mhurhangee/ep-ind-claims huggingface dataset:
An assembly for preparing platelet rich plasma having a reduced white blood cell content (WBC-selective PRP), the assembly comprising: (a) a test tube for receiving a blood sample or a platelet-comprising fraction thereof and for obtaining therein, by a procedure that includes centrifugation, a platelet rich plasma fraction; (b) an elongated sliding filter device having a first and second end and a lumen extending therebetween, and having a filter fitted at the first end, the filter having an effective pore size of no more than 23μm ± 10% so as to permit passage of platelets and not permit passage of white blood cells larger than a defined size into the lumen, the second end having an opening; the first end of the elongated filter device being adapted for tight fitting into said test tube such that when forced into the test tube to exert pressure on the PRP fraction, the PRP fraction with the platelets filters into said lumen and white blood cells of a size large than said defined size remain in the test tube, to thereby obtain a WBC-selective PRP within said lumen. (a) a test tube for receiving a blood sample or a platelet-comprising fraction thereof and for obtaining therein, by a procedure that includes centrifugation, a platelet rich plasma fraction; (b) an elongated sliding filter device having a first and second end and a lumen extending therebetween, and having a filter fitted at the first end, the filter having an effective pore size of no more than 23μm ± 10% so as to permit passage of platelets and not permit passage of white blood cells larger than a defined size into the lumen, the second end having an opening; the first end of the elongated filter device being adapted for tight fitting into said test tube such that when forced into the test tube to exert pressure on the PRP fraction, the PRP fraction with the platelets filters into said lumen and white blood cells of a size large than said defined size remain in the test tube, to thereby obtain a WBC-selective PRP within said lumen.
A papeimaker's or industrial fabric comprising: a base substrate having yarns that crossover one another at discrete crossover locations in a woven or nonwoven pattern; the papeimaker's fabric characterized by a plurality of discrete deposits of polymeric resin material at preselected locations including at least some of the knuckles formed by the crossover yarns; and a layer of laminate bonded to said base substrate at said discrete locations. a base substrate having yarns that crossover one another at discrete crossover locations in a woven or nonwoven pattern; the papeimaker's fabric characterized by a plurality of discrete deposits of polymeric resin material at preselected locations including at least some of the knuckles formed by the crossover yarns; and a layer of laminate bonded to said base substrate at said discrete locations.
A switching device controller configured to control a power semiconductor switching device comprising: a pair of configuration data storage areas (154a, 154b) for a said switching device controller, each having at least one configuration register for storing data defining a configuration of the switching device controller, wherein a configuration of said switching device controller is controlled by data in a first, active area of said pair of configuration data storage areas (154a, 154b); means for receiving a switching control data packet; means for identifying, by one or more flags, bits within the switching control data packet,; whether said switching control data packet is a non-real time data packet bearing configuration data for an updated configuration of a said switching device controller or whether said switching control data packet is a real time action command to change said configuration data; means for writing said configuration data into a second, non-active area of said pair of configuration data storage areas, when said switching control data packet was identified as a non-real time data packet bearing said configuration data; and means for swapping control of or copy said configuration of the switching device controller between said first and second configuration data storage areas to activate said updated; configuration for the switching device controller, when said switching control data packet was identified as said real-time action command to change the configuration data. a pair of configuration data storage areas (154a, 154b) for a said switching device controller, each having at least one configuration register for storing data defining a configuration of the switching device controller, wherein a configuration of said switching device controller is controlled by data in a first, active area of said pair of configuration data storage areas (154a, 154b); means for receiving a switching control data packet; means for identifying, by one or more flags, bits within the switching control data packet,; whether said switching control data packet is a non-real time data packet bearing configuration data for an updated configuration of a said switching device controller or whether said switching control data packet is a real time action command to change said configuration data; means for writing said configuration data into a second, non-active area of said pair of configuration data storage areas, when said switching control data packet was identified as a non-real time data packet bearing said configuration data; and means for swapping control of or copy said configuration of the switching device controller between said first and second configuration data storage areas to activate said updated; configuration for the switching device controller, when said switching control data packet was identified as said real-time action command to change the configuration data.
A method at a User Equipment, UE, of generating Hybrid Automatic Repeat reQuest, HARQ, feedback for transmission in a wireless communication network, said method comprising: receiving a Downlink Assignment Index, DAI, in an Uplink, UL, grant for the UE, where the UE is operating according to a Carrier Aggregation, CA, configuration that aggregates a number of Time Division Duplex, TDD, cells of the wireless communication network as serving cells for the UE; determining the number of HARQ feedback bits to generate for each serving cell based on the minimum one between the value of the DAI and the size of an association set for the serving cell, where the association set of each serving cell is defined by the Uplink/Downlink, UL/DL, configurations of the serving cells and indicates which DL subframes are associated with the HARQ feedback for the serving cell; and generating the HARQ feedback based on generating the determined number of HARQ feedback bits for each of the serving cells. receiving a Downlink Assignment Index, DAI, in an Uplink, UL, grant for the UE, where the UE is operating according to a Carrier Aggregation, CA, configuration that aggregates a number of Time Division Duplex, TDD, cells of the wireless communication network as serving cells for the UE; determining the number of HARQ feedback bits to generate for each serving cell based on the minimum one between the value of the DAI and the size of an association set for the serving cell, where the association set of each serving cell is defined by the Uplink/Downlink, UL/DL, configurations of the serving cells and indicates which DL subframes are associated with the HARQ feedback for the serving cell; and generating the HARQ feedback based on generating the determined number of HARQ feedback bits for each of the serving cells.
An article of apparel comprising: a garment portion formed from a plurality of joined textile elements (110, 120, 130), the garment portion having a first fold and a second fold that form a pleat structure, the first fold being located outward from the second fold; and at least one protective element at least partially located within the first fold and absent from an area within the second fold, the article of apparel being characterized in that, the first fold and the second fold form an S-shaped configuration, wherein the article of apparel is a shorts-type garment having a waistband, and the first fold and the second fold are located adjacent to the waistband, and wherein the protective element covers a portion of the waistband. a garment portion formed from a plurality of joined textile elements (110, 120, 130), the garment portion having a first fold and a second fold that form a pleat structure, the first fold being located outward from the second fold; and at least one protective element at least partially located within the first fold and absent from an area within the second fold, the article of apparel being characterized in that, the first fold and the second fold form an S-shaped configuration, wherein the article of apparel is a shorts-type garment having a waistband, and the first fold and the second fold are located adjacent to the waistband, and wherein the protective element covers a portion of the waistband.
An arrangement for holding a substrate in a material deposition apparatus, which substrate has a deposition side upon which material is to be deposited, and which arrangement comprises - a shadow mask comprising a number of deposition openings (D 1); - a support structure comprising a number of surround openings (S 1); and - a support structure holding means for holding the support structure and/or a substrate holding means for holding the substrate, such that the support structure is on the same side as the deposition side of the substrate, and the shadow mask is positioned between the substrate and the support structure such that at least one deposition opening (D 1) of the shadow mask lies within a corresponding surround opening (S 1) of the support structure, wherein the substrate, shadow mask and support structure are in direct contact with one another and the substrate is placed onto an ensemble of the support structure and the shadow mask in a frame so that the weight of the substrate is borne by the support structure holding means, the support structure and the shadow mask being separate pieces. - a shadow mask comprising a number of deposition openings (D 1); - a support structure comprising a number of surround openings (S 1); and - a support structure holding means for holding the support structure and/or a substrate holding means for holding the substrate,
A first wireless communication device including: a wireless communication unit including means to transmit to a control point of a wireless area network an information request frame identifying a second wireless communication device in the wireless area network; wherein the wireless communication unit includes means to receive from the control point a response including wakeup information indicating a wakeup schedule of the second wireless communication device; and wherein, based on the wakeup information, the wireless communication unit is configured to transmit a wireless transmission directly to the second wireless communication device during a wakeup period indicated in the wakeup schedule. a wireless communication unit including means to transmit to a control point of a wireless area network an information request frame identifying a second wireless communication device in the wireless area network; wherein the wireless communication unit includes means to receive from the control point a response including wakeup information indicating a wakeup schedule of the second wireless communication device; and wherein, based on the wakeup information, the wireless communication unit is configured to transmit a wireless transmission directly to the second wireless communication device during a wakeup period indicated in the wakeup schedule.
Chain grouser arrangement for a crawler chain of a tracked piste grooming vehicle, having a chain grouser profile (5c, 5d), and having a track bracket member (10c, 10d) provided on the chain grouser profile in the region of a bottom side of the chain grouser profile (5c, 5d), characterized in that the chain grouser profile (5c, 5d) is provided, on opposite longitudinal sides, with in each case at least one retaining profiling for fixing a plurality of band sections (12, 15) of the crawler chain, wherein the retaining profiling is formed integrally on the chain grouser profile (5c, 5d).
Method for coupling means of transport, in particular rail vehicles, wherein a message sent by way of a network by a first means of transport to be coupled is received and an identification number assigned to the first means of transport to be coupled is determined on the basis of the received message, characterised in that a directory service of a second means of transport to be coupled is initialised in order to determine addresses of network subscribers of the first means of transport to be coupled on the basis of the determined identification number, prior to initialisation of the directory service of the second means of transport to be coupled, an address of a directory service of the first means of transport to be coupled is generated on the basis of the determined identification number and the address is generated with the aid of an address template, in which the determined identification number can be used. a directory service of a second means of transport to be coupled is initialised in order to determine addresses of network subscribers of the first means of transport to be coupled on the basis of the determined identification number, prior to initialisation of the directory service of the second means of transport to be coupled, an address of a directory service of the first means of transport to be coupled is generated on the basis of the determined identification number and the address is generated with the aid of an address template, in which the determined identification number can be used.
A heating cooking device comprising: a heating chamber for accommodating an object to be heated; heating means for heating the object to be heated in the heating chamber; a main control circuit for controlling the heating means; input means for executing an input containing a cooking setting; a microcomputer for fetching data from the input means; characterized in that a power supply circuit for supplying electric power to the input means; and electric power opening/closing means provided between the power supply circuit and the input means, for controlling an ON/OFF operation of supply of the electric power to the input means, wherein the microcomputer has a period for fetching the data from the input means and a period for not fetching the data from the input means, wherein during the period that the microcomputer does not fetch the data from the input means, the microcomputer sets the electric power opening/closing means to an OFF operation, and turns ON power of the input means after elapse of a predetermined time. a heating chamber for accommodating an object to be heated; heating means for heating the object to be heated in the heating chamber; a main control circuit for controlling the heating means; input means for executing an input containing a cooking setting; a microcomputer for fetching data from the input means; characterized in that a power supply circuit for supplying electric power to the input means; and electric power opening/closing means provided between the power supply circuit and the input means, for controlling an ON/OFF operation of supply of the electric power to the input means,
A control unit capable of transmitting/receiving information to/from a data recording apparatus to execute control of a vehicle, comprising: a receiving section for receiving a data request signal transmitted from the data recording apparatus; a transmitting section for transmitting a control parameter, which corresponds to the data request signal, out of control parameters used to execute the control of the vehicle, to the data recording apparatus; and a storing section for storing a transmission state of the transmitting section at a time of shutdown as a communication history, wherein the transmission state comprises information regarding which type of control parameters are transmitted by which transmitting method, wherein, when the communication history is stored in the storing section, the transmitting section is configured to read the communication history from the storing section in a starting process executed after a power supply is turned ON, and the transmitting section is configured to restore the transmission state at the time of shutdown based on the read communication history, wherein the control parameter comprises an engine speed. a receiving section for receiving a data request signal transmitted from the data recording apparatus; a transmitting section for transmitting a control parameter, which corresponds to the data request signal, out of control parameters used to execute the control of the vehicle, to the data recording apparatus; and a storing section for storing a transmission state of the transmitting section at a time of shutdown as a communication history, wherein the transmission state comprises information regarding which type of control parameters are transmitted by which transmitting method, wherein, when the communication history is stored in the storing section, the transmitting section is configured to read the communication history from the storing section in a starting process executed after a power supply is turned ON, and the transmitting section is configured to restore the transmission state at the time of shutdown based on the read communication history, wherein the control parameter comprises an engine speed.
An isolated mammalian pancreatic progenitor cell that expresses (i) insulin, (ii) betatrophin protein or betatrophin mRNA, and (iii) C-peptide, and wherein miR-124 expression is elevated in the cell.
Brewing device comprising: - a container having a wall provided with an upper access opening for receiving and containing a volume of water, - a brewing compartment which is able to receive and contain material to be brewed and communicates with the container via a first passage located at a distance from the upper access opening so as to be immersed in the volume of water, characterized in that it also comprises: - a second passage, separate from the first passage, which places the brewing compartment into communication with the container via a loop circuit (20, 21, 22) through which the water can flow between the container and the brewing compartment, - propulsion means for forcing the flow of water in said loop circuit (20, 21, 22), - means (4, 21, 6e) for interrupting the flow of water between the brewing compartment and the container at the end of a predetermined amount of brewing time, excluding a vibrations generator placed next to the brewing compartment to apply vibrations to the material to be brewed in the brewing compartment. - a container having a wall provided with an upper access opening for receiving and containing a volume of water, - a brewing compartment which is able to receive and contain material to be brewed and communicates with the container via a first passage located at a distance from the upper access opening so as to be immersed in the volume of water, - a second passage, separate from the first passage, which places the brewing compartment into communication with the container via a loop circuit (20, 21, 22) through which the water can flow between the container and the brewing compartment, - propulsion means for forcing the flow of water in said loop circuit (20, 21, 22), - means (4, 21, 6e) for interrupting the flow of water between the brewing compartment and the container at the end of a predetermined amount of brewing time, excluding a vibrations generator placed next to the brewing compartment to apply vibrations to the material to be brewed in the brewing compartment.
A surgical stapling assembly, comprising: a staple cartridge, comprising: a cartridge body, comprising: a proximal end; and a distal end; staples removably stored in said cartridge body; and a sled configured to eject said staples from said cartridge body, wherein said sled is movable between an unfired position in said proximal end of said cartridge body and a fired position in said distal end of said cartridge body; and an end effector, comprising: a staple cartridge support configured to receive said cartridge body at a proper insertion depth in a proximal direction; and an insertion depth sensor positioned in said staple cartridge support characterized in that said insertion depth sensor is for detecting whether said staple cartridge is fully inserted into said staple cartridge support at said proper insertion depth, wherein said insertion depth sensor is positioned proximally with respect to said proper insertion depth. a staple cartridge, comprising: a cartridge body, comprising: a proximal end; and a distal end; staples removably stored in said cartridge body; and a sled configured to eject said staples from said cartridge body, wherein said sled is movable between an unfired position in said proximal end of said cartridge body and a fired position in said distal end of said cartridge body; and a cartridge body, comprising: a proximal end; and a distal end; a proximal end; and a distal end; staples removably stored in said cartridge body; and a sled configured to eject said staples from said cartridge body, wherein said sled is movable between an unfired position in said proximal end of said cartridge body and a fired position in said distal end of said cartridge body; and an end effector, comprising: a staple cartridge support configured to receive said cartridge body at a proper insertion depth in a proximal direction; and an insertion depth sensor positioned in said staple cartridge support characterized in that said insertion depth sensor is for detecting whether said staple cartridge is fully inserted into said staple cartridge support at said proper insertion depth, wherein said insertion depth sensor is positioned proximally with respect to said proper insertion depth. a staple cartridge support configured to receive said cartridge body at a proper insertion depth in a proximal direction; and an insertion depth sensor positioned in said staple cartridge support characterized in that said insertion depth sensor is for detecting whether said staple cartridge is fully inserted into said staple cartridge support at said proper insertion depth, wherein said insertion depth sensor is positioned proximally with respect to said proper insertion depth.
Device for controlling a furniture part (4, 5) mounted movably on a body which furniture part can be driven by means of a drive unit, wherein the device comprises the drive unit, a control unit and sensor means, wherein the drive unit can be controlled by the control unit, which works together with the sensor means to provide sensor data for the control unit, wherein the drive of the furniture part (4, 5) by the drive unit can be triggered by a triggering action of an operator in relation to a front side of the furniture part (4, 5), wherein the sensor means comprise a monitoring sensor which is designed to identify for a predefinable space in a close area outside the furniture the presence of an object detectable by the monitoring sensor and to provide sensor data for the control unit, so that depending on the sensor data provided by the monitoring sensor the drive of the furniture part (4, 5) can be blocked by the drive unit, wherein a distinction is made between a deliberate triggering action for moving the furniture part (4, 5) and other operating situations and wherein the drive unit locks if during a triggering action in a relevant close area of the movable furniture art (4, 5) there is an obstacle, characterised in that the monitoring sensor is configured for arrangement below the bottom-most movably mounted furniture part on the furniture.