mhurhangee/ep-ind-claims huggingface dataset:
An apparatus is configured to dispense different size or numbers of small items, the apparatus comprising: a container comprising a storage chamber configured to hold the one or more small items; and a delivery member comprising a carrying holder, a holder adjusting apparatus, and a control button, and the delivery member is configured to move in a reciprocating motion between a stowed configuration and a dispensing configuration by exertion of an exterior force, wherein the control button is configured to control the holder adjusting apparatus to adjust at least one dimension of the carrying holder so that the carrying holder carries different size or numbers of small items, wherein in the stowed configuration, the carrying holder and the holder adjusting apparatus are positioned in the container and the user can not see them, wherein in the dispensing configuration, the carrying holder and the control button are positioned outside of the container so that the user can engage the control button to control the holder adjusting apparatus to adjust at least one dimension of the carrying holder, and wherein the apparatus is characterized in that in the stowed configuration, the control button is positioned in the container and the user can not see it. a container comprising a storage chamber configured to hold the one or more small items; and a delivery member comprising a carrying holder, a holder adjusting apparatus, and a control button, and the delivery member is configured to move in a reciprocating motion between a stowed configuration and a dispensing configuration by exertion of an exterior force, wherein the control button is configured to control the holder adjusting apparatus to adjust at least one dimension of the carrying holder so that the carrying holder carries different size or numbers of small items, wherein in the stowed configuration, the carrying holder and the holder adjusting apparatus are positioned in the container and the user can not see them, wherein in the dispensing configuration, the carrying holder and the control button are positioned outside of the container so that the user can engage the control button to control the holder adjusting apparatus to adjust at least one dimension of the carrying holder, and wherein the apparatus is characterized in that in the stowed configuration, the control button is positioned in the container and the user can not see it.
A Logical Link Control Protocol, LLCP, based service discovery method applied to a near field communication controller, NFCC, of a first near field communication, NFC, device, wherein the first NFC device further comprises a device host, DH, and wherein the method comprises: receiving, by the NFCC, a Logical Link Control protocol data unit, LLC PDU; determining, by the NFCC according to a type identifier in a packet header of the LLC PDU, whether the LLC PDU is a target LLC PDU, wherein the target LLC PDU comprises a first connect protocol data unit, CONNECT PDU, sent by the DH or a second NFC device, a service name lookup protocol data unit, SNL PDU, sent by the second NFC device, or an aggregated frame protocol data unit AGF PDU sent by the second NFC device; when the LLC PDU is the target LLC PDU, determining, by the NFCC, based on the LLC PDU, whether a service discovery procedure needs to be performed; and if the service discovery procedure needs to be performed, performing, by the NFCC, the service discovery procedure. receiving, by the NFCC, a Logical Link Control protocol data unit, LLC PDU; determining, by the NFCC according to a type identifier in a packet header of the LLC PDU, whether the LLC PDU is a target LLC PDU, wherein the target LLC PDU comprises a first connect protocol data unit, CONNECT PDU, sent by the DH or a second NFC device, a service name lookup protocol data unit, SNL PDU, sent by the second NFC device, or an aggregated frame protocol data unit AGF PDU sent by the second NFC device; when the LLC PDU is the target LLC PDU, determining, by the NFCC, based on the LLC PDU, whether a service discovery procedure needs to be performed; and if the service discovery procedure needs to be performed, performing, by the NFCC, the service discovery procedure.
Robot-controlled shaping tool for shaping, in particular hemming, workpieces, wherein the shaping tool has a robot connection and a frame with a pressing element, in particular a hemming roller, which is adjustably guided thereon, characterized in that the shaping tool has a sensing device for the pressing force and an adjustment device which is open-loop or closed-loop controlled by the sensing device and has the purpose of adjusting the pressing element.
An apparatus for injecting chemical components into a flow of loose wooden material, comprising - a tubular body, which is provided with at least one inlet, which can be associated with means for feeding loose wooden material, and with at least one outlet, which can be associated with a mixer and is crossed internally by a flow of said loose wooden material from the inlet toward the outlet, and - means for injecting at least one chemical component toward said flow of loose wooden material, which are associated internally with respect to said tubular body, characterized in that it comprises scraper means which are associated with the internal wall of said tubular body and can move tangentially with respect to it, means being further provided for actuation with a relative motion of at least one of the tubular body and the scraper means with respect to each other. - a tubular body, which is provided with at least one inlet, which can be associated with means for feeding loose wooden material, and with at least one outlet, which can be associated with a mixer and is crossed internally by a flow of said loose wooden material from the inlet toward the outlet, and - means for injecting at least one chemical component toward said flow of loose wooden material, which are associated internally with respect to said tubular body,
A method for performing uplink sounding reference signals transmissions in a multiple antenna wireless transmit/receive unit (WTRU), comprising. receiving a WTRU-specific configuration of WTRU-specific SRS subframes for performing SRS transmissions; receiving a trigger in a subframe from a base station to transmit SRS for a predetermined number of antennas; characterized by transmitting the SRS for the predetermined number of antennas in a first subframe after the subframe in which the trigger is received that is both a WTRU-specific subframe and at least four subframes after the subframe in which the trigger is received; and on a condition that a sum of SRS transmission powers exceeds a predetermined maximum power value, reducing the SRS transmission powers equally to comply with the predetermined maximum power value.
A method of producing myeloid cells, comprising steps of a) cultivating embryoid bodies in suspension culture in the presence of IL-3 and, optionally, at least one additional cytokine, for 4-8 days to produce myeloid cell forming complexes; b) cultivating the myeloid cell forming complexes in the presence of IL-3 and, optionally, at least one additional cytokine, in suspension culture for a sufficient period of time to produce myeloid cells; and c) isolating the myeloid cells, wherein harvest is started 3-16 days after generation of myeloid cell forming complexes. a) cultivating embryoid bodies in suspension culture in the presence of IL-3 and, optionally, at least one additional cytokine, for 4-8 days to produce myeloid cell forming complexes; b) cultivating the myeloid cell forming complexes in the presence of IL-3 and, optionally, at least one additional cytokine, in suspension culture for a sufficient period of time to produce myeloid cells; and c) isolating the myeloid cells, wherein harvest is started 3-16 days after generation of myeloid cell forming complexes.
A data storage method, applied to a storage device, wherein the storage device comprises at least a first memory page and a second memory page, the first memory page and the second memory page are of different types, memory pages of different types have different read/write latency, and the method comprises: receiving first data and a latency level identifier of the first data, wherein the latency level identifier of the first data is used to indicate a requirement level of the first data for read/write latency; determining, based on the latency level identifier of the first data and correspondences between memory pages of different types and latency level identifiers, that a memory page corresponding to the first data is the first memory page; storing the first data on the first memory page; and when the latency level identifier of the first data is changed, migrating the first data from the first memory page to another memory page corresponding to a changed latency level identifier. receiving first data and a latency level identifier of the first data, wherein the latency level identifier of the first data is used to indicate a requirement level of the first data for read/write latency; determining, based on the latency level identifier of the first data and correspondences between memory pages of different types and latency level identifiers, that a memory page corresponding to the first data is the first memory page; storing the first data on the first memory page; and when the latency level identifier of the first data is changed, migrating the first data from the first memory page to another memory page corresponding to a changed latency level identifier.
An isolated dimeric Streptococcus- specific phage lysin comprising two Streptococcus- specific phage lysin monomers covalently linked to each other, wherein said dimer has killing activity against one or more Streptococcus bacteria and wherein each monomer has a Cys residue that is between 14 and 20 amino acids from the C-terminus, wherein said lysin monomers are covalently linked to each other by a disulfide bond and wherein said lysin monomers do not have a Cys residue in the first 45 residues.
A heat exchanger article comprising a hollow tube (24; 124; 224; 324; 424; 524; 624) including: a tube wall with an interior surface and an exterior surface, wherein the interior surface defines a flow passage through the hollow tube (24; 124; 224; 324; 424; 524; 624); and a vane cluster in the flow passage, wherein the vane cluster includes a plurality of vanes (32; 132), and each of the vanes extends inwardly from the tube wall, characterized in that the hollow tube (24; 124; 224; 324; 424; 524; 624) is monolithic. a tube wall with an interior surface and an exterior surface, wherein the interior surface defines a flow passage through the hollow tube (24; 124; 224; 324; 424; 524; 624); and a vane cluster in the flow passage, wherein the vane cluster includes a plurality of vanes (32; 132), and each of the vanes extends inwardly from the tube wall, characterized in that the hollow tube (24; 124; 224; 324; 424; 524; 624) is monolithic.
A transparent front electrode for a photovoltaic device comprising at least the following layers in sequence: - a glass substrate; - a lower anti-reflection layer, comprising in sequence from the glass substrate ∘ a base layer of an (oxi)nitride of silicon, ∘ a middle layer of an oxide of Zn and Sn, ∘ a top layer of an oxide of Zn; - a silver-based functional layer; and - an upper anti-reflection layer comprising in sequence from the silver-based functional layer ∘ a first barrier layer of an oxide of Ni and Cr, ∘ a second barrier layer of an Al-doped oxide of Zn, and ∘ a buffer layer (8, 9); wherein the first barrier layer of an oxide of Ni and Cr is located directly in contact with the silver-based functional layer or the first barrier layer of an oxide of Ni and Cr is separated from the silver-based functional layer by one or more additional barrier layers. - a glass substrate; - a lower anti-reflection layer, comprising in sequence from the glass substrate ∘ a base layer of an (oxi)nitride of silicon, ∘ a middle layer of an oxide of Zn and Sn, ∘ a top layer of an oxide of Zn; ∘ a base layer of an (oxi)nitride of silicon, ∘ a middle layer of an oxide of Zn and Sn, ∘ a top layer of an oxide of Zn; - a silver-based functional layer; and - an upper anti-reflection layer comprising in sequence from the silver-based functional layer ∘ a first barrier layer of an oxide of Ni and Cr, ∘ a second barrier layer of an Al-doped oxide of Zn, and ∘ a buffer layer (8, 9); ∘ a first barrier layer of an oxide of Ni and Cr, ∘ a second barrier layer of an Al-doped oxide of Zn, and ∘ a buffer layer (8, 9);
Method for examining a sample, in which a sample is illuminated in an illumination plane along an illumination strip with an illumination light beam propagating along the illumination strip and in which the illumination strip is imaged into a detection plane by way of detection light emanating from the illumination strip being focused into the detection plane, and in which the detection light is detected with a detector, wherein the detector is embodied in the form of a slit detector, characterized in that the slit width direction of the slit detector is not aligned perpendicular to the direction of longitudinal extent of the image representation of the illumination strip into the detection plane and the slit detector is moved in the detection plane relative to the incident detection light.
A method of operating a nuclear fission reactor, comprising: generating a gaseous fission product by activating a nuclear fission fuel element; receiving the gaseous fission product into a plenum defined by a valve body associated with a said nuclear fission fuel element disposed in the reactor vessel; and controllably venting the gaseous fission product from the plenum by operating venting means in communication with the plenum for venting the gaseous fission product from the plenum, characterized in that controllably venting the gaseous fission product from the plenum includes allowing movement of a flexible diaphragm coupled to a valve for operating the valve to vent the gaseous fission product from the plenum. generating a gaseous fission product by activating a nuclear fission fuel element; receiving the gaseous fission product into a plenum defined by a valve body associated with a said nuclear fission fuel element disposed in the reactor vessel; and controllably venting the gaseous fission product from the plenum by operating venting means in communication with the plenum for venting the gaseous fission product from the plenum, characterized in that controllably venting the gaseous fission product from the plenum includes allowing movement of a flexible diaphragm coupled to a valve for operating the valve to vent the gaseous fission product from the plenum.
Apparatus for connecting an electromotive drive unit to a pump unit, having a lantern which engages around mechanical connecting means for driving the pump unit using the drive unit and which is at least indirectly adjoined on one end side by the drive unit and on the axially opposite end side by the pump unit, characterized in that a monitoring electronics system for detecting the operating state of the pump unit and/or of the drive unit is arranged on or in the lantern.
A medical article comprising: a backing layer comprising backing adhesive on a front surface of the backing layer; a liquid permeable facing layer; an absorbent layer located between the backing layer and the facing layer, wherein a back surface of the absorbent layer faces the front surface of the backing layer, and wherein the absorbent layer is operably attached to the backing layer; and a debonding agent located between the front surface of the backing layer and the back surface of the absorbent layer, wherein the debonding agent solubilizes in the presence of aqueous solutions such that at least a portion of the absorbent layer detaches from the backing layer. a backing layer comprising backing adhesive on a front surface of the backing layer; a liquid permeable facing layer; an absorbent layer located between the backing layer and the facing layer, wherein a back surface of the absorbent layer faces the front surface of the backing layer, and wherein the absorbent layer is operably attached to the backing layer; and a debonding agent located between the front surface of the backing layer and the back surface of the absorbent layer, wherein the debonding agent solubilizes in the presence of aqueous solutions such that at least a portion of the absorbent layer detaches from the backing layer.
A golf shot set-up and aiming aid for a user, the aid comprising a direction sensing means and at least one illumination means; the illumination means being capable of projecting a set-up line and aiming line on a playing surface for the user; and, the illumination means being rotatable about a substantially vertical axis in response to feedback from the direction sensing means.
Method for preparing a spray-dried composition comprising an Acerola fruit extract and hydrolyzed collagen, the method comprising the steps of (a) mixing a liquid Acerola fruit extract obtained by pressing of an Acerola fruit and a fluid comprising cartilage-derived material comprising hydrolyzed collagen type II and at least 5 % by weight of the fluid chondroitin sulfate; (b) spray-drying the mixture. (a) mixing a liquid Acerola fruit extract obtained by pressing of an Acerola fruit and a fluid comprising cartilage-derived material comprising hydrolyzed collagen type II and at least 5 % by weight of the fluid chondroitin sulfate; (b) spray-drying the mixture.
Electromagnetic brake or clutch, comprising an electromagnet, a permanent magnet and an armature plate interacting with the electromagnet and the permanent magnet, which armature plate is arranged rotationally fixed but axially displaceable on a hub body, wherein the electromagnet has a magnet housing and a coil accommodated therein, wherein the magnet housing has an outer ring body providing an external pole on the armature plate side and an inner ring body providing an internal pole, wherein the inner ring body carries the permanent magnet on the armature plate side and wherein a web which serves as a magnetic flux bridge and connects the inner ring body to the outer ring body is arranged between the inner ring body and the outer ring body, characterized in that the outer ring body projects axially beyond the inner ring body towards the armature plate.
A gasket for syringes, at least partially having a surface modified by a method for modifying a surface of an object of a rubber vulcanizate or a thermoplastic elastomer, the method comprising: Step 1 of forming polymerization initiation points on the surface of the object; and Step 2 of radical-polymerizing a monomer starting from the polymerization initiation points to grow polymer chains on the surface of the object. Step 1 of forming polymerization initiation points on the surface of the object; and Step 2 of radical-polymerizing a monomer starting from the polymerization initiation points to grow polymer chains on the surface of the object.
Method for customization of a user interface of a microprocessor controlled medical apparatus for extracorporal blood treatment, wherein a software component controls processes for providing data displayed on the user interface on a touch screen of the medical apparatus, and the software component has a technical support and maintenance mode and a treatment mode, wherein at least one target window (11;11') is displayed on the touch screen during therapy in the treatment mode, wherein the at least one target window (11;11') displays at least data regarding measured values of parameters being measured during therapy and/or set values of parameters being set during therapy, and wherein at least the appearance of the at least one target window (11;11') is modified by a customization procedure that is performed within the at least one target window (11;11') in the treatment mode, characterized in that the customization procedure is configured to allow during therapy a selection of the parameter for which a value is measured and/or a selection of the parameter for which a value is set to be displayed in the at least one target window (11; 11') in a customizable defined position comprising the steps of: a. displaying at least one set value of at least one parameter for set values and/or at least one measured value of at least one parameter for measured values during therapy in at least one defined position within the at least one target window (11;11'); b. displaying an indication of selectable parameters for set values and/or indication of selectable parameters for measured values during therapy within the at least one target window (11; 11'); c. selecting at least one new parameter for set values and/or selecting at least one new parameter for measured values during therapy from the indicated selectable parameters, respectively; and d. displaying at least one set value of the selected at least one new parameter for set values and/or displaying at least one measured value of the selected at least one new parameter for measured values during therapy in the at least one customizable defined position. a. displaying at least one set value of at least one parameter for set values and/or at least one measured value of at least one parameter for measured values during therapy in at least one defined position within the at least one target window (11;11'); b. displaying an indication of selectable parameters for set values and/or indication of selectable parameters for measured values during therapy within the at least one target window (11; 11'); c. selecting at least one new parameter for set values and/or selecting at least one new parameter for measured values during therapy from the indicated selectable parameters, respectively; and d. displaying at least one set value of the selected at least one new parameter for set values and/or displaying at least one measured value of the selected at least one new parameter for measured values during therapy in the at least one customizable defined position.