mhurhangee/ep-ind-claims huggingface dataset:
A method of analyzing a glycan preparation, the method comprising steps of: providing a glycan preparation; subjecting a first sample of the glycan preparation to a first exoglycosidase procedure, wherein the first exoglycosidase procedure comprises sequential treatment of the first sample with a set of at least two exoglycosidases, wherein said exoglycosidases are administered sequentially to the first sample; subjecting a second sample of the glycan preparation to a second exoglycosidase procedure, wherein the second exoglycosidase procedure differs from the first exoglycosidase procedure and comprises simultaneous treatment of the second sample with the same set of exoglycosidases; characterizing the cleavage products of the first and second exoglycosidase procedures; and comparing the characterization of the cleavage products of the first exoglycosidase procedure to the characterization cleavage products of the second exoglycosidase procedure. providing a glycan preparation; subjecting a first sample of the glycan preparation to a first exoglycosidase procedure, wherein the first exoglycosidase procedure comprises sequential treatment of the first sample with a set of at least two exoglycosidases, wherein said exoglycosidases are administered sequentially to the first sample; subjecting a second sample of the glycan preparation to a second exoglycosidase procedure, wherein the second exoglycosidase procedure differs from the first exoglycosidase procedure and comprises simultaneous treatment of the second sample with the same set of exoglycosidases; characterizing the cleavage products of the first and second exoglycosidase procedures; and comparing the characterization of the cleavage products of the first exoglycosidase procedure to the characterization cleavage products of the second exoglycosidase procedure.
A device for the forming of glass bodies, comprising a plurality of processing stations (10, 10'), each of which having a clamping chuck for receiving a glass body and a rotary drive for driving each clamping chuck rotatingly, comprising at least one heat source for heating the glass body, and further comprising a controller which is coupled to the rotary drive in such a way that the clamping chuck can be driven at varying rotational speed, characterized in that the glass bodies can be moved between selected processing stations (10, 10') which can individually be controlled with respect to their rotational speed.
Ventilation casing comprising: - a ventilation shroud for housing a ventilation blower wheel, the ventilation shroud having a motor housing for receiving a fan motor; and - a protective screen that can be attached to the ventilation shroud so as to cover the motor housing on the outer side of the ventilation shroud, the ventilation shroud and the protective screen being intended to be stacked in a stacking direction, the protective screen being attached to the ventilation shroud using a spring element and the protective screen covering at most the motor housing, the ventilation shroud comprising a stop at least limiting the movements of the protective screen in at least one direction, characterized in that the protective screen comprises, at the periphery, an extension intended to come into contact with the stop. - a ventilation shroud for housing a ventilation blower wheel, the ventilation shroud having a motor housing for receiving a fan motor; and - a protective screen that can be attached to the ventilation shroud so as to cover the motor housing on the outer side of the ventilation shroud,
Filling level indicator for determining a filling level in a tank, having a resistor network, having a contact element (5, 11), and having a magnetic element, wherein the contact element (5, 11) is disposed so as to be spaced apart from the resistor network and the magnetic element is movable relative to the resistor network and the contact element (5, 11), wherein the contact element (5, 11) has a contact region (6, 14) which is deflectable by the magnetic element, wherein an electrically conductive connection between the contact region (6, 14) and the resistor network is capable of being produced by means of a deflection of the contact region (6, 14), characterized in that the contact region (6, 14) is formed by a planar tape-shaped element which is partially deflectable by the magnetic force of the magnetic element, wherein the contact region (6, 14) has at least two strip-shaped portions (7, 8, 12, 13) that are disposed so as to be mutually adjacent and mutually spaced apart, in that the resistor network has a plurality of contact faces which are disposed so as to be mutually adjacent, wherein the generation of an electrically conductive contact between the contact region (6, 14) and a first contact face generates a signal which reflects a maximum filling level in the tank, and the generation of an electrically conductive contact between the contact region (6, 14) and a second contact face generates a signal which reflects a minimum filling level in the tank.
Milk collection device comprising a milk collection container having a rinsing liquid supply line, at least one milk supply, a vacuum discharge tube and a liquid discharge on the bottom side of the container, wherein the rinsing liquid supply is provided atop the milk collection container and separated from the vacuum discharge tube, and is arranged to guide the rinsing liquid substantially along a wall of the milk collection container, wherein the rinsing liquid supply is arranged to wash around the vacuum discharge tube with rinsing liquid on at least two sides, characterized in that the rinsing liquid supply (3', 3"; 3-1, 3-2) is arranged to provide, from at least two directions, rinsing liquid to the vacuum discharge tube, wherein the two directions enclose at least a right angle.
Skimmer for collecting a substance, such as crude oil, from a liquid surface, the skimmer comprising: - a buffer vessel provided with an open top end and configured for at least temporarily holding a mixture of the substance to be removed and the liquid; - a floatation element that is arranged on or at the buffer vessel to float on the liquid surface; and, - at least one pump provided with at least one drainage connection configured to be connected with a drainage conduit; wherein the buffer vessel comprises an outer edge that defines an inlet opening for accepting the mixture, and, wherein the at least one pump is configured for pumping the mixture from the buffer vessel through the drainage conduit to a drainage designation, and wherein the skimmer further comprises a mixture inspection element, characterized in that, the mixture inspection element comprises a sensor pipe connected to the drainage conduit and/or the at least one drainage connection, wherein the sensor pipe is configured to drain a sample portion of the mixture from the drainage conduit and/or the at least one drainage connection to an open end of the sensor pipe. - a buffer vessel provided with an open top end and configured for at least temporarily holding a mixture of the substance to be removed and the liquid; - a floatation element that is arranged on or at the buffer vessel to float on the liquid surface; and, - at least one pump provided with at least one drainage connection configured to be connected with a drainage conduit; wherein the buffer vessel comprises an outer edge that defines an inlet opening for accepting the mixture, and, wherein the at least one pump is configured for pumping the mixture from the buffer vessel through the drainage conduit to a drainage designation, and wherein the skimmer further comprises a mixture inspection element, characterized in that, the mixture inspection element comprises a sensor pipe connected to the drainage conduit and/or the at least one drainage connection, wherein the sensor pipe is configured to drain a sample portion of the mixture from the drainage conduit and/or the at least one drainage connection to an open end of the sensor pipe.
A shielded electrical ribbon cable (2; 1502; 1602), comprising: a plurality of conductor sets (4; 1504a-c; 1604a-c) extending lengthwise along the cable and being spaced apart from each other along a width (w) of the cable, and each conductor set including one or more insulated conductors (6; 1506; 1606), the conductor sets including a first conductor set (1504a; 1604a) adjacent a second conductor set (1504b; 1604b); and a first and second shielding film (8; 1508; 1608) disposed on opposite sides of the cable, the first and second films including cover portions and pinched portions arranged such that, in transverse cross section, the cover portions of the first and second films in combination substantially surround each conductor set, and the pinched portions of the first and second films in combination form pinched regions of the cable on each side of each conductor set; wherein, when the cable is laid flat, a first insulated conductor of the first conductor set (1504a; 1604a) is nearest the second conductor set (1504b; 1604b) and a second insulated conductor of the second conductor set (1504b; 1604b) is nearest the first conductor set (1504a; 1604a), and the first and second insulated conductors have a center-to-center spacing S; and wherein the first insulated conductor has an outer dimension D1 and the second insulated conductor has an outer dimension D2; and wherein S/Dmin is in a range from 1.7 to 2, where Dmin is the lesser of D1 and D2. a plurality of conductor sets (4; 1504a-c; 1604a-c) extending lengthwise along the cable and being spaced apart from each other along a width (w) of the cable, and each conductor set including one or more insulated conductors (6; 1506; 1606), the conductor sets including a first conductor set (1504a; 1604a) adjacent a second conductor set (1504b; 1604b); and a first and second shielding film (8; 1508; 1608) disposed on opposite sides of the cable, the first and second films including cover portions and pinched portions arranged such that, in transverse cross section, the cover portions of the first and second films in combination substantially surround each conductor set, and the pinched portions of the first and second films in combination form pinched regions of the cable on each side of each conductor set;
Vehicle, in particular rail vehicle, having a ventilation system, wherein - the ventilation system has at least two controllable air passage devices which are arranged offset in the longitudinal direction of the vehicle and are each indirectly or directly connected to the interior of the vehicle and to the surroundings of the vehicle, and connected to the air passage devices is a control device which is configured in such a way that it actuates the controllable air passage devices in accordance with the respective driving situation, characterized in that the control device is configured in such a way that it reduces a draft occurring within the vehicle when the velocity changes, owing to the mass inertia of an air column located in the interior of the vehicle and owing to leakages in the vehicle, in particular in the rail vehicle, by actuating the controllable air passage devices. - the ventilation system has at least two controllable air passage devices which are arranged offset in the longitudinal direction of the vehicle and are each indirectly or directly connected to the interior of the vehicle and to the surroundings of the vehicle, and connected to the air passage devices is a control device which is configured in such a way that it actuates the controllable air passage devices in accordance with the respective driving situation,
A Wi-Fi P2P connection method, applied to a first device, wherein the first device and a second device access a network by using different channels in a same band, and the Wi-Fi P2P connection method comprises: obtaining (S401, S502) by the first device, a first Wi-Fi module intra-band inter-channel switching capability value of the first device and establishing a connection channel with the second device, receiving (S405, S505) by the first device, a second Wi-Fi module intra-band inter-channel switching capability value of the second device and a station STA channel through which the second device accesses the network that are sent by the second device through the connection channel established with the first device; determining (S406, S506) by the first device, a device with a weaker switching capability in the first device and the second device according to the first Wi-Fi module intra-band inter-channel switching capability value and the second Wi-Fi module intra-band inter-channel switching capability value; and establishing (S408, S508) by the first device, a Wi-Fi P2P connection with the second device according to the station STA channel through which the second device accesses the network if the switching capability of the second device is weaker. obtaining (S401, S502) by the first device, a first Wi-Fi module intra-band inter-channel switching capability value of the first device and establishing a connection channel with the second device, receiving (S405, S505) by the first device, a second Wi-Fi module intra-band inter-channel switching capability value of the second device and a station STA channel through which the second device accesses the network that are sent by the second device through the connection channel established with the first device; determining (S406, S506) by the first device, a device with a weaker switching capability in the first device and the second device according to the first Wi-Fi module intra-band inter-channel switching capability value and the second Wi-Fi module intra-band inter-channel switching capability value; and establishing (S408, S508) by the first device, a Wi-Fi P2P connection with the second device according to the station STA channel through which the second device accesses the network if the switching capability of the second device is weaker.
A process for preparing 5-hydroxymethylfurfural, which comprises a) feeding aqueous solutions (hereinafter called starting solution) comprising - one or more hexoses and - an organic solvent having a boiling point greater than 200°C (at standard pressure) (called high boiler for short) and - water, and a solvent having a boiling point greater than 60 °C and less than 200°C (at standard pressure, called low boiler for short) to a reaction vessel, b) effecting a conversion of hexose to HMF in the reaction vessel in the presence of water vapor with simultaneous distillative removal of the HMF and c) obtaining, as the distillate, an aqueous, HMF-comprising solution (hereinafter called distillate). a) feeding aqueous solutions (hereinafter called starting solution) comprising - one or more hexoses and - an organic solvent having a boiling point greater than 200°C (at standard pressure) (called high boiler for short) and - water, and a solvent having a boiling point greater than 60 °C and less than 200°C (at standard pressure, called low boiler for short) to a reaction vessel, - one or more hexoses and - an organic solvent having a boiling point greater than 200°C (at standard pressure) (called high boiler for short) and - water, b) effecting a conversion of hexose to HMF in the reaction vessel in the presence of water vapor with simultaneous distillative removal of the HMF and c) obtaining, as the distillate, an aqueous, HMF-comprising solution (hereinafter called distillate).
Flushing arrangement for flushing systems for cleaning surgical wounds by means of flushing liquid comprising an outer pipe, in which an inner pipe is arranged, wherein between outer pipe and inner pipe an annular gap is formed at least in sections, and on the free end of the outer pipe an attachment is provided, wherein outlet openings for the flushing liquid are formed in the attachment, which are designed in such a manner that the flushing liquid exits at an angle α and thus obliquely to the longitudinal centre line of the pipes (1, 2), characterised in that the free end of the attachment is formed by a funnel-shaped section and in that the outlet openings are formed in the area of a constriction facing away from the pipes (1, 2) and in the immediate vicinity of the section.
An apparatus for heating or cooling a material to be heated or to be cooled, the apparatus comprising: a first compartment for containing the material to be heated or to be cooled; a second compartment containing a phase change material, wherein the phase change material is either for generating heat to heat the first compartment or absorbing heat to cool the first compartment when undergoing a phase change; and an activating arrangement comprising a phase change activating agent and a barrier that separates the phase change activating agent from the phase change material, wherein the activating arrangement is configured to cause the barrier to rupture when operated so that the phase change activating agent can contact the phase change material in order to activate a change of phase of the phase change material characterised in that the barrier is configured to re-seal after being ruptured. a first compartment for containing the material to be heated or to be cooled; a second compartment containing a phase change material, wherein the phase change material is either for generating heat to heat the first compartment or absorbing heat to cool the first compartment when undergoing a phase change; and an activating arrangement comprising a phase change activating agent and a barrier that separates the phase change activating agent from the phase change material, wherein the activating arrangement is configured to cause the barrier to rupture when operated so that the phase change activating agent can contact the phase change material in order to activate a change of phase of the phase change material characterised in that the barrier is configured to re-seal after being ruptured.
An in vitro method for labeling free sialic acids with 1, 2-diamino-4, 5-methylenedioxybenzene ("DMB") and, optionally, for analyzing said DMB-labeled sialic acids, said method comprising step (a) incubating said free sialic acids with an effective amount of DMB in an aqueous solution comprising (i) an aqueous solution of glycine and an acid, wherein said glycine is present in a molarity of 0.25 M to 3 M and said solution has a pH of 1.5-3.2, and (ii) a reductant selected from thioglycerol and β-mercaptoethanol ("BME"), for a time and at a temperature sufficient to allow said labeling, thereby labeling said free sialic acids with DMB, wherein said free sialic acids are sialic acids that are not attached to a glycoconjugate.
A system comprising: a robotic attacher comprising a main arm, a supplemental arm, a gripping portion and a vision system, wherein the vision system comprises a first camera and a second camera that are each positioned on the robotic attacher, and a controller communicatively coupled to the robotic attacher and operable to: access a first image generated by the first camera, the first image including one or more main features of a dairy livestock; determine a reference point based at least in part on the first image, the reference point determined based at least in part upon the one or more main features of the dairy livestock; cause the robotic attacher to position the second camera relative to the reference point based at least in part upon the one or more main features of the dairy livestock; access a second image generated by the second camera positioned relative to the reference point, the second image including at least a portion of an udder of the dairy livestock; and determine a location of a teat of the dairy livestock based at least in part on the second image. a robotic attacher comprising a main arm, a supplemental arm, a gripping portion and a vision system, wherein the vision system comprises a first camera and a second camera that are each positioned on the robotic attacher, and a controller communicatively coupled to the robotic attacher and operable to: access a first image generated by the first camera, the first image including one or more main features of a dairy livestock; determine a reference point based at least in part on the first image, the reference point determined based at least in part upon the one or more main features of the dairy livestock; cause the robotic attacher to position the second camera relative to the reference point based at least in part upon the one or more main features of the dairy livestock; access a second image generated by the second camera positioned relative to the reference point, the second image including at least a portion of an udder of the dairy livestock; and determine a location of a teat of the dairy livestock based at least in part on the second image. access a first image generated by the first camera, the first image including one or more main features of a dairy livestock; determine a reference point based at least in part on the first image, the reference point determined based at least in part upon the one or more main features of the dairy livestock; cause the robotic attacher to position the second camera relative to the reference point based at least in part upon the one or more main features of the dairy livestock; access a second image generated by the second camera positioned relative to the reference point, the second image including at least a portion of an udder of the dairy livestock; and determine a location of a teat of the dairy livestock based at least in part on the second image.
A method performed by a local telephony device for supporting enhanced media communications comprising: establishing a packet-based audio communication link from the local telephony device to a remote telephony device; informing a local computing device coupled to the local telephony device of the audio communication link; receiving a message from the local computing device, the message requesting identification of enhanced media capabilities associated with a remote computing device coupled to the remote telephony device, wherein enhanced media capabilities include media capabilities other than an ability to communicate audio information; the method characterised by: tunneling the message in the audio communication link to the remote device; receiving a tunneled response in the audio communication link from the remote telephony device, the tunneled response identifying the enhanced media capabilities associated with the remote computing device; and forwarding the tunneled response to the local computing device, wherein tunneling comprises encapsulation of packets from a computing device into audio packets communicated through the audio communication link. establishing a packet-based audio communication link from the local telephony device to a remote telephony device; informing a local computing device coupled to the local telephony device of the audio communication link; receiving a message from the local computing device, the message requesting identification of enhanced media capabilities associated with a remote computing device coupled to the remote telephony device, wherein enhanced media capabilities include media capabilities other than an ability to communicate audio information; the method characterised by: tunneling the message in the audio communication link to the remote device; receiving a tunneled response in the audio communication link from the remote telephony device, the tunneled response identifying the enhanced media capabilities associated with the remote computing device; and forwarding the tunneled response to the local computing device, tunneling the message in the audio communication link to the remote device; receiving a tunneled response in the audio communication link from the remote telephony device, the tunneled response identifying the enhanced media capabilities associated with the remote computing device; and forwarding the tunneled response to the local computing device,