mhurhangee/ep-ind-claims huggingface dataset:
Quick-change tool holder system, comprising - a base part with a quick-change tool holder receptacle and a supporting projection and - a quick-change tool holder configured for insertion in the quick-change tool holder receptacle and comprising a chisel receptacle for a round shank chisel with a longitudinal axis, wherein the quick-change tool holder has a mounting body and a base gripping part protruding radially with respect to the direction of insertion of the quick-change tool holder in the base part and projecting in the direction of insertion, which base gripping part grips the supporting projection on the base part in an inserted stated, and wherein the base gripping part has a contact surface for making contact with an outer side (111 a) of the supporting projection in the radial direction, which is configured as undercut in the insertion direction, runs obliquely in the insertion direction relative to the longitudinal axis and intersects the same in its extension at an angle (α) of greater than 0° to 15° in an area behind the base gripping part. - a base part with a quick-change tool holder receptacle and a supporting projection and - a quick-change tool holder configured for insertion in the quick-change tool holder receptacle and comprising a chisel receptacle for a round shank chisel with a longitudinal axis,
An internet protocol camera (1, 2) comprising a camera body comprising a lens having an optical axis, and a cover (12, 22) having an opening (12H, 22H), wherein the camera body has a central axis parallel to the optical axis and a receiving slot for insertion of a memory card, the camera body comprises a front portion, a rear portion opposite to the front portion and a side contoured surface around the central axis, the side contoured surface has an engaging face also around the central axis, the engaging face is located on the rear portion, the receiving slot is recessed into the camera body from the engaging face in a direction towards and perpendicular to the central axis; and the opening has the same central axis and is open at front and back of the cover (12, 22) along the central axis, the cover (12, 22) comprises an inner surface (12e, 22e) around the central axis, the inner surface (12e, 22e) has a shape and a size fitting a shape and a size of the engaging face, wherein the cover (12, 22) is adapted to cover the engaging face, and a depth of the inner surface (12e, 22e) along the central axis is substantially equal to a depth of the engaging face along the central axis; wherein when the engaging face is covered by the cover (12, 22), the inner surface (12e, 22e) of the cover (12, 22) is attached to and disposed around the engaging face of the camera body, so that an entrance path to the receiving slot is blocked by the cover (12, 22). a lens having an optical axis, and a cover (12, 22) having an opening (12H, 22H), wherein the camera body has a central axis parallel to the optical axis and a receiving slot for insertion of a memory card, the camera body comprises a front portion, a rear portion opposite to the front portion and a side contoured surface around the central axis, the side contoured surface has an engaging face also around the central axis, the engaging face is located on the rear portion, the receiving slot is recessed into the camera body from the engaging face in a direction towards and perpendicular to the central axis; and the opening has the same central axis and is open at front and back of the cover (12, 22) along the central axis, the cover (12, 22) comprises an inner surface (12e, 22e) around the central axis, the inner surface (12e, 22e) has a shape and a size fitting a shape and a size of the engaging face, wherein the cover (12, 22) is adapted to cover the engaging face, and a depth of the inner surface (12e, 22e) along the central axis is substantially equal to a depth of the engaging face along the central axis; wherein when the engaging face is covered by the cover (12, 22), the inner surface (12e, 22e) of the cover (12, 22) is attached to and disposed around the engaging face of the camera body, so that an entrance path to the receiving slot is blocked by the cover (12, 22).
Process for the production of bases for diesel and/or kerosene fuels from a C2 ethylene feedstock, whereby said process comprises at least a first stage for oligomerization of said feedstock into at least one hydrocarbon effluent that comprises a mixture of olefins that for the most part have between 4 and 30 carbons, whereby said olefin mixture comprises a C10-C24 fraction that has a mean linearity that is greater than 60%, in the presence of a homogeneous catalytic system that comprises at least one zirconium-based metal precursor, comprising also at least one activator that is selected from the group that is formed by ethyl aluminum sesquichloride (EASC), dichloroethyl aluminum (EADC), dichloroisobutyl aluminum, chlorodiethyl aluminum (DEAC), triethyl aluminum, and trimethyl aluminum, a second stage for oligomerization of at least a portion of the effluent that is obtained from stage a), into at least one hydrocarbon effluent that comprises a mixture of olefins that for the most part have between 4 and 30 carbon atoms, with said olefin mixture comprising a C10-C24 fraction that has a mean linearity that is less than 50%, in the presence of a homogeneous catalytic system that is identical to the one that is used in the first oligomerization stage a) and at least one supplementary activator is introduced into the said second oligomerization stage b), in which the effluent that is obtained from stage a) undergoes before the stage b) a stage for draining ethylene, by any means that stops the introduction of ethylene, in such a way as to produce at least one effluent that comprises a residual quantity of ethylene that is less than 5% by weight relative to the total mass of the hydrocarbons that are present in said effluent, mean linearity being expressed in terms of percentage is defined as the ratio of the percentage by weight of linear olefins that are present in the C10-C24 fraction to the total percentage by weight of olefins that are present in the C10-C24 fraction.
Use of a method for generating a load estimation model to control a pressing position of a rotary drum, wherein the load estimation model indicates a relation between a pressing position of a tire with respect to the rotary drum and a load applied to the tire, in a tire uniformity testing apparatus which measures uniformity of the tire by measuring the load applied to the tire pressed against the rotary drum, the method comprising: holding information acquired by the measurement for each characteristic value of tires, in which uniformity has already been measured by the tire uniformity testing apparatus, the characteristic value comprising a brand of the tires, a usage of the tires, a diameter of the tires and a width of the tires; acquiring a nominal model used for generating the load estimation model from the information held in the holding, in accordance with the characteristic value of the tires by selecting a type of that one of the tires already been measured having the highest similarity with the tire which is determined on the basis of the shortest distance, in a parameter space defined by the diameter of the tires and the width of the tires, between a position representing the tire and positions representing the tires already been measured; and generating a load estimation model which indicates a relation between the pressing position of the tire and the load applied to the tire, on the basis of the acquired nominal model. holding information acquired by the measurement for each characteristic value of tires, in which uniformity has already been measured by the tire uniformity testing apparatus, the characteristic value comprising a brand of the tires, a usage of the tires, a diameter of the tires and a width of the tires; acquiring a nominal model used for generating the load estimation model from the information held in the holding, in accordance with the characteristic value of the tires by selecting a type of that one of the tires already been measured having the highest similarity with the tire which is determined on the basis of the shortest distance, in a parameter space defined by the diameter of the tires and the width of the tires, between a position representing the tire and positions representing the tires already been measured; and generating a load estimation model which indicates a relation between the pressing position of the tire and the load applied to the tire, on the basis of the acquired nominal model.
An optical wireless power transfer system, comprising: a transmission module configured to output power light and communication light comprising a first modulated signal respectively through two light sources, receive reflected light, the reflected light generated by reflecting the communication light, and process a second modulated signal comprised in the reflected light; and a reception module configured to process the first modulated signal comprised in the communication light, reflect the communication light to output the reflected light, and enable the second modulated signal to be comprised in the reflected light based on power generated by the power light, characterized in that: the transmission module includes first magnetic bodies (18a, 18b) and the reception module includes second magnetic bodies (25a, 25b), and the first magnetic bodies (18a, 18b) and the second magnetic bodies (25a, 25b) generate an attraction with each other so that the transmission module and the reception module are fixed within a predetermined distance. a transmission module configured to output power light and communication light comprising a first modulated signal respectively through two light sources, receive reflected light, the reflected light generated by reflecting the communication light, and process a second modulated signal comprised in the reflected light; and a reception module configured to process the first modulated signal comprised in the communication light, reflect the communication light to output the reflected light, and enable the second modulated signal to be comprised in the reflected light based on power generated by the power light, characterized in that: the transmission module includes first magnetic bodies (18a, 18b) and the reception module includes second magnetic bodies (25a, 25b), and the first magnetic bodies (18a, 18b) and the second magnetic bodies (25a, 25b) generate an attraction with each other so that the transmission module and the reception module are fixed within a predetermined distance. the transmission module includes first magnetic bodies (18a, 18b) and the reception module includes second magnetic bodies (25a, 25b), and the first magnetic bodies (18a, 18b) and the second magnetic bodies (25a, 25b) generate an attraction with each other so that the transmission module and the reception module are fixed within a predetermined distance.
A coil assembly having improved heat resistance for use in a control rod driver, comprising: a covered wire including a coil wire which is a copper wire having no splices and of which both ends are bound with a lead wire of a power supply cable by brazing, and a polyether ether ketone (PEEK) coating layer covering an outer circumferential surface of the coil wire, and wound in multiple layers; a coil coating layer formed by filling gaps in the covered wire with varnish and performing vacuum impregnation to remove air and moisture present in the gaps; an insulating tape layer covering external sides of a wound layer of the covered wire insulated by the coil coating layer; and silicon molding covering external sides of the insulating tape layer. a covered wire including a coil wire which is a copper wire having no splices and of which both ends are bound with a lead wire of a power supply cable by brazing, and a polyether ether ketone (PEEK) coating layer covering an outer circumferential surface of the coil wire, and wound in multiple layers; a coil coating layer formed by filling gaps in the covered wire with varnish and performing vacuum impregnation to remove air and moisture present in the gaps; an insulating tape layer covering external sides of a wound layer of the covered wire insulated by the coil coating layer; and silicon molding covering external sides of the insulating tape layer.
A process for producing a recombinant protein comprising: a. culturing host cells capable of producing a recombinant protein in a medium free of animal-derived products, wherein the host cells are CHO cells; b. progressing the culture through a production phase wherein the recombinant protein is produced by the cells, wherein, during said production phase, the culture is supplemented with • cysteine or cystine up to a total amount of from 10 wt% to 30 wt% of the expected total amount of recombinant protein produced; and • tryptophan up to a total amount of from 8 wt% to 35 wt% of the expected total amount of recombinant protein produced, c. and, optionally, recovering the recombinant protein from the cell culture medium, wherein one or more initial experiments are performed to determine the expected total amount of recombinant protein produced. a. culturing host cells capable of producing a recombinant protein in a medium free of animal-derived products, wherein the host cells are CHO cells; b. progressing the culture through a production phase wherein the recombinant protein is produced by the cells, wherein, during said production phase, the culture is supplemented with • cysteine or cystine up to a total amount of from 10 wt% to 30 wt% of the expected total amount of recombinant protein produced; and • tryptophan up to a total amount of from 8 wt% to 35 wt% of the expected total amount of recombinant protein produced, • cysteine or cystine up to a total amount of from 10 wt% to 30 wt% of the expected total amount of recombinant protein produced; and • tryptophan up to a total amount of from 8 wt% to 35 wt% of the expected total amount of recombinant protein produced, c. and, optionally, recovering the recombinant protein from the cell culture medium, wherein one or more initial experiments are performed to determine the expected total amount of recombinant protein produced.
A wakeful sleep detection alarm device comprising: a pressure generator configured to generate a pressurized flow of breathable gas for delivery to the airway of a subject; one or more sensors configured to generate one or more output signals conveying information related to one or more parameters of the pressurized flow of breathable gas; and one or more processors configured to execute computer program modules, the computer program modules comprising: a wakefulness module configured to determine wakefulness of the subject based on the one or more output signals; characterized in that the computer program modules further comprise: an alarm module configured to determine an alarm window of time; and a control module configured such that, responsive to the determined wakefulness of the subject breaching a threshold during the alarm window of time, the control module controls the pressure generator to generate a waking stimulus to wake the subject from sleep, wherein the stimulus comprises modulation of the pressurized flow of breathable gas. a pressure generator configured to generate a pressurized flow of breathable gas for delivery to the airway of a subject; one or more sensors configured to generate one or more output signals conveying information related to one or more parameters of the pressurized flow of breathable gas; and one or more processors configured to execute computer program modules, the computer program modules comprising: a wakefulness module configured to determine wakefulness of the subject based on the one or more output signals; characterized in that the computer program modules further comprise: an alarm module configured to determine an alarm window of time; and a control module configured such that, responsive to the determined wakefulness of the subject breaching a threshold during the alarm window of time, the control module controls the pressure generator to generate a waking stimulus to wake the subject from sleep, wherein the stimulus comprises modulation of the pressurized flow of breathable gas. an alarm module configured to determine an alarm window of time; and a control module configured such that, responsive to the determined wakefulness of the subject breaching a threshold during the alarm window of time, the control module controls the pressure generator to generate a waking stimulus to wake the subject from sleep, wherein the stimulus comprises modulation of the pressurized flow of breathable gas.
A method of generating motion vector predictor candidates for a block to decode forming a part of a current video frame that is to be decoded, wherein, if available, the number of temporal motion vector predictor candidates generated is not more than one and the number of spatial motion vector predictor candidates generated is at least one, the method comprising: generating the spatial motion vector predictor candidate by, if available, selecting as the spatial motion vector predictor candidate a motion vector associated with a block neighboring and diagonally below and to the left of the block to decode; and generating the one temporal motion vector predictor candidate by, if available, selecting as the one temporal motion vector predictor candidate a motion vector associated with a top left position in a block of a reference frame neighboring and diagonally below and to the right of an area of the reference frame, the reference frame being different from the current video frame and said area having the same position and the same size as the block to decode. generating the spatial motion vector predictor candidate by, if available, selecting as the spatial motion vector predictor candidate a motion vector associated with a block neighboring and diagonally below and to the left of the block to decode; and generating the one temporal motion vector predictor candidate by, if available, selecting as the one temporal motion vector predictor candidate a motion vector associated with a top left position in a block of a reference frame neighboring and diagonally below and to the right of an area of the reference frame, the reference frame being different from the current video frame and said area having the same position and the same size as the block to decode.
Method for providing a proxy service in an industrial system comprising a Software Defined Network, SDN, with an SDN controller node, the method comprising: - providing a proxy service engine comprising at least one proxy service node, the proxy service engine residing in a virtualization environment running on distributed compute nodes; - intercepting and re-directing, by the SDN controller node, an incoming service request intended for a target automation device to the at least one proxy service node based on a rule set, the re-directing involving the determination of a target address in accordance with the rule set and the routing of the service request to the determined target address; - processing the service request by the at least one proxy service node; and - delivering the requested service; wherein the rule set comprises: • target addresses for physical automation devices, virtual automation devices and proxy service nodes; and • associations of predetermined criteria and each of the target addresses; and wherein the predetermined criteria include: an IP-address, a protocol type, a service request type, a source type, sub-functions of a protocol, type of optional commands, additional SNMP MIBs, alternate or augmented webpages, and data content. - providing a proxy service engine comprising at least one proxy service node, the proxy service engine residing in a virtualization environment running on distributed compute nodes; - intercepting and re-directing, by the SDN controller node, an incoming service request intended for a target automation device to the at least one proxy service node based on a rule set, the re-directing involving the determination of a target address in accordance with the rule set and the routing of the service request to the determined target address; - processing the service request by the at least one proxy service node; and - delivering the requested service; • target addresses for physical automation devices, virtual automation devices and proxy service nodes; and • associations of predetermined criteria and each of the target addresses; and wherein the predetermined criteria include: an IP-address, a protocol type, a service request type, a source type, sub-functions of a protocol, type of optional commands, additional SNMP MIBs, alternate or augmented webpages, and data content.
Escapement for a mechanical time-measuring device comprising pivotable pallets with pallet-stones (2, 2') and a pallet wheel, to which a torque can be applied and which has outwardly directed teeth (5, 5', 5") over its outer circumference, a sliding relative movement being produced during operation of the escapement, in which the front flanks of the pallet-stones (2, 2') are in contact in succession and alternately with the front flanks of the teeth (5, 5', 5"), the front flanks of the pallet-stones (2, 2') being configured such that, during operation of the escapement in the direction of the relative movement, during each contact of one of the front flanks of the pallet-stones (2, 2') with one of the front flanks of the teeth (5, 5', 5") of the wheel, the same contact face A 0 of the front flank of the pallet-stones (2, 2') is always engaged with the front flank of the teeth (5, 5', 5") of the wheel, at least the flanks of the pallet-stones (2, 2') and the front flank of the teeth (5, 5', 5") having a hard material coating, characterised in that the hard material coating is selected from silicon oxide, in particular SiO 2, or non-stoichiometric oxides with the formula Si x O y, x and y being whole numbers, or from silicon carbides or silicon nitride or diamond, in particular nanocrystalline diamond, or diamond-like carbon or ruby or sapphire.
An apparatus for a vehicle having an electric propulsion motor and energy storage means for powering the motor, the apparatus characterized by being configured to generate, upon detecting the presence of a portable user identification device, an audible sonic signature audible from outside the vehicle in dependence on a result of a determination whether the vehicle is connected to a charging facility for charging the energy storage means.
Device for measuring surface co-ordinates having a computing means and a housing, able to be used by hand, which has a positioning means designed for positioning at a point on a wall surface and an output means for a resulting measurement determined by the computing means, there being present an electronic distance measuring system suitable for the determination of a longitudinal distance in a direction of longitudinal measurement and a means for transverse measurement for the additional determination of a transverse distance in a direction of transverse measurement orientated transversely to the direction of longitudinal measurement, characterised in that the means for transverse measurement is a pivoting means (13, 18) which pivots the direction of measurement controllably at least through an angle ([phi]) of 90°, the measurement of longitudinal distance taking place at an angle ([phi]) of 0° and the measurement of transverse distance taking place at an angle([phi]) of 90°.