mhurhangee/ep-ind-claims huggingface dataset:
A process for treating of waste water from dairy processing, comprising or consisting of the following steps: (a) providing a waste water from the dairy-processing industry, whose organic load essentially consists of lactic acid and urea; (b) adjusting the waste water to an alkaline pH value, while precipitating the lactic acid as lactate; (c) subjecting the waste water thus treated to a first reverse osmosis to obtain lactate-containing first retentate and a lactate-free first permeate; (d) adjusting the first permeate thus obtained to an acidic pH; (e) cooling the acidic permeate to a temperature in the range of 2 to 10 ° C; (f) subjecting the cooled first permeate to a second reverse osmosis to obtain a urea-containing second retentate and a second permeate that is substantially free from organic loading, and optionally (g) recycling the second permeate in a milk processing process. (a) providing a waste water from the dairy-processing industry, whose organic load essentially consists of lactic acid and urea; (b) adjusting the waste water to an alkaline pH value, while precipitating the lactic acid as lactate; (c) subjecting the waste water thus treated to a first reverse osmosis to obtain lactate-containing first retentate and a lactate-free first permeate; (d) adjusting the first permeate thus obtained to an acidic pH; (e) cooling the acidic permeate to a temperature in the range of 2 to 10 ° C; (f) subjecting the cooled first permeate to a second reverse osmosis to obtain a urea-containing second retentate and a second permeate that is substantially free from organic loading, and optionally (g) recycling the second permeate in a milk processing process.
A method for a zone passage control system for an underground worksite comprising a plurality of operation zones for autonomously operating mobile vehicle operations, comprising: - associating a first passage control unit with a first zone and a second zone, the first passage control unit separating the first zone and the second zone, - detecting state parameter information of the first zone and the second zone, - merging the first zone and the second zone into a fusion zone on the basis of the state parameter information of the first zone and the second zone, and - adapting the zone passage control system to allow a first autonomously operating mobile vehicle to pass the first passage control unit in the fusion zone without interrupting operation of a second autonomously operating mobile vehicle in the first zone and/or the second zone. - associating a first passage control unit with a first zone and a second zone, the first passage control unit separating the first zone and the second zone, - detecting state parameter information of the first zone and the second zone, - merging the first zone and the second zone into a fusion zone on the basis of the state parameter information of the first zone and the second zone, and - adapting the zone passage control system to allow a first autonomously operating mobile vehicle to pass the first passage control unit in the fusion zone without interrupting operation of a second autonomously operating mobile vehicle in the first zone and/or the second zone.
An access port for providing subcutaneous access to a patient, comprising: a septum; a body defining a fluid cavity accessible via said septum; a compliant outer cover disposed about at least a portion of the body; and a flange covered by the outer cover and extending from the body, the flange including an anchoring feature for securing the outer cover to the body and the flange including an identification feature observable via x-ray imaging technology, the identification feature conveying information indicative of at least one attribute of the access port; and characterized in that the flange extends from the body proximate the septum, the flange being positioned to impede penetration of a needle a substantial distance into the outer cover. a septum; a body defining a fluid cavity accessible via said septum; a compliant outer cover disposed about at least a portion of the body; and a flange covered by the outer cover and extending from the body, the flange including an anchoring feature for securing the outer cover to the body and the flange including an identification feature observable via x-ray imaging technology, the identification feature conveying information indicative of at least one attribute of the access port; and characterized in that the flange extends from the body proximate the septum, the flange being positioned to impede penetration of a needle a substantial distance into the outer cover.
Installation box for electrical installations, comprising a. a main body having a tubular side wall which extends in a first direction and encloses an installation space, b. a rear mounting opening bordered by the tubular side wall, and a cover for closing the mounting opening, wherein c. the tubular side wall has at least one first wall region which is arranged on the rear side and can be detached along at least one first defined contour, d. wherein the detachable wall region adjoins the mounting opening in some regions and, when detached, forms an insertion opening running along the first contour and adjoining the mounting opening for the insertion of an electrical tube into the installation space in the first direction, characterized in that e. the insertion opening can be divided into a first zone for receiving the electrical tube and a second zone for the lateral insertion of the electrical tube into the first zone from the first direction, wherein a contour of the first zone is round, so that it can follow the outer circumference of the tube to be inserted, and f. the cover has a sealing lip for sealing off the tube with respect to the cover, by which means a tube inserted through the insertion opening can be attached tightly to the installation box so that, during the pouring of a concrete wall, no concrete penetrates the box. a. a main body having a tubular side wall which extends in a first direction and encloses an installation space, b. a rear mounting opening bordered by the tubular side wall, and a cover for closing the mounting opening, wherein c. the tubular side wall has at least one first wall region which is arranged on the rear side and can be detached along at least one first defined contour, d. wherein the detachable wall region adjoins the mounting opening in some regions and, when detached, forms an insertion opening running along the first contour and adjoining the mounting opening for the insertion of an electrical tube into the installation space in the first direction, e. the insertion opening can be divided into a first zone for receiving the electrical tube and a second zone for the lateral insertion of the electrical tube into the first zone from the first direction, wherein a contour of the first zone is round, so that it can follow the outer circumference of the tube to be inserted, and f. the cover has a sealing lip for sealing off the tube with respect to the cover, by which means a tube inserted through the insertion opening can be attached tightly to the installation box so that, during the pouring of a concrete wall, no concrete penetrates the box.
A concrete sleeper for a track bed, comprising a concrete body, wherein the concrete sleeper comprises a flat impact protection device, wherein the impact protection device, as viewed in the operating position, is arranged in the region of an upper side of the concrete body, wherein the impact protection device is arranged within the concrete body between the upper side of the concrete body and the tensioning elements of the concrete sleeper, characterized in that the impact protection device is formed at least in sections in a latticed and/or woven form.
A liquid ejecting unit comprising: a liquid ejecting head configured to eject a liquid; a flow channel member configured to be attached to and removed from the liquid ejecting head and to supply the liquid to the liquid ejecting head; and an electric coupling member (U1, U2) configured to be attached to and removed from the liquid ejecting head and to supply a signal to the liquid ejecting head, wherein the electric coupling member has a first electric coupling portion, the liquid ejecting head has a second electric coupling portion, one of the first electric coupling portion and the second electric coupling portion is a convex connector, the other of the first electric coupling portion and the second electric coupling portion is a concave connector, when the electric coupling member is attached to the liquid ejecting head, the convex connector is inserted into the concave connector and terminals of the first electric coupling portion and the second electric coupling portion are electrically coupled to each other, the convex connector is extracted from the concave connector by removing the electric coupling member from the liquid ejecting head in a removal direction, the flow channel member restricts the electric coupling member from moving in the removal direction, and the electric coupling member (U1, U2) is located between the flow channel member and the liquid ejecting head in the removal direction. a liquid ejecting head configured to eject a liquid; a flow channel member configured to be attached to and removed from the liquid ejecting head and to supply the liquid to the liquid ejecting head; and an electric coupling member (U1, U2) configured to be attached to and removed from the liquid ejecting head and to supply a signal to the liquid ejecting head, wherein the electric coupling member has a first electric coupling portion, the liquid ejecting head has a second electric coupling portion, one of the first electric coupling portion and the second electric coupling portion is a convex connector, the other of the first electric coupling portion and the second electric coupling portion is a concave connector, when the electric coupling member is attached to the liquid ejecting head, the convex connector is inserted into the concave connector and terminals of the first electric coupling portion and the second electric coupling portion are electrically coupled to each other, the convex connector is extracted from the concave connector by removing the electric coupling member from the liquid ejecting head in a removal direction, the flow channel member restricts the electric coupling member from moving in the removal direction, and the electric coupling member (U1, U2) is located between the flow channel member and the liquid ejecting head in the removal direction.
A process for the preparation of an amino-mercapto functional polysiloxane comprising reacting: a dialkoxydialkylsilane, an amino functional alkoxy silane, and a mercapto functional alkoxy silane, and optionally an endblocker selected from an alcohol, monoalkoxysilane, or disilazane via a condensation reaction. a dialkoxydialkylsilane, an amino functional alkoxy silane, and a mercapto functional alkoxy silane, and optionally an endblocker selected from an alcohol, monoalkoxysilane, or disilazane via a condensation reaction.
A method for recognizing an object in an image captured using a camera unit installed in a vehicle, comprising the steps of retrieving image data corresponding to said image (20; 30; 40), retrieving digital map information, wherein the digital map information comprises map information (25; 34; 43) on at least a portion of an area represented by said image and wherein the digital map information comprises information (w; d; w, w t, d, α) on said object (33; 45), wherein the information (w; d; w, w t, d, α) on said object (33; 45) comprised by said digital map information includes information on a position of said object (33; 45), evaluating the image data and the digital map information (25; 34; 43) to recognize said object (33; 45), wherein both the image data and the digital map information are evaluated to recognize said object (33; 45), and providing a result of said evaluating the image data and the digital map information to a navigation system, characterized in that said result of said evaluating provided to the navigation system includes information on a distance of said object (33; 45) from a current vehicle position of the vehicle, and said evaluating the image data is restricted to a sub-portion of the image data selected based on the information on the position of said object (33; 45).
An apparatus for measuring objects, in particular a coordinate measuring unit, having an actuator and a probe (13, 13', 13") which is movable relative to an object to be measured by means of the actuator to sample the surface of the object in a contacting manner, wherein a sampling body which is in particular elongate and whose front end is designed as a measuring tip for a contact with the object is supported at the probe (13, 13', 13") and means are provided to determine the relative position of the measuring tip with respect to the probe (13, 13', 13"); wherein the sampling body is supported at the probe (13, 13', 13") with changeable inclination; and wherein means (31 - 39, 31' - 35', 31" - 35") are provided by which a change in the inclination of the sampling body relative to the probe (13, 13', 13"), or vice versa, can be detected via a measurement of a test parameter, characterized in that the means for detecting a change in inclination include at least one pneumatic measuring nozzle (31 - 39, 31' - 35', 31" - 35") which opens into a cut-out (17, 17') of the probe (13, 13', 13").
A medicament delivery device comprising: - a body, - an axially biased plunger rod provided with a first external thread, - an activation member arranged to activate the plunger rod, - a tubular medicament scale member receiving the activation member, which tubular medicament scale member is rotatable relative to the body and provided with a visual medicament dose scale, - a stop nut which receives the plunger rod and which stop nut is provided with an internal thread engaging with the first external thread of the plunger rod, and - a gear train arrangement characterized in that the gear train arrangement includes a scale rotation axle arranged parallel to the plunger rod and, in a decoupled state is arranged to decouple the stop nut from the tubular medicament scale member, and when in a coupled state, the scale rotation axle is arranged to transfer rotational motion of the stop nut to the tubular medicament scale member, in order to convey a measure of axial movement of the plunger rod to the tubular medicament scale member, thereby providing an indication on the visual medicament dose scale of an amount of expelled medicament. - a body, - an axially biased plunger rod provided with a first external thread, - an activation member arranged to activate the plunger rod, - a tubular medicament scale member receiving the activation member, which tubular medicament scale member is rotatable relative to the body and provided with a visual medicament dose scale, - a stop nut which receives the plunger rod and which stop nut is provided with an internal thread engaging with the first external thread of the plunger rod, and - a gear train arrangement characterized in that the gear train arrangement includes a scale rotation axle arranged parallel to the plunger rod and, in a decoupled state is arranged to decouple the stop nut from the tubular medicament scale member, and when in a coupled state, the scale rotation axle is arranged to transfer rotational motion of the stop nut to the tubular medicament scale member, in order to convey a measure of axial movement of the plunger rod to the tubular medicament scale member, thereby providing an indication on the visual medicament dose scale of an amount of expelled medicament.
A user equipment, UE, having circuitry to: obtain, from a network device, first configuration information, wherein the first configuration information indicates a first resource set for an aperiodic Sounding Reference Signal, AP-SRS, and wherein the first resource set for the AP-SRS includes a first list of slot offsets; receive, from the network device, second configuration information; determine, based on reception of the second configuration information, a reference slot and a first slot offset of the first list of slot offsets; and generate the AP-SRS for transmission to the network device based on the reference slot and the first slot offset, the UE being characterized in that: the first configuration information further indicates a second resource set for the AP-SRS, the second resource set for the AP-SRS comprises a second list of slot offsets, and the first configuration information further indicates that the first resource set for the AP-SRS and the second resource set for the AP-SRS are mapped to a same trigger state for the AP-SRS. obtain, from a network device, first configuration information, wherein the first configuration information indicates a first resource set for an aperiodic Sounding Reference Signal, AP-SRS, and wherein the first resource set for the AP-SRS includes a first list of slot offsets; receive, from the network device, second configuration information; determine, based on reception of the second configuration information, a reference slot and a first slot offset of the first list of slot offsets; and generate the AP-SRS for transmission to the network device based on the reference slot and the first slot offset, the UE being characterized in that: the first configuration information further indicates a second resource set for the AP-SRS, the second resource set for the AP-SRS comprises a second list of slot offsets, and the first configuration information further indicates that the first resource set for the AP-SRS and the second resource set for the AP-SRS are mapped to a same trigger state for the AP-SRS.
An apparatus for generating electromagnetic waves, said apparatus comprising: • an evacuated envelope defining a space therewithin; • a pair of metal plates disposed in a spaced apart configuration within said space thereby defining a passage therebetween; • a resonator coupled to said pair of metal plates; • an electron gun configured to emit bursts of electrons into said passage in a controlled manner; • a magnetic field generator configured to generate a time varying magnetic field across the passage, thereby imparting oscillations to the electrons for inducing an oscillating electric field between said pair of metal plates, said oscillating electric field configured to induce a time varying current in said resonator resulting in the generation of electromagnetic waves; and • a pick-up loop coupled to said resonator and configured to extract said generated electromagnetic waves. • an evacuated envelope defining a space therewithin; • a pair of metal plates disposed in a spaced apart configuration within said space thereby defining a passage therebetween; • a resonator coupled to said pair of metal plates; • an electron gun configured to emit bursts of electrons into said passage in a controlled manner; • a magnetic field generator configured to generate a time varying magnetic field across the passage, thereby imparting oscillations to the electrons for inducing an oscillating electric field between said pair of metal plates, said oscillating electric field configured to induce a time varying current in said resonator resulting in the generation of electromagnetic waves; and • a pick-up loop coupled to said resonator and configured to extract said generated electromagnetic waves.
An image decoding device for decoding an image in a prediction unit using an inter prediction scheme in which a first reference prediction list and/or a second reference prediction list are used, wherein the first reference prediction list is a list of reference images to be used for P and/or B slice, and the second reference prediction list is a list of reference images to be used for B slice, the image decoding device comprising: a motion compensation parameter derivation unit configured to derive a first prediction list utilization flag indicating whether or not the first reference prediction list is to be used for inter prediction, and a second prediction list utilization flag indicating whether or not the second reference prediction list is to be used for inter prediction, wherein if (i) a value of the first prediction list utilization flag is equal to 1, which indicates that the first reference prediction list is to be used for inter prediction of the prediction unit, (ii) a value of the second prediction list utilization flag is equal to 1, which indicates that the second reference prediction list is to be used for inter prediction of the prediction unit, and (iii) the prediction unit has a size of 8x4 or 4x8, the motion compensation parameter derivation unit is configured to convert the value of the second prediction list utilization flag to 0 so that the second reference prediction list is not to be used, and else to not convert the value of the second prediction list utilization flag. a motion compensation parameter derivation unit configured to derive a first prediction list utilization flag indicating whether or not the first reference prediction list is to be used for inter prediction, and a second prediction list utilization flag indicating whether or not the second reference prediction list is to be used for inter prediction, wherein if (i) a value of the first prediction list utilization flag is equal to 1, which indicates that the first reference prediction list is to be used for inter prediction of the prediction unit, (ii) a value of the second prediction list utilization flag is equal to 1, which indicates that the second reference prediction list is to be used for inter prediction of the prediction unit, and (iii) the prediction unit has a size of 8x4 or 4x8, the motion compensation parameter derivation unit is configured to convert the value of the second prediction list utilization flag to 0 so that the second reference prediction list is not to be used, and else to not convert the value of the second prediction list utilization flag.
An authentication method for a terminal in an authentication system which authenticates the terminal, the authentication method comprising: collecting power usage of each of one or more devices belonging to a group at prescribed intervals; receiving, from the terminal, an authentication request including group identification information for identification of the group to be authenticated; providing a notification for determining a device as a manipulation target in the group and details of a manipulation on the device and providing notification to the terminal, upon receipt of the authentication request; judging, on a basis of a change in the power usage of each of the devices belonging to the group, whether the device designated by the notification is manipulated; and authenticating the terminal for transmitting authentication information to the terminal if the device designated by the notification is judged to be manipulated. collecting power usage of each of one or more devices belonging to a group at prescribed intervals; receiving, from the terminal, an authentication request including group identification information for identification of the group to be authenticated; providing a notification for determining a device as a manipulation target in the group and details of a manipulation on the device and providing notification to the terminal, upon receipt of the authentication request; judging, on a basis of a change in the power usage of each of the devices belonging to the group, whether the device designated by the notification is manipulated; and authenticating the terminal for transmitting authentication information to the terminal if the device designated by the notification is judged to be manipulated.