mhurhangee/ep-ind-claims huggingface dataset:
A clothing care machine, comprising a machine base, a support column, a cloth cover and an upper part, wherein a bottom of the support column is connected to the machine base, the upper part is connected to a top of the support column, the cloth cover is provided between the machine base and a top seat to form an enclosed cavity, and the machine base is provided with at least one of a steam opening and a hot air opening, wherein the support column comprises an upper sleeve and a lower sleeve that are telescopically sleeved, a lower end of the lower sleeve is connected to the machine base, an upper end of the upper sleeve is connected to the upper part, and a fixing assembly for fixing relative positions of the upper sleeve and the lower sleeve is provided between the upper sleeve and the lower sleeve, and characterized in that the fixing assembly comprises a pin fixing unit, and the pin fixing unit comprises a fixing block, an elastic pin and a connecting rod, the fixing block is fixed in a lower opening of the upper sleeve, the elastic pin is provided on the fixing block, the lower sleeve is provided with a pin hole corresponding to the elastic pin, under an action of no external force, a pin of the elastic pin protrudes and is inserted into the corresponding pin hole, such that the relative positions of the upper sleeve and the lower sleeve are fixed, the connecting rod is provided in the upper sleeve, a lower end of the connecting rod forms an oblique guide fit with the elastic pin, an upper end of the connecting rod extends to the top seat, and the elastic pin is driven to retract by the upper end of the connecting rod by driving the connecting rod to press down. wherein the support column comprises an upper sleeve and a lower sleeve that are telescopically sleeved, a lower end of the lower sleeve is connected to the machine base, an upper end of the upper sleeve is connected to the upper part, and a fixing assembly for fixing relative positions of the upper sleeve and the lower sleeve is provided between the upper sleeve and the lower sleeve, and characterized in that the fixing assembly comprises a pin fixing unit, and the pin fixing unit comprises a fixing block, an elastic pin and a connecting rod, the fixing block is fixed in a lower opening of the upper sleeve, the elastic pin is provided on the fixing block, the lower sleeve is provided with a pin hole corresponding to the elastic pin, under an action of no external force, a pin of the elastic pin protrudes and is inserted into the corresponding pin hole, such that the relative positions of the upper sleeve and the lower sleeve are fixed, the connecting rod is provided in the upper sleeve, a lower end of the connecting rod forms an oblique guide fit with the elastic pin, an upper end of the connecting rod extends to the top seat, and the elastic pin is driven to retract by the upper end of the connecting rod by driving the connecting rod to press down.
Gas spring with safety system which comprises a piston rod which compresses a fluid in a compression chamber formed between the piston rod and a body where the piston rod is housed, and a safety system wherein said safety system comprises a gas evacuation channels (19, 27, 31) disposed on the piston rod characterised in that said gas evacuation channel comprises a first aperture (20, 28) connected to the compression chamber for a stroke of the piston rod greater than its nominal stroke by a preset value, and a second aperture (21, 29) for discharging the gas to the exterior of the gas spring.
An aerosol generating device comprising a conically shaped heating element configured to generate aerosol by evaporating a vaporizable material on a slanted surface of said conically shaped heating element, and a heat source configured to heat the conically shaped heating element in use, in such a way that a heat gradient is provided along the slanted surface, the aerosol generating device further comprising a vaporizable material capsule, whereby the vaporizable material capsule comprises a conically shaped alignment element with a slanted surface configured to mate with the conically shaped heating element of the aerosol generating device, wherein the slanted surface of the conically shaped alignment element comprises at least a first groove enabling a flow of evaporated vaporizable material, wherein the vaporizable material capsule further comprises a mesh structure located on the slanted surface of the conically shaped alignment element and configured to receive the vaporizable material by capillarity and enabling an evaporation of vaporizable material when heated. a conically shaped heating element configured to generate aerosol by evaporating a vaporizable material on a slanted surface of said conically shaped heating element, and a heat source configured to heat the conically shaped heating element in use, in such a way that a heat gradient is provided along the slanted surface, the aerosol generating device further comprising a vaporizable material capsule, whereby the vaporizable material capsule comprises a conically shaped alignment element with a slanted surface configured to mate with the conically shaped heating element of the aerosol generating device, wherein the slanted surface of the conically shaped alignment element comprises at least a first groove enabling a flow of evaporated vaporizable material, whereby the vaporizable material capsule comprises a conically shaped alignment element with a slanted surface configured to mate with the conically shaped heating element of the aerosol generating device, wherein the slanted surface of the conically shaped alignment element comprises at least a first groove enabling a flow of evaporated vaporizable material, wherein the vaporizable material capsule further comprises a mesh structure located on the slanted surface of the conically shaped alignment element and configured to receive the vaporizable material by capillarity and enabling an evaporation of vaporizable material when heated.
An injection molding machine comprising: a cavity plate which includes a gate (825, 826) of a cavity space (801, 801a, 801b); a runner plate which includes a runner connected to the gate (825, 826); a valve pin (861, 871) which closes the gate (825, 826), the runner and the cavity space (801, 801a, 801b) being cut off from each other or communicating with each other by the valve pin (861, 871); a drive unit which drives the valve pin (861, 871); a control unit which controls the drive unit; and an operation unit which performs an operation input for transmitting a command for opening the gate (825, 826) by the control unit, characterized in that the operation unit includes a button, and the control unit continuously transmits a command for opening the gate (825, 826) if the button is pressed. a cavity plate which includes a gate (825, 826) of a cavity space (801, 801a, 801b); a runner plate which includes a runner connected to the gate (825, 826); a valve pin (861, 871) which closes the gate (825, 826), the runner and the cavity space (801, 801a, 801b) being cut off from each other or communicating with each other by the valve pin (861, 871); a drive unit which drives the valve pin (861, 871); a control unit which controls the drive unit; and an operation unit which performs an operation input for transmitting a command for opening the gate (825, 826) by the control unit, characterized in that the operation unit includes a button, and the control unit continuously transmits a command for opening the gate (825, 826) if the button is pressed.
Electrical bushing, in particular for pressure applications, with a housing preferably made from metal with at least one housing passage (7, 8) extending between two housing sides (3, 4) spaced apart from each other, with at least one electrical conductor guided through the housing passage (7, 8), which is embedded and/or fixed in a material which at least for the most part fills and tightly seals the housing passage (7, 8), characterized in that on at least a first housing side the housing passage (7, 8) has at least one outlet (8.1) which is or are provided on a section of a housing outer surface enclosing a housing axis in the manner of an outer jacket, and that the at least one conductor protrudes radially from the housing in relation to the housing axis on the first housing side.
A circuit breaker comprising: a trigger assembly having first and second trigger members (40,42); and a tripping mechanism configured and disposed to act upon the first and second trigger members (40,42)to selectively open an electrical circuit upon receipt of a mechanical trip signal input, and to provide a mechanical trip signal output, the tripping mechanism including a hammer having a first end defining an axis of rotation, a second end configured and disposed to act upon one of the first and second trigger members and an intermediate portion spaced from each of the first and second ends (134,135), and a spring member including an end section arranged to act upon the intermediate portion of the hammer, characterised by the spring member being configured and disposed to apply a force to the intermediate portion to urge the hammer about the axis of rotation to cause the second end to disengage from the one of the first and second trigger members (40,42). a trigger assembly having first and second trigger members (40,42); and a tripping mechanism configured and disposed to act upon the first and second trigger members (40,42)to selectively open an electrical circuit upon receipt of a mechanical trip signal input, and to provide a mechanical trip signal output, the tripping mechanism including a hammer having a first end defining an axis of rotation, a second end configured and disposed to act upon one of the first and second trigger members and an intermediate portion spaced from each of the first and second ends (134,135), and a spring member including an end section arranged to act upon the intermediate portion of the hammer, characterised by the spring member being configured and disposed to apply a force to the intermediate portion to urge the hammer about the axis of rotation to cause the second end to disengage from the one of the first and second trigger members (40,42).
Installation for separating flexibly rolled strip material, comprising: a buffer device for temporarily buffering the flexibly rolled strip material; a first feed device which is arranged in feed direction of the strip material downstream the buffer device; at least one length measuring device for continuously measuring a length of the strip material; a thickness measuring device for continuously measuring a thickness of the strip material along the length; a second feed device arranged downstream the first feed device; a separating device which is arranged in the feed direction of the strip material downstream the second feed device; wherein the first feed device and the second feed device are configured to move the strip material depending on the thickness measurement and the length measurement from the buffer device to the separating device; characterized in that the thickness measuring device is arranged in the feed direction of the strip material between the buffer device and the first feed device; and that the at least one length measuring device is arranged in the feed direction of the strip material downstream the first feed device. a buffer device for temporarily buffering the flexibly rolled strip material; a first feed device which is arranged in feed direction of the strip material downstream the buffer device; at least one length measuring device for continuously measuring a length of the strip material; a thickness measuring device for continuously measuring a thickness of the strip material along the length; a second feed device arranged downstream the first feed device; a separating device which is arranged in the feed direction of the strip material downstream the second feed device; wherein the first feed device and the second feed device are configured to move the strip material depending on the thickness measurement and the length measurement from the buffer device to the separating device; characterized in that the thickness measuring device is arranged in the feed direction of the strip material between the buffer device and the first feed device; and that the at least one length measuring device is arranged in the feed direction of the strip material downstream the first feed device.
Use of specific ligands for endogenous antibodies or for in blood samples soluble cancer-associated antigens for producing a column having the ligand coupled thereto for the treatment of cancer, wherein the treatment comprises the steps of: a) providing a blood sample of a patient; b) subjecting the blood sample to an immunoapheresis using the column as well as administering the thus-treated blood sample to the patient; c) administering a therapeutically effective antibody to the patient, wherein the therapeutically effective antibody is directed against cancer-associated antigens. a) providing a blood sample of a patient; b) subjecting the blood sample to an immunoapheresis using the column as well as administering the thus-treated blood sample to the patient; c) administering a therapeutically effective antibody to the patient,
Process for dehydrating alcohols to olefins, comprising: a) a reaction step fed with a feedstock comprising at least one primary monoalcohol of formula R-CH 2 -OH, in which R is a non-linear alkyl radical of general formula C n H2 n+1 where n is an integer between 3 and 20, said reaction step being performed in the gas phase at a weighted average temperature of between 250 and 400°C, at a pressure of between 0.2 MPa and 1 MPa and at a WWH of between 1 and 18 h -1 in the presence of a catalyst comprising a zeolite comprising at least one series of channels whose opening is defined by a ring of 8 oxygen atoms producing an olefinic effluent; b) a catalyst selectivation step comprising, for a period of between 0.5 and 5 hours, stoppage of the feed and maintenance of the temperature and pressure of said step a); c) resumption of the feed on conclusion of step b) with return to the conditions of step a); said selectivation step being performed when the selectivity towards isoolefins n of said step a) is greater than 25%, or when the conversion into alcohols of said step a) is less than 99%. a) a reaction step fed with a feedstock comprising at least one primary monoalcohol of formula R-CH 2 -OH, in which R is a non-linear alkyl radical of general formula C n H2 n+1 where n is an integer between 3 and 20, said reaction step being performed in the gas phase at a weighted average temperature of between 250 and 400°C, at a pressure of between 0.2 MPa and 1 MPa and at a WWH of between 1 and 18 h -1 in the presence of a catalyst comprising a zeolite comprising at least one series of channels whose opening is defined by a ring of 8 oxygen atoms producing an olefinic effluent; b) a catalyst selectivation step comprising, for a period of between 0.5 and 5 hours, stoppage of the feed and maintenance of the temperature and pressure of said step a); c) resumption of the feed on conclusion of step b) with return to the conditions of step a);
A removing device for the maintenance of a swimming pool, said removing device comprising: - at least one gripping element that can be manipulated by a user, - an elongated structure having a longitudinal direction of elongation and a sufficient length in the longitudinal direction of between 50cm and 100cm, advantageously between 60cm and 80cm, so as to prevent a user, at least in limited way, from bending down when using the removing tool and/or getting her/his hands wet when extracting at least one filtration element, and - removing means configured to get engaged with a part of at least one filtration element (14, 17, 20) or one element cooperating with a water filtration element of a swimming pool in order to enable a removing of said filter element, - wherein the removing means have, with respect to the longitudinal direction of elongation, a dimension or a transversal spacing greater than an internal diameter of a flange (15, 18) of said filter element (14, 17, 20) in order to enable the flange (15, 18) to rest on the removing means when extracting the filter element in a vertical movement. - at least one gripping element that can be manipulated by a user, - an elongated structure having a longitudinal direction of elongation and a sufficient length in the longitudinal direction of between 50cm and 100cm, advantageously between 60cm and 80cm, so as to prevent a user, at least in limited way, from bending down when using the removing tool and/or getting her/his hands wet when extracting at least one filtration element, and - removing means configured to get engaged with a part of at least one filtration element (14, 17, 20) or one element cooperating with a water filtration element of a swimming pool in order to enable a removing of said filter element, - wherein the removing means have, with respect to the longitudinal direction of elongation, a dimension or a transversal spacing greater than an internal diameter of a flange (15, 18) of said filter element (14, 17, 20) in order to enable the flange (15, 18) to rest on the removing means when extracting the filter element in a vertical movement.
Sprayer boom support for agricultural sprayer, including two articulated arms that are identical and can be arranged on either side of the sprayer and extended crosswise to the travel direction, the articulated arms are coupled in an articulated manner to a central support section of the sprayer chassis, each articulated arm is comprised by bar sections (1.1, 1.2, 1.3) having a tube geometry with a rectangular cross section (1.4) with rounded vertices (1.41) and arched sides (1.42, 1.43), the bar sections (1.1, 1.2, 1.3) are formed in a composite material that consists of a reinforcing agent chosen from carbon fibre, fibreglass, aramid fibre, boron fibre or a combination thereof, and a matrix of epoxy, vinyl ester, phenolic or polyester resin, the cross section (1.4) keeps the length of two equal sides (1.42) constant along the bar section (1.1, 1.2, 1.3), characterised in that said equal sides (1.42) of the cross section (1.4) that keep their length constant are arranged perpendicularly to the travel direction of the sprayer and comprise stiffening ridges (1.44, 1.45) in the form of recesses, distributed along the entire bar section (1.1, 1.2, 1.3).
A method for wireless communication by a user equipment, UE, comprising: transmitting, to a serving base station, BS and a non-serving BS, an uplink reference signal with an indication of a preferred downlink beam; and receiving, from the non-serving BS, a handover command based, at least in part, on the uplink reference signal. transmitting, to a serving base station, BS and a non-serving BS, an uplink reference signal with an indication of a preferred downlink beam; and receiving, from the non-serving BS, a handover command based, at least in part, on the uplink reference signal.
A method comprising: in a distributed antenna system, DAS, comprising a master unit coupled to a plurality of remote units (106a, 106b, 106c), monitoring a utilization metric for a first remote unit (106a, 106b, 106c) of the plurality of remote units of the DAS, wherein the utilization metric comprises data indicative of one or more terminal devices being available for communication with the remote unit (106a, 106b, 106c), wherein the master unit is configured to receive downlink signals from at least one base station and transmit those signals to the plurality of remote units (106a, 106b, 106c), and receive uplink signals from the plurality of remote units (106a, 106b, 106c), and transmit those uplink signals to the at least one base station; determining that the first remote unit (106a, 106b, 106c) is underutilized based on the monitored utilization metric; and configuring the first remote unit (106a, 106b, 106c) for a low-power operation in response to determining that the first remote unit (106a, 106b, 106c) is underutilized to manage power consumption in the DAS; wherein the data indicative of the one or more terminal devices being available for communication with the first remote unit (106a, 106b, 106c) comprises data indicative of at least one of a bandwidth and a data rate used by the one or more terminal devices. in a distributed antenna system, DAS, comprising a master unit coupled to a plurality of remote units (106a, 106b, 106c), monitoring a utilization metric for a first remote unit (106a, 106b, 106c) of the plurality of remote units of the DAS, wherein the utilization metric comprises data indicative of one or more terminal devices being available for communication with the remote unit (106a, 106b, 106c), wherein the master unit is configured to receive downlink signals from at least one base station and transmit those signals to the plurality of remote units (106a, 106b, 106c), and receive uplink signals from the plurality of remote units (106a, 106b, 106c), and transmit those uplink signals to the at least one base station; determining that the first remote unit (106a, 106b, 106c) is underutilized based on the monitored utilization metric; and configuring the first remote unit (106a, 106b, 106c) for a low-power operation in response to determining that the first remote unit (106a, 106b, 106c) is underutilized to manage power consumption in the DAS; wherein the data indicative of the one or more terminal devices being available for communication with the first remote unit (106a, 106b, 106c) comprises data indicative of at least one of a bandwidth and a data rate used by the one or more terminal devices.
A dental application body, comprising an oxide ceramic, containing: - a bulk material containing an oxide ceramic, preferably a zirconium oxide, and - at least one coating containing an yttrium oxide and/or cerium oxide stabilised zirconium oxide, characterized in that the content of the stabilising compound (c [yttrium oxide), c [cerium oxide]) within the coating with respect to the zirconium oxide (in mol-%) satisfies the following formula: c yttrium oxide + 0.6 × c cerium oxide ≥ 4. - a bulk material containing an oxide ceramic, preferably a zirconium oxide, and - at least one coating containing an yttrium oxide and/or cerium oxide stabilised zirconium oxide, characterized in that the content of the stabilising compound (c [yttrium oxide), c [cerium oxide]) within the coating with respect to the zirconium oxide (in mol-%) satisfies the following formula: c yttrium oxide + 0.6 × c cerium oxide ≥ 4.
A lower vehicle-body structure of an electric vehicle in which a kick-up having a closed cross-sectional part and extending transversely between a pair of left and right side sills in a vehicle width direction is disposed between a front floor panel and a rear floor panel, a battery unit being disposed under both floor panels (1; 12), wherein each of left and right side portions in the vehicle width direction of the kick-up is bent substantially downward from a position inward of a rear side frame toward one of the side sills and connected to the side sill; and wherein a bending facilitating portion that is configured to facilitate bending under a lateral-collision load is formed outward of a bent portion of the kick-up and an outer side portion of the battery unit, at a position inward of an inner end of the rear side frame or at substantially the same position as the inner end of the rear side frame. each of left and right side portions in the vehicle width direction of the kick-up is bent substantially downward from a position inward of a rear side frame toward one of the side sills and connected to the side sill; and wherein a bending facilitating portion that is configured to facilitate bending under a lateral-collision load is formed outward of a bent portion of the kick-up and an outer side portion of the battery unit, at a position inward of an inner end of the rear side frame or at substantially the same position as the inner end of the rear side frame.