mhurhangee/ep-ind-claims huggingface dataset:
A receptacle (10; 10'; 10"), in particular a shopping basket (10; 10'; 10"), having a bottom and an encircling lateral wall adjoining the bottom, wherein bottom and lateral wall bound an inner region of the receptacle (10; 10'; 10"), wherein the receptacle (10; 10'; 10") is rollable, wherein the receptacle (10; 10'; 10") furthermore has a pulling handle (12; 12') with a guiding rail (14; 14'; 14") and a hand grip (16; 16') and wherein a guide tunnel (37; 37'; 37") for the guiding and at least partial receiving of the guiding rail (14; 14'; 14") of the pulling handle (12; 12') is provided in a region of the lateral wall, and wherein the guiding rail (14; 14'; 14") has at least one locking element (38, 38') which extends upwards from an outer surface of the guiding rail (14; 14'; 14"), is arranged on a long side and in the mounted state of the pulling handle (12; 12') prevents the guiding rail (14; 14'; 14") from being pulled completely out of the guide tunnel (37; 37'; 37"), characterised in that the guide tunnel (37, 37', 37") has a cross-section with a curved or convex form, in that in addition on the guiding rail (14; 14'; 14") there is provided at least one engagement element (44, 45; 44', 45') by means of which the pulling handle (12; 12') is engageable in a pulled-out position in the mounted state of the shopping basket (10; 10'; 10"), and in that the guide tunnel (37; 37'; 37") has at least one opening (46, 48; 46', 48') in which the engagement element (44, 45; 44', 45') is lockable.
An article, in particular for solar protection, comprising at least one metal-coating layer and a textile layer having an outside face comprising at least one polymer mixed with at least one plasticizer to form a first matrix, the article being characterized in that the bonding between said first matrix and the metal-coating layer is provided by an intermediate polymer layer comprising at least one coupling polymer, said coupling polymer being bonded by chemical bonds firstly to the first matrix and secondly to the metal-coating layer.
A method for reception of data units in a device by means of a first protocol and a second protocol, comprising: receiving, at a control function of the second protocol, information of an interruption in a control function of the first protocol, and in response thereto: considering a reordering timer of the second protocol as expired, and updating a state variable of the second protocol to equal with a highest received state variable, wherein the first protocol comprises a media access control, MAC, protocol and the second protocol comprises a radio link control, RLC, protocol or packet data convergence protocol, PDCP, and wherein the control function of the first protocol provides hybrid automatic repeat request, HARQ, functionalities. considering a reordering timer of the second protocol as expired, and updating a state variable of the second protocol to equal with a highest received state variable, wherein the first protocol comprises a media access control, MAC, protocol and the second protocol comprises a radio link control, RLC, protocol or packet data convergence protocol, PDCP, and wherein the control function of the first protocol provides hybrid automatic repeat request, HARQ, functionalities.
A spray dry dispersion formulation comprising Compound I having the formula: wherein Compound I is amorphous, wherein Compound I is molecularly dispersed within a polymer matrix formed by hydroxypropylmethyl cellulose acetate succinate (HPMCAS) in its solid state; one or more glidants ranging from 1.0% w/w to 3% w/w; one or more disintegrants ranging from 4% w/w to 8% w/w; one or more filler/binders ranging from 25% w/w to 35% w/w; one or more lubricants ranging from 0.5% w/w to 1.0% w/w; and one or more surfactants; wherein the combination of Compound I, HPMCAS and surfactant ranges from 53% w/w to 69.5% w/w. one or more glidants ranging from 1.0% w/w to 3% w/w; one or more disintegrants ranging from 4% w/w to 8% w/w; one or more filler/binders ranging from 25% w/w to 35% w/w; one or more lubricants ranging from 0.5% w/w to 1.0% w/w; and one or more surfactants; wherein the combination of Compound I, HPMCAS and surfactant ranges from 53% w/w to 69.5% w/w.
A fastening device for a structural part, comprising a carbon fibre-reinforced plastics material, especially of a cell of a vehicle or a supporting bodywork structural part, to a component, especially to a chassis component of the vehicle, characterised in that attached to the structural part is a first connecting element to which a second connecting element can be attached, in that the first connecting element is joined to the structural part by means of an adhesive layer and has a protruding bushing which engages through a hole in the structural part and which projects above the structural part by its free end.
A method for reducing gel formations when producing a cast stretch film, said method comprising: disposing one or more extruders in fluid communication with a stock of virgin resin; heating said virgin resin to a molten state; delivering said molten virgin resin to a die; extruding said molten virgin resin through said die onto a casting roll, thereby creating a cast stretch film; moving the film from the casting roll onto a slitting assembly; and using said slitting assembly - to form one or more interior slits, thereby creating waste film that is not recycled back into the production process, and/or - to form one or more exterior slits, thereby creating waste film that is not recycled back into the production process, wherein gel formations of various sizes and total gel formations on a per square foot basis are more than halved by using only virgin film in the process. disposing one or more extruders in fluid communication with a stock of virgin resin; heating said virgin resin to a molten state; delivering said molten virgin resin to a die; extruding said molten virgin resin through said die onto a casting roll, thereby creating a cast stretch film; moving the film from the casting roll onto a slitting assembly; and using said slitting assembly - to form one or more interior slits, thereby creating waste film that is not recycled back into the production process, and/or - to form one or more exterior slits, thereby creating waste film that is not recycled back into the production process, wherein gel formations of various sizes and total gel formations on a per square foot basis are more than halved by using only virgin film in the process. - to form one or more interior slits, thereby creating waste film that is not recycled back into the production process, and/or - to form one or more exterior slits, thereby creating waste film that is not recycled back into the production process, wherein gel formations of various sizes and total gel formations on a per square foot basis are more than halved by using only virgin film in the process.
Method of recuperating a turbine element (1, 10) constituted of a substrate, forming the body of the element, and a protective coating adhering to the substrate, wherein the method comprises: - the control of the turbine element in order to pinpoint the zones having a bonding defect between the protective coating and the substrate, - the elimination of the bonding defects between the protective coating and the substrate, characterised in that the bonding defects are eliminated by means of a laser beam directed onto each zone having a bonding defect and inducing a localised melting of the protective coating and the underlying substrate to enable a sound bond after cooling of each zone, at the level of said zone, between the protective coating and the substrate after stopping the laser beam. - the control of the turbine element in order to pinpoint the zones having a bonding defect between the protective coating and the substrate, - the elimination of the bonding defects between the protective coating and the substrate,
A method of handling an emergency session for a mobile device in a wireless communication system, the method comprising: initiating a service request procedure corresponding to the emergency session in a network; receiving a detach request message from the network when initiating the service request procedure or after having initiated the service request procedure; and continuing the service request procedure when the detach request message is received; wherein the mobile device is attached for both packet switched, PS, and circuit switched, CS, services in the network, the network is an Evolved UMTS Terrestrial Radio Access Network, E-UTRAN, or a UMTS Terrestrial Radio Access Network, UTRAN, and the service request procedure is for PS services in the network, and the detach request message corresponds to a detach procedure to detach the mobile device from CS services in the network. initiating a service request procedure corresponding to the emergency session in a network; receiving a detach request message from the network when initiating the service request procedure or after having initiated the service request procedure; and continuing the service request procedure when the detach request message is received; wherein the mobile device is attached for both packet switched, PS, and circuit switched, CS, services in the network, the network is an Evolved UMTS Terrestrial Radio Access Network, E-UTRAN, or a UMTS Terrestrial Radio Access Network, UTRAN, and the service request procedure is for PS services in the network, and the detach request message corresponds to a detach procedure to detach the mobile device from CS services in the network.
A linear guide comprising: an outer tubular element; an inner tubular element, adapted to slide telescopically in said outer tubular element; and friction reduction means interposed between said inner tubular element and said outer tubular element, said friction reduction means comprising n rolling bearings, where n ≥ 1, each rolling bearing being provided with rolling elements, wherein the outer tubular element and the inner tubular element are made of a composite material and wherein said rolling elements slide on two thin sheets (6a, 6b) of metal, a first thin sheet of metal positioned on an outer face of the inner tubular element and a second thin sheet of metal positioned on a corresponding inner face of the outer tubular element.
An optical transmitter (410, 420) for an optical network unit of a multi-wavelength passive optical network comprising an optical line termination and a number of further optical network units for transmitting upstream signals to said optical line termination on multiple upstream channels (λu1, λu2, λu3, λu4), said optical transmitter (410, 420) being configured to generate and transmit an optical activation signal carrying activation information to be transmitted from said optical network unit to said optical line termination for activating said optical network unit on an upstream channel (λu2) of said multiple upstream channels (λu1, λu2, λu3, λu4), said activation information comprising an identifier of said optical network unit, said activation signal having an optical power (P C) lower than the optical power (P D) of each one of said upstream signals, said optical transmitter comprising an optical source (411, 421) and: - a first electric source (412, 422) configured to modulate said optical source (411, 421) with a first electric signal carrying said activation information; and - a second electric source (413, 423) configured to directly modulate said optical source (411, 421) with a second electric signal so as to produce a frequency chirp on said optical activation signal. - a first electric source (412, 422) configured to modulate said optical source (411, 421) with a first electric signal carrying said activation information; and - a second electric source (413, 423) configured to directly modulate said optical source (411, 421) with a second electric signal so as to produce a frequency chirp on said optical activation signal.
Use of an agent comprising the following six components: (a) 3-(methylthio)1-propanol; (b) benzaldehyde; (c) 4-heptanol; (d) trimethylpyrazine; (e) methylpyrazine; and (f) 2,5-dimethylpyrazine for enhancing egg aroma. (a) 3-(methylthio)1-propanol; (b) benzaldehyde; (c) 4-heptanol; (d) trimethylpyrazine; (e) methylpyrazine; and (f) 2,5-dimethylpyrazine
A method comprising: testing a sample of a human subject for a genetic or epigenetic change in one or more nucleic acids mutated in endometrial, fallopian tubal, or ovarian neoplasia or cancer, wherein the step of testing is performed by increasing the sensitivity of massively parallel sequencing instruments with an error reduction technique that includes: (i) assignment of a unique identifier to each template molecule to form barcoded template molecules; and (ii) redundant sequencing of the barcoded template molecules, and wherein the sample: (a) comprises cells or fragments from the endometrium, fallopian tube and/or ovary and (b) is an endocervical specimen. (i) assignment of a unique identifier to each template molecule to form barcoded template molecules; and (ii) redundant sequencing of the barcoded template molecules, and (a) comprises cells or fragments from the endometrium, fallopian tube and/or ovary and (b) is an endocervical specimen.
A method, performed by a user equipment, UE,, the method comprising: performing measurements based on a plurality of radio link management, RLM, measurement sources received in beam-formed downlink signals, wherein the measurements indicate a quality of a given cell or beam, and wherein the plurality of RLM measurement sources comprises one or more first reference signals, RSs and one or more second RSs of a different type than the first one or more RSs; and for each of a plurality of evaluation periods and for each of the plurality of RLM measurement sources used to perform measurements, determining whether a measurement for the respective RLM measurement source indicates an out-of-sync event in response to the measurement being below a first threshold; and performing one or more RLM actions based on determined occurrences of out-of-sync events. performing measurements based on a plurality of radio link management, RLM, measurement sources received in beam-formed downlink signals, wherein the measurements indicate a quality of a given cell or beam, and wherein the plurality of RLM measurement sources comprises one or more first reference signals, RSs and one or more second RSs of a different type than the first one or more RSs; and for each of a plurality of evaluation periods and for each of the plurality of RLM measurement sources used to perform measurements, determining whether a measurement for the respective RLM measurement source indicates an out-of-sync event in response to the measurement being below a first threshold; and performing one or more RLM actions based on determined occurrences of out-of-sync events.
Submersible vacuum robot for cleaning artificial basins, including: a main body comprising a debris tray; a filter; a volute with two discharge outlets (21a, 21b); a suction and propulsion system (31, 32) producing a circulation of water in the volute and a propulsive water jet; and electric power supply means, the volute being fixed and including a valve (22a, 22b) at each of said outlets having an open position and a closed position, characterized in that the positions of said valves automatically alternate according to the direction of the circulation of water in the volute so as to reverse the direction of the propulsive water jet.
A dental floss holder comprising: a rod-like handle portion for a user to grip; a head portion to which a dental floss is locked; and a constricted portion connecting a distal end of the handle portion and the head portion, the constricted portion formed so as to be reduced with respect to a connection part of the handle portion and the head portion adjacent to the constricted portion in a width direction and/or a thickness direction of the connection part; wherein a recessed portion extending in a thickness direction of the head portion is formed on a distal end surface of the head portion, a notch portion is formed in a longitudinal direction from the recessed portion, and the notch portion extends to the constricted portion, the dental floss holder characterized in that the head portion has a stopper portion provided so as to partially cover the notch portion, the stopper portion preventing the dental floss from entering the notch portion on the constricted portion side further than the stopper portion. a rod-like handle portion for a user to grip; a head portion to which a dental floss is locked; and a constricted portion connecting a distal end of the handle portion and the head portion, the constricted portion formed so as to be reduced with respect to a connection part of the handle portion and the head portion adjacent to the constricted portion in a width direction and/or a thickness direction of the connection part; wherein a recessed portion extending in a thickness direction of the head portion is formed on a distal end surface of the head portion, a notch portion is formed in a longitudinal direction from the recessed portion, and the notch portion extends to the constricted portion, the dental floss holder characterized in that the head portion has a stopper portion provided so as to partially cover the notch portion, the stopper portion preventing the dental floss from entering the notch portion on the constricted portion side further than the stopper portion.
A cellulose based fiber made of a i) cellulose dissolving pulp, and ii) a material made from recycled textile comprising cellulose, which is treated to swell the cellulose at a pH in the range 9 - 13.5 under reducing conditions together with at least one reducing additive present at least during a part of the swelling and treated in at least one of the following bleaching steps a) bleaching with oxygen at alkaline conditions with a pH in the range 9-13.5 and b) bleaching with ozone at acid conditions below pH 6, wherein the cellulose based fiber is manufactured with one selected from a Viscose process and a Lyocell process.
An apparatus for determining an oil mass flow rate in a cooling circuit in a two-phase refrigerant-oil mixture of an oil-containing refrigerant circulating in the cooling circuit, comprising a) at least one transparent region in a refrigerant supply line or a refrigerant discharge line of a compressor of the cooling circuit, b) at least two laser diodes (41, 42) configured for pulsed operation having a cylindrical lens (51, 52) for generating a pulsed light sheet (61, 62), wherein at least a first one of said at least two laser diodes (41, 42) is configured to generate a light sheet transverse to the main flow direction of the oil-containing refrigerant, and at least a second one of said at least two laser diodes (41, 42) is configured to generate a light sheet parallel to the main flow direction of the oil-containing refrigerant; c) at least one video camera for capturing an oil film on an inner wall of the refrigerant supply line or the refrigerant discharge line, the optical axis of which obliquely intersects the plane of the light sheet transverse to the main flow direction of the oil-containing refrigerant; d) at least one video camera for capturing oil droplets in the refrigerant supply line or the refrigerant discharge line, the optical axis of which runs perpendicular to the plane of the light sheet parallel to the main flow direction of the oil-containing refrigerant. a) at least one transparent region in a refrigerant supply line or a refrigerant discharge line of a compressor of the cooling circuit, b) at least two laser diodes (41, 42) configured for pulsed operation having a cylindrical lens (51, 52) for generating a pulsed light sheet (61, 62), wherein at least a first one of said at least two laser diodes (41, 42) is configured to generate a light sheet transverse to the main flow direction of the oil-containing refrigerant, and at least a second one of said at least two laser diodes (41, 42) is configured to generate a light sheet parallel to the main flow direction of the oil-containing refrigerant; wherein at least a first one of said at least two laser diodes (41, 42) is configured to generate a light sheet transverse to the main flow direction of the oil-containing refrigerant, and at least a second one of said at least two laser diodes (41, 42) is configured to generate a light sheet parallel to the main flow direction of the oil-containing refrigerant; c) at least one video camera for capturing an oil film on an inner wall of the refrigerant supply line or the refrigerant discharge line, the optical axis of which obliquely intersects the plane of the light sheet transverse to the main flow direction of the oil-containing refrigerant; d) at least one video camera for capturing oil droplets in the refrigerant supply line or the refrigerant discharge line, the optical axis of which runs perpendicular to the plane of the light sheet parallel to the main flow direction of the oil-containing refrigerant.
An interface unit (207, 307, 407, 507, 601) for connecting a printing engine to a peripheral device, the interface unit comprising: a port (507, 607) for receiving a connector having a plurality of electrical connecting members used to transmit signals from a first one of the printing engine and the peripheral device to the other of the printing engine and the peripheral device; and a mapping engine for mapping voltage signals received at respective ones of the electrical connecting members to predetermined message frames, wherein a message frame comprises a sequence of bits that conveys information concerning the status or actions of the first one of the printing engine and the peripheral device; the interface unit (207, 307, 407, 507, 601) being configured to use each message frame to output a corresponding signal to other of the printing engine and the peripheral device. a port (507, 607) for receiving a connector having a plurality of electrical connecting members used to transmit signals from a first one of the printing engine and the peripheral device to the other of the printing engine and the peripheral device; and a mapping engine for mapping voltage signals received at respective ones of the electrical connecting members to predetermined message frames, wherein a message frame comprises a sequence of bits that conveys information concerning the status or actions of the first one of the printing engine and the peripheral device; the interface unit (207, 307, 407, 507, 601) being configured to use each message frame to output a corresponding signal to other of the printing engine and the peripheral device.