memory component; d. a power supply disposed in electrical communication with the at least one dispensing element and the control element; e. a user interface disposed in electrical communication with the control element; wherein the memory component contains programmed instructions which, when executed by the control element cause the system to randomly dispense a first fluid from a first fluid storage chamber, and randomly disperse a second fluid from a second fluid storage chamber; wherein the system further comprises a network interface disposed in electrical communication with the power supply and the control element and the user interface comprises a networked device disposed in communication with the network interface and a memory component comprising programmed instructions which, when executed cause the control element to store programmed instructions in the memory component of the control element according to input from the networked device; and wherein the fluid storage chambers comprise a second memory component disposed in electrical communication with the control element, the memory component containing data associated with fluid contained in the fluid storage chamber. a. a plurality of fluid storage chambers, each of the plurality containing a stored fluid; b. at least one MEMS dispensing element disposed in fluid communication with at least one of the plurality of fluid storage chambers, the dispensing element head comprising a thermal driver or a piezo mechanical driver; c. a control element disposed in electrical communication with the at least one dispensing element and comprising a memory component; d. a power supply disposed in electrical communication with the at least one dispensing element and the control element; e. a user interface disposed in electrical communication with the control element;
User equipment (103, 202), the user equipment (103, 202) to: receive data (102, 204) representing identity information broadcast by a rendering apparatus over a passive non-contact short proximity data transport mechanism when the user equipment (103, 202) is proximate the rendering apparatus; store the data representing identity information for the rendering apparatus in a memory; push the gathered identity information to a workstation; characterised by: the user equipment further to: receive data representing respective identity information for multiple other rendering apparatus (203, 205, 207, 209, 211, 213) from the rendering apparatus; and store the data representing respective identity information for the multiple other rendering apparatus (203, 205, 207, 209, 211, 213) in the memory, wherein pushing the gathered identity information to the workstation enables the workstation to connect with the rendering apparatus or one of the multiple other rendering apparatus (203, 205, 207, 209, 211, 213). receive data (102, 204) representing identity information broadcast by a rendering apparatus over a passive non-contact short proximity data transport mechanism when the user equipment (103, 202) is proximate the rendering apparatus; store the data representing identity information for the rendering apparatus in a memory; push the gathered identity information to a workstation; characterised by: the user equipment further to: receive data representing respective identity information for multiple other rendering apparatus (203, 205, 207, 209, 211, 213) from the rendering apparatus; and store the data representing respective identity information for the multiple other rendering apparatus (203, 205, 207, 209, 211, 213) in the memory, wherein pushing the gathered identity information to the workstation enables the workstation to connect with the rendering apparatus or one of the multiple other rendering apparatus (203, 205, 207, 209, 211, 213). the user equipment further to: receive data representing respective identity information for multiple other rendering apparatus (203, 205, 207, 209, 211, 213) from the rendering apparatus; and store the data representing respective identity information for the multiple other rendering apparatus (203, 205, 207, 209, 211, 213) in the memory, receive data representing respective identity information for multiple other rendering apparatus (203, 205, 207, 209, 211, 213) from the rendering apparatus; and store the data representing respective identity information for the multiple other rendering apparatus (203, 205, 207, 209, 211, 213) in the memory, wherein pushing the gathered identity information to the workstation enables the workstation to connect with the rendering apparatus or one of the multiple other rendering apparatus (203, 205, 207, 209, 211, 213).
A method of manufacturing a liquid container, comprising: a process of preparing a liquid container, in which the liquid container includes a liquid storage chamber which stores liquid, a transparent member which is disposed in the liquid storage chamber, a liquid guiding channel which causes a supply port which supplies the liquid to the outside and the liquid storage chamber to communicate with each other, and an atmosphere introduction channel in which an atmosphere opening port is formed at one end and the other end communicates with the liquid storage chamber, and in which the liquid guiding channel includes a channel (370, 372, 388) in which the cross-sectional area is smaller than an area of an arbitrary cross-section passing through the transparent member in the liquid storage chamber; and (b) a process of injecting liquid into the liquid container via the liquid storage chamber or a portion upstream of the liquid storage chamber, in a channel from the atmosphere opening port to the supply port. a process of preparing a liquid container, in which the liquid container includes a liquid storage chamber which stores liquid, a transparent member which is disposed in the liquid storage chamber, a liquid guiding channel which causes a supply port which supplies the liquid to the outside and the liquid storage chamber to communicate with each other, and an atmosphere introduction channel in which an atmosphere opening port is formed at one end and the other end communicates with the liquid storage chamber, and in which the liquid guiding channel includes a channel (370, 372, 388) in which the cross-sectional area is smaller than an area of an arbitrary cross-section passing through the transparent member in the liquid storage chamber; and (b) a process of injecting liquid into the liquid container via the liquid storage chamber or a portion upstream of the liquid storage chamber, in a channel from the atmosphere opening port to the supply port. (b) a process of injecting liquid into the liquid container via the liquid storage chamber or a portion upstream of the liquid storage chamber, in a channel from the atmosphere opening port to the supply port.
Drawer wall element for a drawer, wherein a side edge section of a drawer base can be inserted onto the drawer wall element in order to form a side drawer wall adjoining the drawer base, wherein on the drawer wall element a bearing surface is provided for supporting the bottom of the insertable side edge section, wherein on the drawer wall element a displacement section of the drawer wall element formed within a width dimension of the bearing surface underneath the bearing surface is provided, which extends in a section parallel to the bearing surface below the bearing surface within a width dimension of the bearing surface, characterised in that the displacement section is located at the end side of the bearing surface or on an end side which faces a rear end of the drawer wall element.
Method for manufacturing an assembly consisting of a connector and a multicore cable that comprises: * a multicore cable comprising conductors including at least one electrical conductor, a peripheral metallic shielding braid that surrounds the conductors, and an outer protective sheath; * a connector to which the front ends of the conductors of the multicore cable are connected, and which comprises a conductive rear portion (13, 22) to which the free front end section of the shielding braid is connected electrically, wherein the method consists, successively, of: - jointing the front free ends of the conductors to the connector; - folding back a front portion of the shielding braid; - moulding a first material (26, 28) at least around the conductors, in a region not surrounded by the folded-back shielding braid; - screwing a conductive intermediate jointing ring onto the conductive rear portion of the connector which is an externally threaded portion; - unfolding said front portion of the shielding braid over said region to bring a front section of the shielding braid into electrical contact with the conductive rear portion (13, 22) of the connector; - clamping the front section of the shielding braid radially around the ring of the connector; - moulding a second material to constitute an outer envelope of the assembly that surrounds at least the shielding braid from its front free end to a front portion of the outer sheath of the multicore cable surrounding the shielding braid. * a multicore cable comprising conductors including at least one electrical conductor, a peripheral metallic shielding braid that surrounds the conductors, and an outer protective sheath; * a connector to which the front ends of the conductors of the multicore cable are connected, and which comprises a conductive rear portion (13, 22) to which the free front end section of the shielding braid is connected electrically, - jointing the front free ends of the conductors to the connector; - folding back a front portion of the shielding braid; - moulding a first material (26, 28) at least around the conductors, in a region not surrounded by the folded-back shielding braid; - screwing a conductive intermediate jointing ring onto the conductive rear portion of the connector which is an externally threaded portion; - unfolding said front portion of the shielding braid over said region to bring a front section of the shielding braid into electrical contact with the conductive rear portion (13, 22) of the connector; - clamping the front section of the shielding braid radially around the ring of the connector; - moulding a second material to constitute an outer envelope of the assembly that surrounds at least the shielding braid from its front free end to a front portion of the outer sheath of the multicore cable surrounding the shielding braid.
A system for assessment of a blood flow in an area of the skin and underlying tissue of a patient, said system being characterized by comprising: a sensor plate having at least one blood flow sensor for obtaining blood flow data by means of photoplethysmography; an expandable element having a controllable expansion state, said expandable element being arranged to form a frame at least partly circumventing the sensor plate; wherein the configuration of the expandable element secures that the assessed area can be w subjected to at least two different pressure states obtained by the patient's weight pressuring against a support on which the patient is placed and an expansion of the expandable element in a direction from the support against the patient to substantially eliminate a pressure on the patient's body from the support in the area at least partly circumventing the assessed area; and a computing system arranged to perform data processing of said blood flow data, wherein the at least one blood flow sensor is arranged to obtain blood flow data while subjecting the assessed area to the at least two different pressure states, and wherein the computing system is arranged to assess the risk of pressure ulcers on the patient, based on assessment of the blood flow data for the at least two different pressure states. a sensor plate having at least one blood flow sensor for obtaining blood flow data by means of photoplethysmography; an expandable element having a controllable expansion state, said expandable element being arranged to form a frame at least partly circumventing the sensor plate; wherein the configuration of the expandable element secures that the assessed area can be w subjected to at least two different pressure states obtained by the patient's weight pressuring against a support on which the patient is placed and an expansion of the expandable element in a direction from the support against the patient to substantially eliminate a pressure on the patient's body from the support in the area at least partly circumventing the assessed area; and a computing system arranged to perform data processing of said blood flow data, wherein the at least one blood flow sensor is arranged to obtain blood flow data while subjecting the assessed area to the at least two different pressure states, and wherein the computing system is arranged to assess the risk of pressure ulcers on the patient, based on assessment of the blood flow data for the at least two different pressure states.
A method for wireless communication at a user equipment, UE, comprising: receiving, from a base station, a plurality of downlink control information DCI, messages (215,505,510, 1505) that include a plurality of transmit power control, TPC, commands for an uplink transmission; determining (515, 1510) a power adjustment value for the uplink transmission based at least in part on a combination of the plurality of TPC commands, the combination of the plurality of TPC commands including at least a first TPC command of a first DCI message and a second TPC command of a second DCI message; adjusting (520, 1515) a transmit power level based at least in part on the determined power adjustment value; and transmitting (525, 1520) the uplink transmission to the base station at the adjusted transmit power level. receiving, from a base station, a plurality of downlink control information DCI, messages (215,505,510, 1505) that include a plurality of transmit power control, TPC, commands for an uplink transmission; determining (515, 1510) a power adjustment value for the uplink transmission based at least in part on a combination of the plurality of TPC commands, the combination of the plurality of TPC commands including at least a first TPC command of a first DCI message and a second TPC command of a second DCI message; adjusting (520, 1515) a transmit power level based at least in part on the determined power adjustment value; and transmitting (525, 1520) the uplink transmission to the base station at the adjusted transmit power level.
A patient-contacting element for a patient interface for delivering a flow of gas to a user, said patient-contacting element being configured to provide a substantially air-tight seal with the user's skin during use and comprising: - an inlet for receiving at least part of the flow of gas, - at least one gas-permeable element that is disposed within the patient-contacting element and arranged in fluidic communication with the inlet, - a first layer of an air-tight material that is arranged between the at least one gas-permeable element and an inner space of the patient-contacting element for receiving a nose and/or a mouth of the user, wherein the air-tight material has at least one opening therein, and a second layer of an air-tight material that is arranged between the at least one gas-permeable element and an outer space of the patient-contacting element which is not in fluidic communication with the flow of gas during use, characterized in that the inlet opens out directly into the at least one gas-permeable element in order to provide at least part of the flow of gas directly to the at least one gas-permeable element. - an inlet for receiving at least part of the flow of gas, - at least one gas-permeable element that is disposed within the patient-contacting element and arranged in fluidic communication with the inlet, - a first layer of an air-tight material that is arranged between the at least one gas-permeable element and an inner space of the patient-contacting element for receiving a nose and/or a mouth of the user, wherein the air-tight material has at least one opening therein, and