mhurhangee/ep-ind-claims huggingface dataset:
A device for supporting the head of an animal, comprising a chassis and two ear bars, each ear bar comprising an arm mounted pivoting on the chassis and a tip configured to cooperate with an ear of the animal and positioned on a distal end portion of each arm, and adjusting means cooperating with the arms to adjust the separation of the tips, the support device being characterized in that the adjusting means comprise a single rotary knob cooperating simultaneously in abutment with the two arms, actuating the knob in a first rotation direction forcing the two arms to pivot in a first pivot direction, while actuating the knob in a second rotation direction opposite the first rotation direction releases the two arms in a second pivot direction opposite the first pivot direction.
Boat drive, in particular an outboard drive, with an electric motor and a coolant line, which is in thermal contact with the electric motor, wherein a pump is provided for pumping coolant through the coolant line for cooling the electric motor, wherein an additional component, which is to be cooled and is spatially separated from the boat drive, is provided, and wherein said coolant line is in thermal contact with the additional component, characterised in that the coolant line has a first line section, which is in thermal contact with the electric motor, and in that the coolant line has a second line section, which is in thermal contact with the additional component, wherein said first and second line sections are detachably connected to each other.
A battery capacity estimation apparatus comprising: a battery; a sensing unit connected to the battery to measure an OCV of the battery; an SOC estimation unit connected to the sensing unit estimate an SOC of the battery using the OCV measured from the sensing unit; a memory unit configured to store data including the SOC and the OCV of the battery and connected to the SOC estimation unit; and characterised by: an operation unit connected to the SOC estimation unit and the memory unit and configured to calculate an SOC reduction degree according to a use voltage range change and re-calculate a changed SOC according to a changed use capacity. a battery; a sensing unit connected to the battery to measure an OCV of the battery; an SOC estimation unit connected to the sensing unit estimate an SOC of the battery using the OCV measured from the sensing unit; a memory unit configured to store data including the SOC and the OCV of the battery and connected to the SOC estimation unit; and characterised by: an operation unit connected to the SOC estimation unit and the memory unit and configured to calculate an SOC reduction degree according to a use voltage range change and re-calculate a changed SOC according to a changed use capacity.
A structural system comprising a stringer assembly, the stringer assembly comprising a vertical member (348, 368), a horizontal member (346, 366) defining a flange for attachment to a skin and having an upper surface (347, 367) and a web joint (350, 370) at an interface between the vertical member (348, 368) and the horizontal member (346, 366), the structural system further comprising a rib segment, a noodle at the web joint and a skew-angle radius filler for enhancing joint capability at the noodle of the stringer, the rib segment being attached to the stringer assembly via the skew-angle radius filler, the skew-angle radius filler comprising: a top surface; a bottom surface separated from the top surface by a thickness and in contact with the upper surface (347, 367) of the horizontal member (346, 366) of the stringer assembly; a radius contact side having an edge radius matching a radius of the web joint (350, 370) of the stringer assembly and in contact with the web joint (350, 370); a pair of opposing non-parallel sides (306, 308) extending from the radius contact side; and a rear side opposite the web joint (350, 370) and extending between the pair of non-parallel sides (306, 308), wherein at least one of the non-parallel sides (306, 308) extends from the radius contact side at an acute angle that is substantially skewed, and wherein the rear side has a length shorter than the length of the radius contact side. a top surface; a bottom surface separated from the top surface by a thickness and in contact with the upper surface (347, 367) of the horizontal member (346, 366) of the stringer assembly; a radius contact side having an edge radius matching a radius of the web joint (350, 370) of the stringer assembly and in contact with the web joint (350, 370); a pair of opposing non-parallel sides (306, 308) extending from the radius contact side; and a rear side opposite the web joint (350, 370) and extending between the pair of non-parallel sides (306, 308), wherein at least one of the non-parallel sides (306, 308) extends from the radius contact side at an acute angle that is substantially skewed, and wherein the rear side has a length shorter than the length of the radius contact side.
Apparatus for compressing gaseous refrigerant for use in a refrigeration circuit of a liquefaction plant, which refrigeration circuit has an inlet for refrigerant at a refrigeration pressure, a first outlet for refrigerant at a low pressure, a second outlet for refrigerant at an intermediate pressure and a third outlet for refrigerant at a high pressure, which apparatus comprises a first compressor consisting of a low-pressure section having a main inlet followed by a subsequent high-pressure section having a side inlet and a second compressor consists of a low-pressure section having a main inlet, wherein the main inlet of the first compressor can be connected to the first outlet for receiving the refrigerant from the first outlet, the side inlet of the first compressor can be connected to the third outlet for receiving the refrigerant from the third outlet, and an outlet of the first compressor can be connected to the inlet of the refrigeration circuit, and wherein the main inlet of the second compressor can be connected to the second outlet for receiving the refrigerant from the second outlet and an outlet of the second compressor can be connected to the inlet of the refrigeration circuit.
A centrifuge blood processing system for separating blood components comprising a separation chamber rotating about a central axis, said separation chamber having an observation region; a stroboscopic light source illuminating at least said observation region; a camera receiving images of said observation region as illuminated by said stroboscopic light source; an intensity control apparatus in electrical communication with said light source, said intensity control apparatus having at least one capacitor coupled to said light source, a linear voltage regulator coupled to and periodically charging said capacitor, and means for digitally controlling the output voltage of said linear voltage regulator, characterized in that said means for digitally controlling said output voltage comprises a switched mode field effect transistor FET and a by-pass resistor in parallel with the FET. at least one capacitor coupled to said light source, a linear voltage regulator coupled to and periodically charging said capacitor, and means for digitally controlling the output voltage of said linear voltage regulator, characterized in that said means for digitally controlling said output voltage comprises a switched mode field effect transistor FET and a by-pass resistor in parallel with the FET.
A method for transmitting downlink data packets, the method being performed by a terminal and comprising: receiving (101, 201) a paging message transmitted by a network side device; generating a message 1 of a random access procedure according to the paging message, and transmitting reply information corresponding to a data transmission indication to the network side device through the message 1 of the random access procedure; characterized in that, the reply information comprises an identifier for indicating whether to receive downlink data packets transmitted by the network side device or not, wherein receiving the downlink data packets indicates that state transition is not performed, and not receiving the downlink data packets indicates that the state transition is performed; the method further comprises: in a case that the data transmission indication indicating transmission exists in the paging message, and the reply information indicates that the terminal is capable of receiving the downlink data packets transmitted by the network side device, receiving (102, 203) the downlink data packets transmitted by the network side device, wherein the downlink data packets are transmitted by the network side device according to the reply information. receiving (101, 201) a paging message transmitted by a network side device; generating a message 1 of a random access procedure according to the paging message, and transmitting reply information corresponding to a data transmission indication to the network side device through the message 1 of the random access procedure; characterized in that, the reply information comprises an identifier for indicating whether to receive downlink data packets transmitted by the network side device or not, wherein receiving the downlink data packets indicates that state transition is not performed, and not receiving the downlink data packets indicates that the state transition is performed; the method further comprises: in a case that the data transmission indication indicating transmission exists in the paging message, and the reply information indicates that the terminal is capable of receiving the downlink data packets transmitted by the network side device, receiving (102, 203) the downlink data packets transmitted by the network side device, wherein the downlink data packets are transmitted by the network side device according to the reply information. in a case that the data transmission indication indicating transmission exists in the paging message, and the reply information indicates that the terminal is capable of receiving the downlink data packets transmitted by the network side device, receiving (102, 203) the downlink data packets transmitted by the network side device, wherein the downlink data packets are transmitted by the network side device according to the reply information.
Tape-laying apparatus, comprising: a material supply unit for supplying tapes, a laying device for picking up and for placing tapes on a laying table, the laying device comprising a transport means (12, 12a, 12b, 13, 13a, 13b) and a vacuum device, the vacuum device being connected to the transport means (12, 12a, 12b, 13, 13a, 13b) in such a way that at least one tape can be held on the transport means by means of the partial vacuum generated by the vacuum device, characterised in that the transport means (12, 12a, 12b, 13, 13a, 13b) is formed by at least two endless transport belts (12, 12a, 12b) circulating around guide rollers (13, 13a, 13b), the transport belts (12, 12a, 12b) running parallel to one another in the same transport plane. a material supply unit for supplying tapes, a laying device for picking up and for placing tapes on a laying table, the laying device comprising a transport means (12, 12a, 12b, 13, 13a, 13b) and a vacuum device, the vacuum device being connected to the transport means (12, 12a, 12b, 13, 13a, 13b) in such a way that at least one tape can be held on the transport means by means of the partial vacuum generated by the vacuum device, characterised in that the transport means (12, 12a, 12b, 13, 13a, 13b) is formed by at least two endless transport belts (12, 12a, 12b) circulating around guide rollers (13, 13a, 13b), the transport belts (12, 12a, 12b) running parallel to one another in the same transport plane.
A method for decoding a scalable video bitstream comprising a base layer and at least one enhancement layer, the method comprising receiving at least a part of the bitstream and one or more indications associated with the bitstream or one or more coded video sequences within the bitstream, the indications relating to use of picture types and/or network abstraction layer unit types of NAL units on said base and one or more enhancement layers for inter-layer prediction; determining to use one or more target output layers for decoding, whereby said determining is based on computational capacity for decoding and/or receiver capabilities and/or network throughput, or pre-configured; decoding, from the one or more indications, information relating to use of picture types and/or NAL unit types of the NAL units on said base and one or more enhancement layers for inter-layer prediction, wherein said information defines whether the use of inter-layer prediction is restricted to be performed from intra-coded pictures in a base layer of a scalable video sequence; determining, based on said information, combinations of picture types and/or NAL unit types and layer identifier values that are not to be decoded to decode the target output layers and combinations of picture types and/or NAL unit types and layer identifier values that are to be decoded to decode the target output layers; and decoding the NAL units of the bitstream indicated by the combinations of picture types and/or NAL unit types and layer identifier values to be decoded. receiving at least a part of the bitstream and one or more indications associated with the bitstream or one or more coded video sequences within the bitstream, the indications relating to use of picture types and/or network abstraction layer unit types of NAL units on said base and one or more enhancement layers for inter-layer prediction; determining to use one or more target output layers for decoding, whereby said determining is based on computational capacity for decoding and/or receiver capabilities and/or network throughput, or pre-configured; decoding, from the one or more indications, information relating to use of picture types and/or NAL unit types of the NAL units on said base and one or more enhancement layers for inter-layer prediction, wherein said information defines whether the use of inter-layer prediction is restricted to be performed from intra-coded pictures in a base layer of a scalable video sequence; determining, based on said information, combinations of picture types and/or NAL unit types and layer identifier values that are not to be decoded to decode the target output layers and combinations of picture types and/or NAL unit types and layer identifier values that are to be decoded to decode the target output layers; and decoding the NAL units of the bitstream indicated by the combinations of picture types and/or NAL unit types and layer identifier values to be decoded.
A method of manufacturing an outside door handle for a motor vehicle, comprising the following steps: a) introducing a foaming agent into a melted plastic material; b) introducing this plastic material into a mold; c) foaming the plastic material in the mold; and d) cooling the plastic material in the mold, wherein, after an initial hardening of the plastic material in an outer margin region of the mold, gas is blown into the interior of the mold to expel the still viscous core of the plastic material into a secondary cavity and thereby temporarily to provide a free volume for the foaming of the plastic material which is still located in the mold, characterized in that the foaming agent is a gas in a hypercritical state; and in that a mold is used which comprises a gripping section and a rear arm section; and in that, after a foaming of the plastic material which is still located in the mold, gas is again blown into the interior of the mold to expel the still viscous core of the previously foamed plastic material from the gripping section into the rear arm section and in order again temporarily to provide a free volume in the gripping section for the foaming of the plastic material which is still located there. a) introducing a foaming agent into a melted plastic material; b) introducing this plastic material into a mold; c) foaming the plastic material in the mold; and d) cooling the plastic material in the mold,
A method for preparing a soft tissue filler product, the method comprising the steps of: (i) preparing a crosslinked hydrogel material which comprises crosslinked hyaluronic acid or a crosslinked pharmaceutically-acceptable salt of hyaluronic acid; (ii) passing the crosslinked hydrogel material through a mesh to form multiple strands of crosslinked hydrogel; and (iii) packaging the hydrogel product for use as an injectable soft tissue filler while the crosslinked hydrogel is in the form of the multiple strands; wherein the mesh pore size is 1-200 μm, and each strand of crosslinked hydrogel has a diameter of 1-200 μm and a length which is at least twice the size of the diameter. (i) preparing a crosslinked hydrogel material which comprises crosslinked hyaluronic acid or a crosslinked pharmaceutically-acceptable salt of hyaluronic acid; (ii) passing the crosslinked hydrogel material through a mesh to form multiple strands of crosslinked hydrogel; and (iii) packaging the hydrogel product for use as an injectable soft tissue filler while the crosslinked hydrogel is in the form of the multiple strands;
A radio apparatus for communicating at a dynamically selected radio frequency, comprising: a policy manager for storing at least one communications policy parameter; a detector for detecting an environmental radio frequency condition; a spectrum manager in communication with the policy manager and the detector and configured to: assign a state to at least one channel based upon the environmental radio frequency condition, the assigned state comprising one ermere-of: a cleared state, indicating that no signals were detected on the respective channel; and a control state, indicative of a live network channel; and maintain based on information from the policy manager and the detector a list of candidate channels based on the state assigned to the at least one channel; and a rendezvous subsystem configured to negotiate an operating frequency with other networked radios using the list of candidate channels. a policy manager for storing at least one communications policy parameter; a detector for detecting an environmental radio frequency condition; a spectrum manager in communication with the policy manager and the detector and configured to: assign a state to at least one channel based upon the environmental radio frequency condition, the assigned state comprising one ermere-of: a cleared state, indicating that no signals were detected on the respective channel; and a control state, indicative of a live network channel; and maintain based on information from the policy manager and the detector a list of candidate channels based on the state assigned to the at least one channel; and assign a state to at least one channel based upon the environmental radio frequency condition, the assigned state comprising one ermere-of: a cleared state, indicating that no signals were detected on the respective channel; and a control state, indicative of a live network channel; and maintain based on information from the policy manager and the detector a list of candidate channels based on the state assigned to the at least one channel; and a rendezvous subsystem configured to negotiate an operating frequency with other networked radios using the list of candidate channels.
A resin composition comprising: one or more cyanate compounds selected from a group consisting of a naphthol aralkyl-based cyanate compound, a naphthylene ether-based cyanate compound, a xylene resin-based cyanate compound, a trisphenolmethane-based cyanate compound, and an adamantane skeleton-based cyanate compound; a polymaleimide compound represented by general formula; and a filler, wherein R each independently represents a group selected from a group consisting of a hydrogen atom, an alkyl group having 1 to 5 carbon atoms, and a phenyl group, and n is an average value and represents 1 < n ≤ 5, wherein the ratio of the maleimide group equivalent of the polymaleimide compound to the cyanate group equivalent of the cyanate compound is in the range of 0.1 to 9.0. one or more cyanate compounds selected from a group consisting of a naphthol aralkyl-based cyanate compound, a naphthylene ether-based cyanate compound, a xylene resin-based cyanate compound, a trisphenolmethane-based cyanate compound, and an adamantane skeleton-based cyanate compound; a polymaleimide compound represented by general formula; and a filler, wherein R each independently represents a group selected from a group consisting of a hydrogen atom, an alkyl group having 1 to 5 carbon atoms, and a phenyl group, and n is an average value and represents 1 < n ≤ 5, wherein the ratio of the maleimide group equivalent of the polymaleimide compound to the cyanate group equivalent of the cyanate compound is in the range of 0.1 to 9.0.
A method for the preparation of cell compositions, comprising the steps of: (a) Providing a tumor cell sample, obtained from a patient, (b) Optionally culturing the cells provided in (a) in a culture medium; (c) Isolating in a sub-sample the FL1 + cells which present a high FSC and a low/middle SSC morphology under fluorescence activated cell sorting and which present autofluorescence emission detected in the FL1 channel upon laser beam excitation at a wavelength of or about 488 nm by fluorescence activated cell sorting, from the cells provided under step (a) or (b); (d) Isolating in another sub-sample by fluorescence activated cell sorting, the FL° cells which present a low/middle FSC and middle/high SSC morphology under fluorescence activated cell sorting, which are not fluorescent under step (c) and which present a slight positive shift in the fluorescence detected in the FL3 and/or FL4 channel; (e) Excluding dead cells from each of the isolated cell sub-sample obtained under steps (c) and (d); (f) Pooling the cell sub-sample obtained under step (c) after treatment under step (e); (g) Pooling the cell sub-sample obtained under step (d) after treatment under step (e). (a) Providing a tumor cell sample, obtained from a patient, (b) Optionally culturing the cells provided in (a) in a culture medium; (c) Isolating in a sub-sample the FL1 + cells which present a high FSC and a low/middle SSC morphology under fluorescence activated cell sorting and which present autofluorescence emission detected in the FL1 channel upon laser beam excitation at a wavelength of or about 488 nm by fluorescence activated cell sorting, from the cells provided under step (a) or (b); (d) Isolating in another sub-sample by fluorescence activated cell sorting, the FL° cells which present a low/middle FSC and middle/high SSC morphology under fluorescence activated cell sorting, which are not fluorescent under step (c) and which present a slight positive shift in the fluorescence detected in the FL3 and/or FL4 channel; (e) Excluding dead cells from each of the isolated cell sub-sample obtained under steps (c) and (d); (f) Pooling the cell sub-sample obtained under step (c) after treatment under step (e); (g) Pooling the cell sub-sample obtained under step (d) after treatment under step (e).