mhurhangee/ep-ind-claims huggingface dataset:
A data capture apparatus configured to operate as a unidirectional communication connection between a private network and a public network, the data capture apparatus comprising: a sender machine comprising a unidirectional network interface coupled to one or more devices of the private network, the sender machine configured to collect raw data from the one or more devices of the private network, the raw data defining a first data distribution; a monitoring apparatus between the sender machine and a receiver machine; the receiver machine physically isolated from the sender machine and configured to receive anonymized data from the sender machine via the unidirectional communication connection defined by the monitoring apparatus, wherein the sender machine is configured to generate the anonymized data based on the first data distribution of the raw data, such that the anonymized data represents the raw data without disclosing the raw data, wherein the sender machine further comprises a neural network configured to generate the anonymized data based on the first data distribution of the raw data such that the anonymized data defines synthetic data having a second data distribution that falls within a predetermined tolerance of the fi rst data distribution. a sender machine comprising a unidirectional network interface coupled to one or more devices of the private network, the sender machine configured to collect raw data from the one or more devices of the private network, the raw data defining a first data distribution; a monitoring apparatus between the sender machine and a receiver machine; the receiver machine physically isolated from the sender machine and configured to receive anonymized data from the sender machine via the unidirectional communication connection defined by the monitoring apparatus, wherein the sender machine is configured to generate the anonymized data based on the first data distribution of the raw data, such that the anonymized data represents the raw data without disclosing the raw data, wherein the sender machine further comprises a neural network configured to generate the anonymized data based on the first data distribution of the raw data such that the anonymized data defines synthetic data having a second data distribution that falls within a predetermined tolerance of the fi rst data distribution.
A method of wireless communication at a user equipment, UE, comprising: establishing communication with a scheduling entity utilizing a first numerology having a first subcarrier spacing; and communicating with the scheduling entity utilizing a slot comprising the first numerology, the slot further including a second numerology for communicating with another UE, the second numerology being scaled from the first numerology such that a second subcarrier spacing of the second numerology is a positive integer multiple of the first subcarrier spacing of the first numerology, a symbol length of each symbol of the first numerology being equal to a sum of symbol lengths of two or more corresponding symbols of the second numerology, wherein a symbol of the first numerology or second numerology has a symbol length different from a symbol length of other symbols of the same numerology and wherein symbol boundaries of each symbol of the first numerology are aligned with symbol boundaries of two or more corresponding symbols of the second numerology. establishing communication with a scheduling entity utilizing a first numerology having a first subcarrier spacing; and communicating with the scheduling entity utilizing a slot comprising the first numerology, the slot further including a second numerology for communicating with another UE, the second numerology being scaled from the first numerology such that a second subcarrier spacing of the second numerology is a positive integer multiple of the first subcarrier spacing of the first numerology, a symbol length of each symbol of the first numerology being equal to a sum of symbol lengths of two or more corresponding symbols of the second numerology, wherein a symbol of the first numerology or second numerology has a symbol length different from a symbol length of other symbols of the same numerology and wherein symbol boundaries of each symbol of the first numerology are aligned with symbol boundaries of two or more corresponding symbols of the second numerology.
An immunogenic composition comprising at least one glycoconjugate from S. pneumoniae serotype 9V and further comprising glycoconjugates from S. pneumoniae serotypes 1, 3, 4, 5, 6A, 6B, 7F, 14, 18C, 19A, 19F and 23F, wherein said glycoconjugates are individually conjugated to CRM 197, wherein said composition comprises from 0.1 mg/mL to 1 mg/mL of elemental aluminum in the form of aluminum phosphate as adjuvant and wherein said composition does not comprise capsular saccharides from S. pneumoniae serotypes 9N, 9A and 9L, for use in a method to prevent serotypes 9N S. pneumoniae infection in a human subject,.
Media distributing apparatus for distributing at least one liquid or gaseous medium in a container treatment machine, comprising a main channel which is tubular at least in sections for transporting a first liquid medium, and comprising a media guiding device which surrounds the main channel, wherein the media guiding device comprises at least one channel for guiding a medium and wherein the media guiding device is arranged so as to be able to rotate relative to the main channel about a predefined axis of rotation and wherein at least one sealing device composed of at least two components (12, 14) is provided between at least one outer wall of the main channel and the media guiding device, said sealing device being suitable for sealing off bodies which are able to rotate relative to one another, characterised in that the sealing device comprises a main body made from a plastics material and an elastic pretensioning body bearing at least partially against the main body for pretensioning the main body, wherein the pretensioning body is made from a plastics material and wherein the main body comprises a protrusion which extends in the radial direction in order to arrange the main body so as not to be able to rotate with respect to the media guiding device and wherein the main body comprises two portions and, wherein portion is a primary sealing lip and portion is a static sealing lip and wherein by means of the two sealing lips (22, 24) the pretensioning body is surrounded in such a way that no region of the pretensioning body contacts the outer wall of the channel.
A method for producing an osteoinductive composition, the method comprising: providing bone particles, preferably bone particles whose longest dimension is between 0.5 and 15 mm, preferably between 1 and 10 mm, more preferably between 1 and 8 mm and most preferably between 0.5 and 4 mm; surface demineralizing the bone particles; removing water from the bone particles; providing pressed demineralized bone fibers; removing water from the pressed demineralized bone fibers, wherein removing water from the pressed demineralized bone fibers comprises critical point drying them; and combining the surface demineralized bone particles and demineralized bone fibers. providing bone particles, preferably bone particles whose longest dimension is between 0.5 and 15 mm, preferably between 1 and 10 mm, more preferably between 1 and 8 mm and most preferably between 0.5 and 4 mm; surface demineralizing the bone particles; removing water from the bone particles; providing pressed demineralized bone fibers; removing water from the pressed demineralized bone fibers, wherein removing water from the pressed demineralized bone fibers comprises critical point drying them; and combining the surface demineralized bone particles and demineralized bone fibers.
A method for remediating particulate solids contaminated with PFAS, the method including the steps of: locating a body of particulate solids contaminated with PFAS in a closed vessel, generating microwave radiation of pre-determined frequency or frequencies and power level or levels, directing microwave radiation generated to the body of particulate solids in the vessel so as to heat the particulate solids and promote vaporisation of PFAS, transferring vapour from the vessel to a treatment stage, and treating in the treatment stage the vapour transferred from the vessel so as to at least partially convert the PFAS into safer substances. locating a body of particulate solids contaminated with PFAS in a closed vessel, generating microwave radiation of pre-determined frequency or frequencies and power level or levels, directing microwave radiation generated to the body of particulate solids in the vessel so as to heat the particulate solids and promote vaporisation of PFAS, transferring vapour from the vessel to a treatment stage, and treating in the treatment stage the vapour transferred from the vessel so as to at least partially convert the PFAS into safer substances.
Calendar mechanism comprising a day program wheel that is driven by a clock movement and actuates a wheel train for display of the days of the month, wherein said day program wheel comprises a day indexing gear that is arranged to be advanced by one step each day by said clock movement, and a plurality of retractable teeth (128, 129, 130) capable of being driven by said clock movement, characterised in that said retractable teeth (128, 129, 130) are respectively mounted to pivot between an active position (128A, 129A, 130A), in which they are driven by said clock movement, and an inactive position (128l, 129l, 130l), in which they are not driven by said clock movement, wherein said active positions (128A, 129A, 130A) and inactive positions (128l, 129l, 130l) of said retractable teeth (128, 129, 130) are determined by cam surfaces (441, 442, 461).
A motor driving system for controlling a torque or a velocity of a synchronous motor by converting a DC power from a DC power supply into an AC power through a power converter and delivering the AC power to the motor, the motor driving system comprising the power converter, a magnetic pole position detecting means attachable to the motor, and a control device (4A to 4F) configured to control the power converter, the motor driving system is characterized in that the control device (4A to 4F) comprises a sensorless control unit configured to generate a magnetic pole position estimated value of the motor used for controlling the power converter in a normal state of the sensorless control unit, wherein the sensorless control unit comprises a first abnormality determining means and wherein the motor driving system is arranged such that, when the first abnormality determining means determines abnormality in the sensorless control unit, the control device (4A to 4F) is configured to control the power converter using a magnetic pole position detected value from the magnetic pole position detecting means instead of using the magnetic pole position estimated value.
A method of maintaining a circuit card (106, 106') in a card rack, the method comprising: providing a card rack including a laterally oriented clamping slot, the clamping slot being at least partially formed from a temperature-contractible material; providing a circuit card (106, 106') having a clamped side region; inserting at least a portion of the clamped side region into the clamping slot; applying a predetermined temperature differential to the clamping slot to reduce a longitudinal dimension of at least a portion of the clamping slot; and wherein a compressive force is exerted on the portion of the clamped side region which is located longitudinally within the clamping slot, via thermal expansion of the clamping slot. providing a card rack including a laterally oriented clamping slot, the clamping slot being at least partially formed from a temperature-contractible material; providing a circuit card (106, 106') having a clamped side region; inserting at least a portion of the clamped side region into the clamping slot; applying a predetermined temperature differential to the clamping slot to reduce a longitudinal dimension of at least a portion of the clamping slot; and wherein a compressive force is exerted on the portion of the clamped side region which is located longitudinally within the clamping slot, via thermal expansion of the clamping slot.
Method for detecting the underflation state of a tyre fitted on a vehicle, the method comprising the following steps: - the step of determining a first contact patch measurement of a first tyre fitted on the vehicle, - the step of determining a second contact patch measurement of a second tyre fitted on the vehicle, - the step of comparing the first and second contact patch measurements and of inferring an underinflation situation therefrom if the difference between the two measurements is greater than a predetermined signalling threshold. - the step of determining a first contact patch measurement of a first tyre fitted on the vehicle, - the step of determining a second contact patch measurement of a second tyre fitted on the vehicle, - the step of comparing the first and second contact patch measurements and of inferring an underinflation situation therefrom if the difference between the two measurements is greater than a predetermined signalling threshold.
A method for use in a mobile device for wireless communication on a secondary component carrier in a wireless communication network using carrier aggregation, comprising: monitoring a downlink radio link quality of a secondary cell for an event indicating failure of a communication link over the secondary component carrier with the secondary cell; declaring, in response to detecting the event, a failure state of the secondary cell during which the mobile device adjusts operation related to the secondary component carrier; performing (o-402) a cell search on the secondary component carrier in response to the failure state; and recovering (o-403) the communication link over the secondary component carrier with one or more configured secondary cells, based on a quality of one or more synchronization signals, during the cell search. monitoring a downlink radio link quality of a secondary cell for an event indicating failure of a communication link over the secondary component carrier with the secondary cell; declaring, in response to detecting the event, a failure state of the secondary cell during which the mobile device adjusts operation related to the secondary component carrier; performing (o-402) a cell search on the secondary component carrier in response to the failure state; and recovering (o-403) the communication link over the secondary component carrier with one or more configured secondary cells, based on a quality of one or more synchronization signals, during the cell search.
A vehicle detection appliance with at least one induction loop which is installed into a road and whose resonance frequency is detuned when run over by a vehicle, wherein the induction loop is connected to a monitoring device which serves for monitoring the correct manner of functioning of the induction loop, wherein the monitoring device is designed in a manner such that it detects the resonance frequency of the induction loop, characterised in that the monitoring device is further designed in a manner such that it evaluates a detuning signal which represents a detuning of the resonance frequency, in a manner such that it compares values of this detuning signal at different points in time (t) with one another by way of it detecting swings of the detuning signal over a time period and given a reduction of the magnitude of the swings over this time period it detects a worsening of the function of the induction loop and generates a hint signal.
A tacker for applying a rotary tack, comprising: a trigger assembly and an articulated arm that holds rotary tacks; a drive shaft coupled to said trigger assembly, wherein operating said trigger assembly causes rotation of said drive shaft, a distal portion of said drive shaft passing into said articulated arm, wherein upon operation of said trigger assembly, said drive shaft rotates to cause deployment of said tacks distally out of said articulated arm; wherein said drive shaft comprises a cable, characterized in that on said cable is located a plurality of axially spaced drive links wherein the drive links are adapted to transfer rotational motion of said drive shaft to rotation of said tacks. a trigger assembly and an articulated arm that holds rotary tacks; a drive shaft coupled to said trigger assembly, wherein operating said trigger assembly causes rotation of said drive shaft, a distal portion of said drive shaft passing into said articulated arm, wherein upon operation of said trigger assembly, said drive shaft rotates to cause deployment of said tacks distally out of said articulated arm; wherein said drive shaft comprises a cable, characterized in that on said cable is located a plurality of axially spaced drive links wherein the drive links are adapted to transfer rotational motion of said drive shaft to rotation of said tacks.
A vibration component for loudspeakers, comprising: a base layer having a front face and a rear face, the base layer having a first density and being formed of a paper body containing a plurality of fibers; a further layer: having a first face joined to the front face of the base layer, and a second face on a reverse side of the further layer from the first face, having a second density higher than the first density, and including a plurality of cellulose fibers as a main component; characterized in that the further layer is an intermediate layer, wherein the vibration component for loudspeakers further comprises: a coating layer provided on the second face of the intermediate layer, the coating layer including an inorganic powder containing a plurality of inorganic fine particles and a coating material to embed the inorganic fine particles, wherein out of the plurality of fibers of the base layer, at least fibers exposed to the rear face are coated with a same material as the coating material. a base layer having a front face and a rear face, the base layer having a first density and being formed of a paper body containing a plurality of fibers; a further layer: having a first face joined to the front face of the base layer, and a second face on a reverse side of the further layer from the first face, having a second density higher than the first density, and including a plurality of cellulose fibers as a main component; characterized in that the further layer is an intermediate layer, wherein the vibration component for loudspeakers further comprises: having a first face joined to the front face of the base layer, and a second face on a reverse side of the further layer from the first face, having a second density higher than the first density, and including a plurality of cellulose fibers as a main component; characterized in that the further layer is an intermediate layer, wherein the vibration component for loudspeakers further comprises: a coating layer provided on the second face of the intermediate layer, the coating layer including an inorganic powder containing a plurality of inorganic fine particles and a coating material to embed the inorganic fine particles, wherein out of the plurality of fibers of the base layer, at least fibers exposed to the rear face are coated with a same material as the coating material.
A method for crimping a stone in a supporting element comprising the following steps consisting in: a) drilling a seat in a first surface of the supporting element; b) drilling at least two fixing holes adjacent to the seat in the supporting element; c) providing at least two fixing elements having in a first end part a notch having a shape complementary to a peripheral portion of the stone; d) partially inserting a fixing element in each fixing hole so that the first end part comprising said notch extends above the supporting element and over a depth allowing said fixing element to flex while being held in said fixing hole; e) elastically deforming the fixing element(s) and inserting the stone between the fixing elements so that said peripheral portion of the stone is positioned in said notches, and f) applying a force to the fixing elements in a direction parallel to the axis of the corresponding fixing hole until the stone partially abuts against said seat. a) drilling a seat in a first surface of the supporting element; b) drilling at least two fixing holes adjacent to the seat in the supporting element; c) providing at least two fixing elements having in a first end part a notch having a shape complementary to a peripheral portion of the stone; d) partially inserting a fixing element in each fixing hole so that the first end part comprising said notch extends above the supporting element and over a depth allowing said fixing element to flex while being held in said fixing hole; e) elastically deforming the fixing element(s) and inserting the stone between the fixing elements so that said peripheral portion of the stone is positioned in said notches, and f) applying a force to the fixing elements in a direction parallel to the axis of the corresponding fixing hole until the stone partially abuts against said seat.
A method for evaluating a colorectal cancer in a patient suspected of having or determined to have a colorectal cancer, comprising determining a risk associated with colorectal cancer in the patient based on the level of expression of at least miR-885-5p measured from a serum sample of the patient compared to a control or reference level, wherein the risk is a risk of having colorectal cancer, of having a poor prognosis, of having a poor survival probability, or of developing tumor recurrence or metastasis.
Blind rivet element with - a head, - an adjoining hollow shank, the outside of which has a smaller outside diameter than the head, and - an internal thread provided in the shank at an axial distance from the head, characterized in - that the shaft is provided with a radially outwardly projecting adjustment contour in the region of the head, - that the shank has a bulge which is already shaped in radial direction, wherein the shaped bulge is a bulge which is rotationally symmetrical or star-shaped in circumferential direction, - that this bulge is arranged between the adjustment contour and the internal thread, and - that the bulge has a maximum outside diameter which is not greater than the outside diameter of the adjustment contour. - a head, - an adjoining hollow shank, the outside of which has a smaller outside diameter than the head, and - an internal thread provided in the shank at an axial distance from the head, characterized in - that the shaft is provided with a radially outwardly projecting adjustment contour in the region of the head, - that the shank has a bulge which is already shaped in radial direction, wherein the shaped bulge is a bulge which is rotationally symmetrical or star-shaped in circumferential direction, - that this bulge is arranged between the adjustment contour and the internal thread, and - that the bulge has a maximum outside diameter which is not greater than the outside diameter of the adjustment contour.