mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for maintaining the temperature of laboratory vessels having - at least one vessel holder for holding the laboratory vessels - at least one peripheral device of removable design and having - a base device which has a temperature control apparatus and a support for setting the at least one removable peripheral device in a given position, characterised in that the base device and the at least one peripheral device each have at least one coupling element which, when the peripheral device is set on the base device in the given position, form at least one releasable coupling pair through which electrical power and/or at least one signal can be transmitted, wherein the apparatus gives a user a visual or acoustic signal relating to the peripheral device. - at least one vessel holder for holding the laboratory vessels - at least one peripheral device of removable design and having - a base device which has a temperature control apparatus and a support for setting the at least one removable peripheral device in a given position, characterised in that the base device and the at least one peripheral device each have at least one coupling element which, when the peripheral device is set on the base device in the given position, form at least one releasable coupling pair through which electrical power and/or at least one signal can be transmitted, wherein the apparatus gives a user a visual or acoustic signal relating to the peripheral device.
A method for data traffic restriction, which is applied to a network device where a link aggregation group interface includes member ports located on different chipsets of single boards, wherein each link aggregation group interface in the network device is pre-configured with a credit bucket, the credit bucket is used for storing tokens overflowing from a token bucket (11, 21) corresponding to each member port, and the tokens overflowing from different token buckets (11, 21) are distinctively labeled; and, wherein bucket parameters of the credit bucket and each token bucket (11, 21) are pre-configured, the bucket parameters comprise a rate of putting tokens into the token bucket (11, 21), space of the token bucket (11, 21) and space of the credit bucket; wherein the method for data traffic restriction comprises: when receiving a packet to be sent, determining whether a number of tokens in a current token bucket corresponding to the packet to be sent reaches a number of tokens for sending the packet to be sent; if the number of tokens in the current token bucket does not reach the number of tokens for sending the packet to be sent, determining whether a sum of the number of the tokens in the current token bucket and a number of tokens overflowing from a non-current token bucket in the credit bucket reaches the number of tokens for sending the packet to be sent; if the sum of the number of the tokens in the current token bucket and the number of tokens overflowing from the non-current token bucket in the credit bucket reaches the number of tokens for sending the packet to be sent, sending the packet to be sent, and reducing the number of tokens in the current token bucket by all of the tokens in the current token bucket and reducing the number of tokens overflowing from the non-current token bucket in the credit bucket by a number of tokens that are lacked for sending the packet in the current token bucket. when receiving a packet to be sent, determining whether a number of tokens in a current token bucket corresponding to the packet to be sent reaches a number of tokens for sending the packet to be sent; if the number of tokens in the current token bucket does not reach the number of tokens for sending the packet to be sent, determining whether a sum of the number of the tokens in the current token bucket and a number of tokens overflowing from a non-current token bucket in the credit bucket reaches the number of tokens for sending the packet to be sent; if the sum of the number of the tokens in the current token bucket and the number of tokens overflowing from the non-current token bucket in the credit bucket reaches the number of tokens for sending the packet to be sent, sending the packet to be sent, and reducing the number of tokens in the current token bucket by all of the tokens in the current token bucket and reducing the number of tokens overflowing from the non-current token bucket in the credit bucket by a number of tokens that are lacked for sending the packet in the current token bucket.
A power conversion system for a power machine, including a pump configured to provide a source of pressurized hydraulic fluid, a work actuator (208, 314) for controlling a work function, and an open center control valve assembly (204, 300) in communication with the pump to receive the pressurized hydraulic fluid, the open center control valve assembly comprising: a first spool having an unactuated position and first and second actuated positions (342, 346) configured to direct pressurized hydraulic fluid to the work actuator and receive pressurized hydraulic fluid returned from the work actuator; a second spool downstream of and in series with the first spool when the first spool is in the unactuated position, the second spool having first and second actuated positions (362, 366); and wherein the first spool is configured to direct hydraulic fluid returned from the work actuator through the second actuated position to the second spool and direct hydraulic fluid returned from the work actuator through the first actuated position to bypass the second spool. a first spool having an unactuated position and first and second actuated positions (342, 346) configured to direct pressurized hydraulic fluid to the work actuator and receive pressurized hydraulic fluid returned from the work actuator; a second spool downstream of and in series with the first spool when the first spool is in the unactuated position, the second spool having first and second actuated positions (362, 366); and wherein the first spool is configured to direct hydraulic fluid returned from the work actuator through the second actuated position to the second spool and direct hydraulic fluid returned from the work actuator through the first actuated position to bypass the second spool.
Touch probe for a machine tool, wherein the touch probe has a housing, a stylus holder and rest position mechanics, wherein the stylus holder is mounted on the housing by means of the rest position mechanics, wherein the stylus holder is designed to arrange a stylus, with a light source, with sensor means and with a first reflective element, in order to steer a light beam from the light source to the sensor means, characterized in that the touch probe comprises a second reflective element, wherein the stylus holder has a membrane, a stylus receptacle and a stylus mount, wherein the stylus receptacle is designed to accommodate a stylus, wherein the stylus holder is mounted movably on the housing by means of the stylus mount via the rest position mechanics, wherein the membrane is present between the stylus receptacle and the stylus mount, wherein only the membrane connects the stylus receptacle to the stylus mount, wherein the first reflective element is arranged at the stylus receptacle and wherein a surface normal of a reflection surface of the first reflective element is present at least approximately parallel to a longitudinal axis of the housing.
Apparatus for preserving beverages, having a measuring device which is suitable and intended for determining a flow rate of a liquid flowing through a beverage line, and having a pump device which conveys a preservative, in particular dialkyl dicarbonates, into the beverage line, wherein the pump device being controllable as a function of a flow rate determined by the measuring device, wherein the apparatus having a venting device for venting the pump device and wherein the venting device has a valve device, characterised in that the apparatus has a measuring vessel for detecting a level of a liquid and/or gaseous medium, wherein a line for conducting a gaseous and/or liquid medium, which is connected to the valve device, opens into the measuring vessel.
An arrangement for detecting at least one operational parameter of an automatic door (202, 302), the arrangement comprising: - a magnetometer arranged to at least one of the following: moving part of the door (202, 302), structure that is separate from the moving part of the door (202, 302), and - at least one permanent magnet arranged to the other one of the following: moving part of the door (202, 302), structure that is separate from the moving part of the door (202, 302), so that the at least one permanent magnet is in an operational vicinity of the magnetometer at least at one point of a motion path of the door (202, 302), wherein the magnetometer is configured to detect data representing the magnetic field generated by the at least one permanent magnet during a predefined time, and characterized in that the arrangement further comprising: - a control unit configured to receive and store the detected data from the magnetometer, and in response to receiving the detected data the control unit is configured to define the at least one operational parameter of the door (202, 302) from the received data, wherein the at least one operational parameter of the automatic door (202, 302) is at least one of the following: state information, position information, and wherein the state information of the door (202, 302) is defined by comparing the detected data to an idle noise of the magnetometer. - a magnetometer arranged to at least one of the following: moving part of the door (202, 302), structure that is separate from the moving part of the door (202, 302), and - at least one permanent magnet arranged to the other one of the following: moving part of the door (202, 302), structure that is separate from the moving part of the door (202, 302), so that the at least one permanent magnet is in an operational vicinity of the magnetometer at least at one point of a motion path of the door (202, 302), - a control unit configured to receive and store the detected data from the magnetometer, and in response to receiving the detected data the control unit is configured to define the at least one operational parameter of the door (202, 302) from the received data,
Vehicle, in particular motor vehicle with electric or hybrid electric drive, with a device for carrying, receiving and unloading loads and goods below the passenger compartment, said device including a load-bearing rail system that is integrated in the vehicle underbody, a rear axle of the trailing arm type or twist-beam rear suspension type, whose holding point is located on the side of the vehicle underbody or on the lateral edge of the vehicle underbody, characterized in that the device includes a self-levelling suspension system, which moves the vehicle body to a height relative to the road surface defined by the system, and that the device further includes a foldable load compartment for carrying, receiving and unloading loads and goods, which is firmly attached to the vehicle underbody.
A mixture of Lactobacillus salivarius I 1794 and Lactobacillus paracasei I 1688 for use in the prevention and treatment of allergies and in the prevention and treatment of immunodeficiencies.
A method for feeding and dispensing a mixture, in particular a leavened mixture, to a forming line, comprising the step of feeding said mixture to said line according to a sequence of batches, wherein the method uses a hopper designed to produce the individual batches that are fed to said forming line, said hopper comprising: - a tank that is to receive said given amount of mixture and has a given volume; - a dispensing device mounted at the bottom of said tank and designed to regulate the flow of mixture at outlet from said tank; and - means for controlling said dispensing device; wherein said dispensing device is constituted by a pair of rotors provided with respective blades designed to interact with one another in such a way as to take from said tank an amount of mixture, corresponding to said individual batches, for each rotation of the rotors by a predetermined angular interval, and wherein said rotors each have a plurality of blades oriented radially and arranged at the same angular distances apart from one another, wherein said rotors are sized in such a way that the amount of mixture taken at each rotation is not less than 25% of the total volume of mixture that can be contained in said tank, or wherein said dispensing device comprises one or two shutter elements designed to regulate the flow of mixture at outlet from the hopper by varying the position assumed along its or their own sliding plane and wherein said control means are configured to regulate the position assumed by said one or two shutter elements along its or their own sliding plane and the time in which said element or elements remains/remain in the opening position, in such a way that said mixture comes out of said tank according to a succession of individual batches of mixture, each of which has a volume of not less than 25% of said given volume of said tank, wherein said method comprises the step of loading in succession into said hopper a given amount of mixture and actuating said hopper so as to produce from said given amount of mixture a maximum number of batches less than or equal to four. - a tank that is to receive said given amount of mixture and has a given volume; - a dispensing device mounted at the bottom of said tank and designed to regulate the flow of mixture at outlet from said tank; and - means for controlling said dispensing device;
Control valve device for a parking brake device for motor vehicles, having a housing, having a cylinder space and having a housing chamber, having a switching piston guided in the cylinder space of the housing, having a spring by means of which the switching piston is spring-loaded, having a first port and having a second port which are connected to the housing chamber, and having a third port which is connected to the cylinder space, wherein the switching piston has a first piston ring and a second piston ring, wherein the first piston ring is guided in the cylinder space, and wherein the second piston ring is situated outside the cylinder space in the housing chamber, wherein, in a first switching position, the second piston ring seals off the cylinder space with respect to the housing chamber, and in at least one second switching position, the cylinder space and the housing chamber are connected to one another, characterized in that, in the first switching position, the pneumatically active surfaces of the first piston ring and of the second piston ring, which face towards one another, are substantially identical.
A method of processing video data, the method comprising: parsing a track of multiview video data, wherein the track includes at least one depth view; characterized in that the method further comprises: parsing information to determine a spatial resolution associated with the depth view, wherein determining the spatial resolution comprises parsing the spatial resolution from a three dimensional video coding Depth Resolution box from a three dimensional video coding Configuration Box; and parsing a three dimensional video coding decoder configuration record from the three dimensional video coding Configuration Box, wherein the three dimensional video coding Configuration Box is included in at least one of a sample entry of type '3vc1' that allows extractors and a sample entry type '3vc2' that disallows extractors. parsing a track of multiview video data, wherein the track includes at least one depth view; characterized in that the method further comprises: parsing information to determine a spatial resolution associated with the depth view, wherein determining the spatial resolution comprises parsing the spatial resolution from a three dimensional video coding Depth Resolution box from a three dimensional video coding Configuration Box; and parsing a three dimensional video coding decoder configuration record from the three dimensional video coding Configuration Box, wherein the three dimensional video coding Configuration Box is included in at least one of a sample entry of type '3vc1' that allows extractors and a sample entry type '3vc2' that disallows extractors. parsing information to determine a spatial resolution associated with the depth view, wherein determining the spatial resolution comprises parsing the spatial resolution from a three dimensional video coding Depth Resolution box from a three dimensional video coding Configuration Box; and parsing a three dimensional video coding decoder configuration record from the three dimensional video coding Configuration Box, wherein the three dimensional video coding Configuration Box is included in at least one of a sample entry of type '3vc1' that allows extractors and a sample entry type '3vc2' that disallows extractors.
Apparatus, comprising: a current source, comprising: a transformer having a primary winding coupled to receive input power and a secondary winding having a first plurality of secondary taps (1A, 2A, 3A, 4A) configured to supply electrical power at an ablation frequency to an electrode in contact with body tissue so as to ablate the tissue, the tissue having an impedance; and a second plurality of capacitors (C1A, C2A, C3A, C4A); and a controller, configured to select one of the secondary taps (1A, 2A, 3A, 4A) and at least one of the capacitors (C1A, C2A, C3A, C4A) in response to the impedance and the ablation frequency, and to connect the selected secondary tap (1A, 2A, 3A, 4A) to the selected at least one of the capacitors (C1A, C2A, C3A, C4A), wherein the controller is configured to measure a position of a section of a catheter comprising the electrode using positioning currents generated at the section, and wherein the ablation frequency is at least four times a frequency of the positioning currents. a transformer having a primary winding coupled to receive input power and a secondary winding having a first plurality of secondary taps (1A, 2A, 3A, 4A) configured to supply electrical power at an ablation frequency to an electrode in contact with body tissue so as to ablate the tissue, the tissue having an impedance; and a second plurality of capacitors (C1A, C2A, C3A, C4A); and a controller, configured to select one of the secondary taps (1A, 2A, 3A, 4A) and at least one of the capacitors (C1A, C2A, C3A, C4A) in response to the impedance and the ablation frequency, and to connect the selected secondary tap (1A, 2A, 3A, 4A) to the selected at least one of the capacitors (C1A, C2A, C3A, C4A), wherein the controller is configured to measure a position of a section of a catheter comprising the electrode using positioning currents generated at the section, and wherein the ablation frequency is at least four times a frequency of the positioning currents.
A cable processing device having processing stations (7, 10) for assembling a cable having a storage element for receiving processed cables, wherein the storage element has a storage tray (13.1) and a removal tray (13.2) and the processed cables of a production lot may be placed into the storage tray (13.1) and then may be transferred to the removal tray (13.2), characterized in that on the surface facing the cables the storage tray (13.1) has a surface structure in the form of elevations, wherein the elevations are ribs or nubs or beads, on which points of the cables rest and over which the cables move when the storage tray (13.1) is pivoted into the removal tray (13.2).
A compound, having a Formula I or a pharmaceutically acceptable salt thereof, wherein: ring B is 5-membered or 6-membered heteroaryl wherein the heteroaryl has one, two, or three ring nitrogen atoms and the remainder of the ring atoms are carbon; L is a bond, a heteroatom, or R a, provided that R a is not H or D; Y is CH 2; Z is C 1-10 aliphatic or aryl; each R 1 independently is R 2 is R a; R 3 is R a; each R 4 independently is R e; R a is independently for each occurrence H or D, except for embodiments where L is R a, C 1-10 aliphatic, C 1-10 haloaliphatic, C 5-10 aromatic, C 3-6 heterocyclic, or C 3-10 spiroheterocyclic; R e is independently for each occurrence halogen, C 1-6 alkyl, C 2-10 alkenyl, C 2-10 alkynyl, C 1-6 haloalkyl, C 3-6 cycloalkyl, C 5-10 heteroaryl, or -OR a; and m is 1, 2, 3, or 4; and n is 0, 1 or 2. ring B is 5-membered or 6-membered heteroaryl wherein the heteroaryl has one, two, or three ring nitrogen atoms and the remainder of the ring atoms are carbon; L is a bond, a heteroatom, or R a, provided that R a is not H or D; Y is CH 2; Z is C 1-10 aliphatic or aryl; each R 1 independently is R 2 is R a; R 3 is R a; each R 4 independently is R e; R a is independently for each occurrence H or D, except for embodiments where L is R a, C 1-10 aliphatic, C 1-10 haloaliphatic, C 5-10 aromatic, C 3-6 heterocyclic, or C 3-10 spiroheterocyclic; R e is independently for each occurrence halogen, C 1-6 alkyl, C 2-10 alkenyl, C 2-10 alkynyl, C 1-6 haloalkyl, C 3-6 cycloalkyl, C 5-10 heteroaryl, or -OR a; and m is 1, 2, 3, or 4; and n is 0, 1 or 2.
A method for characterising and/or prognosing cancer in a subject with a primary cancer but no known metastases comprising: determining the expression level of THBS4 and at least 11 genes selected from Table 1 in a sample comprising nucleic acids from the primary tumour from the subject wherein the determined expression level is used to provide a characterisation of and/or a prognosis for the cancer, wherein the characterisation of and/or prognosis for the cancer consists of predicting an increased likelihood of recurrence and/or predicting an increased likelihood of metastasis and/or a poor prognosis.
A tool which enables operation of subsea wells or associated wellhead modules without the use of a cable or a riser extending to surface penetrating a well barrier whereby the tool comprises a lubricator volume with; a lower connection point for subsea wellhead modules or equipment (8, 12), an upper connection point configured to receive a workover riser system (13, 14, 15), an intermediate hoist arrangement for hoisting and operation of an internal well tool, the tool characterised by an openable and closable sealing element, arranged below the upper connection point and above the hoist arrangement, which hoist arrangement is configured to be used as a primary working function and is positioned at a side of the lubricator volume allowing an alternative operation of the well tool through the upper connection point by a workover riser system (13, 14, 15) connected to the upper connection point.