mhurhangee/ep-ind-claims huggingface dataset:
A fluid for an electrowetting apparatus, the fluid including a carrier fluid for at least one of a dye compound and a pigment, the carrier fluid comprising at least one compound selected from the group consisting of: and wherein each of R 1, R 2, R 3 and R 4 is independently an alkyl group.
Method for knock regulation for an internal combustion engine, wherein - a cylinder pressure profile is determined from a cycle-resolved rotational speed signal of the internal combustion engine, and - a cylinder pressure feature is estimated from the cylinder pressure profile, and - the cylinder pressure feature is compared with a knock threshold, and - a knock regulator regulates one or more control variables of the internal combustion engine on the basis of the comparison, and - the knock threshold is adapted on the basis of knock detection by way of a measured body-borne noise signal and on the basis of the comparison. - a cylinder pressure profile is determined from a cycle-resolved rotational speed signal of the internal combustion engine, and - a cylinder pressure feature is estimated from the cylinder pressure profile, and - the cylinder pressure feature is compared with a knock threshold, and - a knock regulator regulates one or more control variables of the internal combustion engine on the basis of the comparison, and - the knock threshold is adapted on the basis of knock detection by way of a measured body-borne noise signal and on the basis of the comparison.
A safety strut (100, 200) comprising: an elongated first member, and an elongated second member, which are arranged for telescoping between a collapsed and an extended configuration; a locking mechanism (130, 230) arranged for when activated locking said safety strut in a predetermined extended configuration; an activation mechanism (133, 233) for selectively activating said locking mechanism, said activation mechanism (133, 233) comprising a lever (134, 234) pivotably arranged between a first position corresponding to said locking mechanism being activated, and at least one second position corresponding to said locking mechanism being deactivated, and a restoring mechanism (140, 240) arranged for restoring of said activation mechanism when said safety strut is at a predetermined collapsed configuration, wherein said restoring mechanism (140, 240) comprises at least one protruding arm (140, 241, 242) arranged for moving said lever (134, 234) between the first position and the second position. an elongated first member, and an elongated second member, which are arranged for telescoping between a collapsed and an extended configuration; a locking mechanism (130, 230) arranged for when activated locking said safety strut in a predetermined extended configuration; an activation mechanism (133, 233) for selectively activating said locking mechanism, said activation mechanism (133, 233) comprising a lever (134, 234) pivotably arranged between a first position corresponding to said locking mechanism being activated, and at least one second position corresponding to said locking mechanism being deactivated, and a restoring mechanism (140, 240) arranged for restoring of said activation mechanism when said safety strut is at a predetermined collapsed configuration, wherein said restoring mechanism (140, 240) comprises at least one protruding arm (140, 241, 242) arranged for moving said lever (134, 234) between the first position and the second position.
Installation for manufacturing sausages sealed by means of closure clips, comprising a feed apparatus (1, 2, 3, 4) and also at least one further apparatus (1,2, 3, 4, 5) and a communication device for exchanging data between the apparatuses (1, 2, 3, 4, 5), characterized in that the communication device comprises transmission and reception devices for radio signals that are tuneable to a common system time and are configured to transmit data packets of prescribed length and at prescribed system times.
A test system for analyzing a body fluid, in particular for determining blood sugar levels, comprising a test strip with an analytical test field, a photometric measurement unit for acquiring remission measurement values from the test field to which body fluid can be applied, a test strip holder for aligning the test strip with respect to the measurement unit and a monitoring unit for monitoring the test strip alignment, wherein the test field lies in an optical path (42, 46) of the measurement unit in the case of correct alignment characterized in that the measurement unit comprises two light sources (32, 34) emitting at different wavelengths and respectively acquires at least one remission measurement value at the differing wavelengths, that a network covering the test field on one side lies in an optical path (42, 46) of the measurement unit in the case of an incorrect alignment, wherein the network has a significantly different remission coefficient at the different wavelengths of the acquired remission measurement values, and in that the monitoring unit establishes a correct or incorrect test strip alignment by comparing the remission measurement values acquired at the different wavelengths with predetermined reference values.
Bonding agent for dental prostheses in the upper and lower jaw region in the form of a paste-like, easily spreadable mass containing polyvinyl acetates, cellulose derivatives, preferably microcrystalline CMC granulate, hydrocolloids, softener and an alcoholic solvent, characterised in that the mass contains rapeseed wax and/or soya wax emulsified in plant oils and fats as the softener, and the mass is mixed with enzymes, myrrh resin, essential oils, plant powder, preferably Aloe Vera powder, and glycerine triacetate and contains starch and xanthan mixed in.
A bacteriostatic creped tissue product comprising: a. a tissue sheet or web having a first side and a second side; and b. a bacteriostatic composition comprising a cationic polymer having a charge density of at least about 4 equivalents of cationic nitrogen per kilogram of polymer and present on at least the first side of the tissue sheet or web; wherein the product has a surface charge of at least about 2000 mV; wherein the tissue web comprises, by weight, from about 0.3% to about 3% of the composition; and wherein the cationic polymer is selected from the group consisting of polyquaternium-68, polyquaternium-44, polyquaternium-46, polyquaternium-39, polyquaternium-16 and polyquaternium-11, polyquaternium-7, and polyquaternium-6. a. a tissue sheet or web having a first side and a second side; and b. a bacteriostatic composition comprising a cationic polymer having a charge density of at least about 4 equivalents of cationic nitrogen per kilogram of polymer and present on at least the first side of the tissue sheet or web;
Multilayer body (1, 2, 3, 4, 5, 6, 7) having a transparent first layer, in which a multiplicity of microlenses arranged in accordance with a microlens grid are moulded in a first region, and having a second layer, which is arranged below the first layer and in a fixed position with respect to the first layer and has a multiplicity of microimages arranged in accordance with a microimage grid and in each case with an overlap, at least in some regions, with one of the microlenses of the microlens grid for the purpose of generating a first optically variable information item, wherein the grid spacings (41, 42) of the microimage grid and of the microlens grid in each case are less than 300 μm in at least one spatial direction, wherein the second layer, in the first region, has at least one first zone, in which the microimages are arranged, and at least one second zone, in which optically active surface structures for generating a third optically active information item, which differs from the first optically variable information item, are arranged, characterised in that the microlenses are arranged in the first and second zones (33, 34), wherein in the at least one second zone a lacquer layer is applied, in particular printed, onto the first layer, the refractive index of said lacquer layer differing from the refractive index of the first layer by less than 0.3, such that the microlenses no longer influence the optical appearance of the optically active surface structure arranged in the at least one second zone, and wherein the at least one second zone has a smallest dimension of more than 300 μm and is shaped in patterned fashion for generating a fourth information item.
A method of wireless communication performed by a user equipment, UE, comprising: determining a path loss reference signal, PLRS, ready time that indicates a time interval after which a PLRS is to be ready for use in performing an uplink power control operation, wherein the PLRS is activated by a downlink control information, DCI, based PLRS activation command and; wherein when physical downlink control channel, PDCCH, repetition is used to transmit the DCI based PLRS activation command, the time interval begins after reception of a particular PDCCH repetition, the particular PDCCH repetition being indicated via DCI; and performing the uplink power control operation, based at least in part on the PLRS, after the PLRS ready time. determining a path loss reference signal, PLRS, ready time that indicates a time interval after which a PLRS is to be ready for use in performing an uplink power control operation, wherein the PLRS is activated by a downlink control information, DCI, based PLRS activation command and; wherein when physical downlink control channel, PDCCH, repetition is used to transmit the DCI based PLRS activation command, the time interval begins after reception of a particular PDCCH repetition, the particular PDCCH repetition being indicated via DCI; and wherein the PLRS is activated by a downlink control information, DCI, based PLRS activation command and; wherein when physical downlink control channel, PDCCH, repetition is used to transmit the DCI based PLRS activation command, the time interval begins after reception of a particular PDCCH repetition, the particular PDCCH repetition being indicated via DCI; and performing the uplink power control operation, based at least in part on the PLRS, after the PLRS ready time.
A wireless communication method, comprising: determining, by a wireless communication device, a monitoring occasion for monitoring uplink cancelation indication, UL CI, indicating that uplink transmission on an uplink resource is canceled, wherein an end position of the monitoring occasion is no later than a predetermined time interval before a start position of the uplink transmission; and monitoring, by the wireless communication device, the UL CI in at least the monitoring occasion, wherein: a plurality of monitoring occasions are in downlink symbols; and the monitoring occasion is a latest one of the plurality of monitoring occasions that ends no later than the predetermined time interval before the start position of the uplink resource, wherein the predetermined time interval corresponds to a time interval needed by the wireless communication device to process the UL CI that indicates canceled transmissions on all flexible slots and uplink slots within a slot configuration period. determining, by a wireless communication device, a monitoring occasion for monitoring uplink cancelation indication, UL CI, indicating that uplink transmission on an uplink resource is canceled, wherein an end position of the monitoring occasion is no later than a predetermined time interval before a start position of the uplink transmission; and monitoring, by the wireless communication device, the UL CI in at least the monitoring occasion, wherein: a plurality of monitoring occasions are in downlink symbols; and the monitoring occasion is a latest one of the plurality of monitoring occasions that ends no later than the predetermined time interval before the start position of the uplink resource, wherein the predetermined time interval corresponds to a time interval needed by the wireless communication device to process the UL CI that indicates canceled transmissions on all flexible slots and uplink slots within a slot configuration period. a plurality of monitoring occasions are in downlink symbols; and the monitoring occasion is a latest one of the plurality of monitoring occasions that ends no later than the predetermined time interval before the start position of the uplink resource, wherein the predetermined time interval corresponds to a time interval needed by the wireless communication device to process the UL CI that indicates canceled transmissions on all flexible slots and uplink slots within a slot configuration period.
A method of operating a catalytic system for reducing emissions from a spark-ignited engine, comprising: passing exhaust gases into a first-stage catalyst chamber which minimizes NOx content by reducing NOx (to N 2 and O 2); passing a first portion of exhaust gases exiting from the first-stage catalyst chamberto a cooling means (30, 58) and hence to a cooled exhaust conduit, and passing a second portion of exhaust gases exiting from the first-stage catalyst chamber to a non-cooled exhaust gas conduit (29, 64), uniting the first and second portions of exhaust gas and passing the united exhaust gases to a second-stage catalyst chamber containing a catalyst that minimizes CO content by oxidizing CO to CO 2; injecting air into one selected from (i) the non-cooled exhaust conduit and (ii) the united exhaust gases; wherein the cooled exhaust conduit (30, 58) and the non-cooled exhaust gas conduit (29, 64) are used together with a temperature adjusting valve to adjust gas temperature at the inlet of the second-stage catalyst chamber to a controlled Tmix = 198.8 - 271.1 °C (390-520 °F), and wherein the injection of air enriches the oxygen content such that the oxygen concentration at an outlet of the second-stage chamber is in the range from 0.25% to 1.0%. passing exhaust gases into a first-stage catalyst chamber which minimizes NOx content by reducing NOx (to N 2 and O 2); passing a first portion of exhaust gases exiting from the first-stage catalyst chamberto a cooling means (30, 58) and hence to a cooled exhaust conduit, and passing a second portion of exhaust gases exiting from the first-stage catalyst chamber to a non-cooled exhaust gas conduit (29, 64), uniting the first and second portions of exhaust gas and passing the united exhaust gases to a second-stage catalyst chamber containing a catalyst that minimizes CO content by oxidizing CO to CO 2; injecting air into one selected from (i) the non-cooled exhaust conduit and (ii) the united exhaust gases; wherein the cooled exhaust conduit (30, 58) and the non-cooled exhaust gas conduit (29, 64) are used together with a temperature adjusting valve to adjust gas temperature at the inlet of the second-stage catalyst chamber to a controlled Tmix = 198.8 - 271.1 °C (390-520 °F), and wherein the injection of air enriches the oxygen content such that the oxygen concentration at an outlet of the second-stage chamber is in the range from 0.25% to 1.0%.
A method, comprising: receiving a communication request at a network boundary device of a first network, wherein the first network comprises an enterprise network; determining a first identity of a first user identified in the communication request, wherein the first identity comprises a non-enterprise identity; and mapping the first identity of the first user to a second identity of the first user, wherein the second identity comprises an enterprise identity and, wherein mapping comprises altering the communication request to identify the first user by the second identity; forwarding an altered communication request to a first internal network device of the first network, wherein the altered communication request comprises the second identity in a header, the method characterized in that the altered communication request further maintains the first identity in a non-header portion of the communication request, and in that: after the communication request has been processed by the first network, receiving the altered communication request at a network boundary device of the first network; replacing, at the network boundary device, the second identity with the first identity in the header; and forwarding the twice altered communication request having the first identity in the header to a device outside of the first network. receiving a communication request at a network boundary device of a first network, wherein the first network comprises an enterprise network; determining a first identity of a first user identified in the communication request, wherein the first identity comprises a non-enterprise identity; and mapping the first identity of the first user to a second identity of the first user, wherein the second identity comprises an enterprise identity and, wherein mapping comprises altering the communication request to identify the first user by the second identity; forwarding an altered communication request to a first internal network device of the first network, wherein the altered communication request comprises the second identity in a header, the method characterized in that the altered communication request further maintains the first identity in a non-header portion of the communication request, and in that: after the communication request has been processed by the first network, receiving the altered communication request at a network boundary device of the first network; replacing, at the network boundary device, the second identity with the first identity in the header; and forwarding the twice altered communication request having the first identity in the header to a device outside of the first network. after the communication request has been processed by the first network, receiving the altered communication request at a network boundary device of the first network; replacing, at the network boundary device, the second identity with the first identity in the header; and forwarding the twice altered communication request having the first identity in the header to a device outside of the first network.
Device for application of at least one medical gas to a ventilated and anaesthetised patient with the aid of an anaesthesia machine, with a first line supplying at least respiratory gas from the anaesthesia machine, with a second line venting at least gas exhaled by the patient, with a patient supply line, wherein a first end of the first line, a first end of the second line and a first end of the patient supply line are connected with each other via at least one connection piece, with an anaesthesia machine that generates a respiratory gas flow, and with supply means for supplying the medical gas in the patient supply line, with at least two regulating means (54 to 60) arranged in parallel, having a gas source (16, 102) for providing the medical gas to be applied and connecting the patient supply line, wherein each regulating means (54 to 60) provides a connection between the gas source (16, 102) and the patient supply line in the open condition, wherein a second end of the first line and a second end of the second line are connected with each other, so that a closed circuit is formed, with a control unit, which controls the regulating means (54 to 60) in such a way that at least one regulating means (54 to 60) initiates several gas pulses of the medical gas, one after the other, into the patient supply line, wherein the control unit calculates the start in time of at least one inhalation phase, and the control unit controls the regulating means in such a way that the latter initiates a gas pulse in the patient supply line at the calculated start of the inhalation phase.
A method of preparing a semi-finished slide fastener assembly for installation in a thin shell garment, the method comprising: providing a slide fastener chain comprised of two interlocked rows of teeth (113;114), each row of teeth being attached to a cord bundle (117;118) of a respective slide fastener tape; removing the interlocked rows of teeth from a portion of the slide fastener chain, thereby defining a length of the slide fastener chain without teeth; introducing a reinforcing film (126;128) to the cord bundles, at a location along the length of the slide fastener chain without teeth, to shape the cord bundles for accommodation of a pin and box assembly (122;124); introducing an aperture into the slide fastener chain, at a film-reinforced location along the length of the slide fastener chain without teeth, to sever the film-reinforced cord bundles; and cutting the slide fastener chain across the aperture, thereby defining a semi-finished slide fastener assembly terminating in a film-reinforced end. providing a slide fastener chain comprised of two interlocked rows of teeth (113;114), each row of teeth being attached to a cord bundle (117;118) of a respective slide fastener tape; removing the interlocked rows of teeth from a portion of the slide fastener chain, thereby defining a length of the slide fastener chain without teeth; introducing a reinforcing film (126;128) to the cord bundles, at a location along the length of the slide fastener chain without teeth, to shape the cord bundles for accommodation of a pin and box assembly (122;124); introducing an aperture into the slide fastener chain, at a film-reinforced location along the length of the slide fastener chain without teeth, to sever the film-reinforced cord bundles; and cutting the slide fastener chain across the aperture, thereby defining a semi-finished slide fastener assembly terminating in a film-reinforced end.
An air conditioner, wherein a cabinet has a curved surface extending from its front surface to its bottom surface, a blow out port is formed on the curved surface, and a wind guide panel constituting a part of the cabinet is provided on a front side of the blow out port to open and close the blow out port, the wind guide panel being configured to be capable of being opened both upwardly and downwardly by upper and lower shafts, to have an inner surface which is a curved surface for guiding blown out air blown out from the blow out port to a distance, to guide air from the blow out port to an indoor space by the wind guide panel in a downwardly opened posture and an upwardly opened posture of the wind guide panel, and to cover the blow out port at the time of closed posture, and an auxiliary louver which changes an angle of a vertical direction according to a posture of the wind guide panel to change an air direction of a vertical direction while rectifying blown out air is provided in the blow out port, the auxiliary louver being arranged in the blow out port to be covered by the wind guide panel when the wind guide panel is in the closed posture, and wherein a control section which controls directions of the wind guide panel and the auxiliary louver is provided, and the control section controls so that the auxiliary louver is arranged having an angle to an air flow to change an air direction in an upwardly opened posture in which a lower end of the wind guide panel is opened to a front side around the upper shaft and controls so that the auxiliary louver is arranged in parallel to an air flow in a downwardly opened posture in which an upper end of the wind guide panel is opened downwardly around the lower shaft.