mhurhangee/ep-ind-claims huggingface dataset:
A delivery system comprising: a covering comprising a first compartment, the covering comprising a mesh of synthetic resorbable polymeric material and including a physical attachment mechanism; a first substance provided within the covering, wherein the first substance is bone graft material; wherein the covering retains the substance for placement at a surgical site and facilitates transfer of the substance or of surrounding materials, actively or passively, upon implantation. a covering comprising a first compartment, the covering comprising a mesh of synthetic resorbable polymeric material and including a physical attachment mechanism; a first substance provided within the covering, wherein the first substance is bone graft material; wherein the covering retains the substance for placement at a surgical site and facilitates transfer of the substance or of surrounding materials, actively or passively, upon implantation.
A medical x-ray imaging apparatus, which apparatus includes - a support construction which is arranged to support a substantially ring-shaped structure supporting imaging means, which imaging means include a source of radiation and a receiver of image information, which imaging means are arranged within said substantially ring-shaped structure supporting the imaging means substantially on opposite sides of each other and movable within said ring-shaped structure supporting the imaging means, - which apparatus includes in said ring-shaped structure supporting the imaging means an examination opening wherein the object to be imaged is positionable for imaging, - and in which apparatus said substantially ring-shaped structure supporting the imaging means is arranged movable with respect to said support construction at least in the vertical direction, characterized in that a positioning support is arranged into connection with said examination opening whose location with respect to said ring-shaped structure is arranged adjustable. - a support construction which is arranged to support a substantially ring-shaped structure supporting imaging means, which imaging means include a source of radiation and a receiver of image information, which imaging means are arranged within said substantially ring-shaped structure supporting the imaging means substantially on opposite sides of each other and movable within said ring-shaped structure supporting the imaging means, - which apparatus includes in said ring-shaped structure supporting the imaging means an examination opening wherein the object to be imaged is positionable for imaging, - and in which apparatus said substantially ring-shaped structure supporting the imaging means is arranged movable with respect to said support construction at least in the vertical direction, characterized in that a positioning support is arranged into connection with said examination opening whose location with respect to said ring-shaped structure is arranged adjustable.
Sensor system for determining an absolute rotation angle (δ) of a shaft with an angular rotation range of more than one revolution, in particular for determining an absolute steering angle (δ) of a steering shaft in a vehicle with a steering angle of more than one revolution, wherein the sensor system comprises - a main rotor that can be connected rotationally synchronously with the shaft, - a first auxiliary rotor which is mechanically coupled to the main rotor with a constant and uniform first translation, - a second auxiliary rotor which is mechanically coupled to the main rotor with a constant and uniform second translation different from the first translation, - a first sensor device which is assigned to the first auxiliary rotor and which is used to generate a first sensor signal dependent on a rotation angle of the first auxiliary rotor, - a second sensor device which is assigned to the second auxiliary rotor and which is used to generate a second sensor signal dependent on a rotation angle of the second auxiliary rotor, - a third sensor device which is assigned to the main rotor and which is used for generating a third sensor signal dependent on a relative rotation angle (γ) of the main rotor, and - an evaluation device for determining the absolute rotation angle (δ) of the main rotor from the sensor signals (S1, S2, S3) of the sensor devices (SE1, SE2, SE3), characterized in that the third sensor device has a detection range (α), which is less than 360°. - a main rotor that can be connected rotationally synchronously with the shaft, - a first auxiliary rotor which is mechanically coupled to the main rotor with a constant and uniform first translation, - a second auxiliary rotor which is mechanically coupled to the main rotor with a constant and uniform second translation different from the first translation, - a first sensor device which is assigned to the first auxiliary rotor and which is used to generate a first sensor signal dependent on a rotation angle of the first auxiliary rotor, - a second sensor device which is assigned to the second auxiliary rotor and which is used to generate a second sensor signal dependent on a rotation angle of the second auxiliary rotor, - a third sensor device which is assigned to the main rotor and which is used for generating a third sensor signal dependent on a relative rotation angle (γ) of the main rotor, and - an evaluation device for determining the absolute rotation angle (δ) of the main rotor from the sensor signals (S1, S2, S3) of the sensor devices (SE1, SE2, SE3),
A therapy delivery system, comprising: means for delivering a therapy of a first therapy type (861; 961); means for determining an intensity for a therapy of a second therapy type; and means for controlling delivery (856; 956) of the therapy of the first therapy type based on the intensity of the therapy of the second therapy type, including means for delivering the therapy of the first therapy type using a parameter set selected based on the intensity of the therapy of the second therapy type (1072, 1073, 1074), characterised in that the first therapy type is a neural stimulation therapy and the second therapy type is a cardiac rhythm management therapy. means for delivering a therapy of a first therapy type (861; 961); means for determining an intensity for a therapy of a second therapy type; and means for controlling delivery (856; 956) of the therapy of the first therapy type based on the intensity of the therapy of the second therapy type, including means for delivering the therapy of the first therapy type using a parameter set selected based on the intensity of the therapy of the second therapy type (1072, 1073, 1074),
A method to select a half duplex frequency division duplexing, HD-FDD, model for wireless communication entities in which the transmission from a terminal across a radio communication network is carried out on an HD-FDD duplexing model, the method comprising a step of selecting an HD-FDD duplexing model from among a set of models, according to notifications from the network or terminal, in which the terminal or network selects an HD-FDD duplexing model from information from the network or from the terminal respectively according to the selection rules known by the network and said terminal, the HD-FDD duplexing model being encoded by a random access procedure.
A test device for simulating driving situations between a vehicle and a test object, in particular driving situations involving near-collisions or collisions, wherein - the test object is connected by means of a suspension with a sliding carriage which is movable along guide rails of a rail system relative to the track of the vehicle, - the guide rails are positioned at such a height that the guide rails can be rolled under by the vehicle, and wherein - the test object is connected by means of the suspension with the sliding carriage, so that the test object is approachable by the vehicle, wherein - the suspension comprises an articulation and otherwise has a stiff configuration, wherein the articulation is configured such that the articulation - assumes a non-deflected condition during driving situations not involving collisions, so that the test object is substantially rigidly connected with the sliding carriage until a collision occurs with the vehicle, and - assumes a deflected condition during driving situations involving collisions, so that the test object tilts away in the event of a collision with the vehicle, characterized in that a) the articulation is configured with a pretensioning mechanism which is activated in the event of contact of the test object with the vehicle and moves the articulation from the non-deflected condition into a specified deflected condition and b) the articulation is configured with a locking mechanism, which holds the articulation in the deflected condition. - the test object is connected by means of a suspension with a sliding carriage which is movable along guide rails of a rail system relative to the track of the vehicle, - the guide rails are positioned at such a height that the guide rails can be rolled under by the vehicle, and wherein - the test object is connected by means of the suspension with the sliding carriage, so that the test object is approachable by the vehicle, wherein - the suspension comprises an articulation and otherwise has a stiff configuration, wherein the articulation is configured such that the articulation - assumes a non-deflected condition during driving situations not involving collisions, so that the test object is substantially rigidly connected with the sliding carriage until a collision occurs with the vehicle, and - assumes a deflected condition during driving situations involving collisions, so that the test object tilts away in the event of a collision with the vehicle, a) the articulation is configured with a pretensioning mechanism which is activated in the event of contact of the test object with the vehicle and moves the articulation from the non-deflected condition into a specified deflected condition and b) the articulation is configured with a locking mechanism, which holds the articulation in the deflected condition.
A control valve (1, 201) comprising: a body (5, 205) having an internal passage through which a working fluid flows; a valve hole provided in the internal passage; a driven member (22, 222) configured to open and close a valve section by touching and leaving the valve hole; a guide member (24, 224) configured to slidably support the driven member (22, 222) inserted thereto, wherein the driven member (22,222) is disposed in a pressure chamber located upstream of the valve hole; characterized by further comprising a shield part (38, 138, 238), provided in the driven member (22, 222), configured to close one end opening of a spacing between the driven member (22, 222) and the guide member (24, 224) when the valve section is fully opened, wherein the shield part (38, 138, 238) is provided in an end of the driven member (22, 222) on a side, which is exposed from a sliding portion of the driven member (22, 222) relative to the guide member (24, 224) when the valve section is closed, and wherein the shield part (38, 138, 238) closes the one end opening by touching the end surface of one end side of the guide member (24, 224) when the valve section is fully opened. a body (5, 205) having an internal passage through which a working fluid flows; a valve hole provided in the internal passage; a driven member (22, 222) configured to open and close a valve section by touching and leaving the valve hole; a guide member (24, 224) configured to slidably support the driven member (22, 222) inserted thereto, wherein the driven member (22,222) is disposed in a pressure chamber located upstream of the valve hole; characterized by further comprising a shield part (38, 138, 238), provided in the driven member (22, 222), configured to close one end opening of a spacing between the driven member (22, 222) and the guide member (24, 224) when the valve section is fully opened, wherein the shield part (38, 138, 238) is provided in an end of the driven member (22, 222) on a side, which is exposed from a sliding portion of the driven member (22, 222) relative to the guide member (24, 224) when the valve section is closed, and wherein the shield part (38, 138, 238) closes the one end opening by touching the end surface of one end side of the guide member (24, 224) when the valve section is fully opened.
A method of bearer arrangement performed by a gateway in a wireless communication system supporting beamforming, the method comprising: receiving, from a Policy and Charging Rules Function, PCRF, for providing information on a service to be provided to an electronic device, a service flow configuration request for configuring a service flow to the electronic device; checking (424, 830) channel qualities and loads for at least two cells for providing the service flow to the electronic device when the service flow configuration request is received; transmitting (432, 434, 834, 836), to the at least two cells, radio access bearer configuration request messages including data rates to be supported by each of the at least two cells for the service flow; receiving, from each of the at least two cells, a radio access bearer configuration complete message, wherein the radio access bearer configuration complete messages are sent by each of the at least two cells when configuration of a bearer for the electronic device is completed by each of the at least two cells; and transmitting (450, 452, 852, 854), to the at least two cells, data of the service flow through the bearers. receiving, from a Policy and Charging Rules Function, PCRF, for providing information on a service to be provided to an electronic device, a service flow configuration request for configuring a service flow to the electronic device; checking (424, 830) channel qualities and loads for at least two cells for providing the service flow to the electronic device when the service flow configuration request is received; transmitting (432, 434, 834, 836), to the at least two cells, radio access bearer configuration request messages including data rates to be supported by each of the at least two cells for the service flow; receiving, from each of the at least two cells, a radio access bearer configuration complete message, wherein the radio access bearer configuration complete messages are sent by each of the at least two cells when configuration of a bearer for the electronic device is completed by each of the at least two cells; and transmitting (450, 452, 852, 854), to the at least two cells, data of the service flow through the bearers.
A method for preparing a lithographic printing plate comprising: processing a lithographic printing plate precursor with a developer having pH of from 2 to 11, wherein the lithographic printing plate precursor comprises, in the following order: a support; a photosensitive layer comprising a sensitizing dye, a polymerization initiator, a polymerizable compound and a binder polymer; and a protective layer comprising a nonionic hydrophilic group-modified polyvinyl alcohol, wherein the nonionic hydrophilic group is at least one selected from an alkylene oxide moiety and an amido group. a support; a photosensitive layer comprising a sensitizing dye, a polymerization initiator, a polymerizable compound and a binder polymer; and a protective layer comprising a nonionic hydrophilic group-modified polyvinyl alcohol, wherein the nonionic hydrophilic group is at least one selected from an alkylene oxide moiety and an amido group.
Method for connecting an accessory device in a vehicle, the method comprising: receiving data communication from the accessory device by a communication device of the vehicle via a first data communication connection; forwarding the data communication of the accessory device by the communication device to a server via a second data communication connection; receiving control information for the accessory device by the communication device from the server via the second data communication connection, the control information comprising connection parameters for connecting the accessory device in the vehicle; connecting the accessory device in the vehicle on the basis of the control information; characterized by: receiving data to be processed from the accessory device via the first data communication connection, the data to be processed comprising sensor data of the accessory device and/or actuator data of the accessory device or for the accessory device; and forwarding the data to be processed to the server via the second data communication connection in order to effect processing of the data to be processed by the server. receiving data communication from the accessory device by a communication device of the vehicle via a first data communication connection; forwarding the data communication of the accessory device by the communication device to a server via a second data communication connection; receiving control information for the accessory device by the communication device from the server via the second data communication connection, the control information comprising connection parameters for connecting the accessory device in the vehicle; connecting the accessory device in the vehicle on the basis of the control information; characterized by: receiving data to be processed from the accessory device via the first data communication connection, the data to be processed comprising sensor data of the accessory device and/or actuator data of the accessory device or for the accessory device; and forwarding the data to be processed to the server via the second data communication connection in order to effect processing of the data to be processed by the server. receiving data to be processed from the accessory device via the first data communication connection, the data to be processed comprising sensor data of the accessory device and/or actuator data of the accessory device or for the accessory device; and forwarding the data to be processed to the server via the second data communication connection in order to effect processing of the data to be processed by the server.
Method for operating a multiple-membrane pump that has a pump housing comprising a plurality of membrane chambers which are accommodated in parallel line sections and each of which is enclosed between two ball valves that close in the same flow direction and is divided, in a fluid-tight manner, into a liquid chamber and an air chamber by a membrane, and furthermore a drive being associated with the pump housing in a drive chamber arranged between the air chambers, the drive having drive means that are mechanically connected to the membranes for moving, independently of one another, each membrane between two movement end points, and the drive means of the two membranes being asynchronously moved by the one drive, characterized in that the drive means are moved by the drive by means of adjustable gears in order to achieve an adjustable conveying ratio of the plurality of membranes.
A method for producing par-fried french fries comprising: a) contacting at a temperature of at least 42°C blanched potato strips with asparaginase at a pH which is lower than pH 6.5, b) incubating the blanched potato strips for at least 5 minutes, and c) processing the blanched potato strips to obtain the french fries, wherein the processing comprises par-frying, wherein the contacting in step a) is performed by dipping and/or incubation in a solution or by spraying with a solution, said solution comprising (i) at least one acid selected among sodium acid pyrophosphate, monopotassium phosphate, citric acid, lactic acid, acetic acid, ascorbic acid, monocalcium phosphate and potassium bitartrate, and (ii) asparaginase at a concentration of 1,000-50,000 ASNU per litre, and wherein the asparaginase is derived from Aspergillus and has at least 80% sequence identity to SEQ ID NO:1. a) contacting at a temperature of at least 42°C blanched potato strips with asparaginase at a pH which is lower than pH 6.5, b) incubating the blanched potato strips for at least 5 minutes, and c) processing the blanched potato strips to obtain the french fries, wherein the processing comprises par-frying,
An absolute rotation sensor comprising: a housing adapted to receive a shaft rotatable along an axis; a radial guide slidably supporting a marker element to move along a radial path perpendicular to the axis; a spiral guide corralling the marker element to follow a spiral path about the axis, wherein the spiral guide is a magnetic material attracting the marker element within the radial guide; wherein one of the radial guide and spiral guide are attached to the shaft so that the spiral guide rotates about the axis with respect to the radial guide causing the marker element to move progressively along the radial path with rotation of the shaft; and a sensor system identifying a location of the marker element along the radial guide to output at least a number of turns of the shaft according to a position of the marker element along the radial guide. a housing adapted to receive a shaft rotatable along an axis; a radial guide slidably supporting a marker element to move along a radial path perpendicular to the axis; a spiral guide corralling the marker element to follow a spiral path about the axis, wherein the spiral guide is a magnetic material attracting the marker element within the radial guide; wherein one of the radial guide and spiral guide are attached to the shaft so that the spiral guide rotates about the axis with respect to the radial guide causing the marker element to move progressively along the radial path with rotation of the shaft; and a sensor system identifying a location of the marker element along the radial guide to output at least a number of turns of the shaft according to a position of the marker element along the radial guide.
A humanized antibody specific for the protofibrillar form of the A-β peptide, characterised in that: - said antibody comprises the CDRs of sequence SEQ ID NO: 10, 12, 14, 16, 18 and 20, the CDRs of sequence SEQ ID NO: 10, 12, 14, 32, 18 and 20 or the CDRs of sequence SEQ ID NO: 10, 12, 30, 32, 18 and 20; - its affinity for the protofibrillar form of the Aβ peptide is at least 100 times greater than its affinity for the other forms of this peptide, the affinity being EC50 measured by ELISA; and - said antibody binds to the A-β peptides aggregated in senile plaques and not to the diffuse deposits of A-β peptides. - said antibody comprises the CDRs of sequence SEQ ID NO: 10, 12, 14, 16, 18 and 20, the CDRs of sequence SEQ ID NO: 10, 12, 14, 32, 18 and 20 or the CDRs of sequence SEQ ID NO: 10, 12, 30, 32, 18 and 20; - its affinity for the protofibrillar form of the Aβ peptide is at least 100 times greater than its affinity for the other forms of this peptide, the affinity being EC50 measured by ELISA; and - said antibody binds to the A-β peptides aggregated in senile plaques and not to the diffuse deposits of A-β peptides.
An agent that inhibits TMEPAI expression or activity, for use in a method of treating a subject with triple negative breast cancer, wherein cells of said cancer overexpress transmembrane prostate androgen induced (TMEPAI) compared to normal cells, said method comprising administering to the subject said agent, wherein said agent is a triterpenoid.