mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a structure including a selected porosity, the method including: selecting a plurality of material layers (12, 14); forming a fabric stack by disposing said selected plurality of material layers (12, 14) adjacent one another; positioning a plurality of pins (30, 34) into said fabric stack in a selected arrangement; processing said fabric stack to form a laminated structure with said plurality of pins (30, 34) disposed therein; and destroying said plurality of pins (30, 34) while leaving intact selected properties of said laminated structure; wherein when said plurality of pins (30, 34) are destroyed and a plurality of selected pores remain in said laminated structure, characterized in that said plurality of material layers (12, 14) is a plurality of non-oxide material layers, wherein the first non-oxide material layer is formed of a carbon reinforced silicon carbide material and the second non-oxide material layer is formed of a carbon reinforced carbon material or a carbon reinforced silicon carbide material, wherein destroying said plurality of pins (30, 34) includes: melting said plurality of pins (30, 34) such that said plurality of pins (30, 34) are removed from said laminated structure; wherein said laminated structure is intact after removing said plurality of pins (30, 34). selecting a plurality of material layers (12, 14); forming a fabric stack by disposing said selected plurality of material layers (12, 14) adjacent one another; positioning a plurality of pins (30, 34) into said fabric stack in a selected arrangement; processing said fabric stack to form a laminated structure with said plurality of pins (30, 34) disposed therein; and destroying said plurality of pins (30, 34) while leaving intact selected properties of said laminated structure; wherein when said plurality of pins (30, 34) are destroyed and a plurality of selected pores remain in said laminated structure, characterized in that said plurality of material layers (12, 14) is a plurality of non-oxide material layers, wherein the first non-oxide material layer is formed of a carbon reinforced silicon carbide material and the second non-oxide material layer is formed of a carbon reinforced carbon material or a carbon reinforced silicon carbide material, wherein destroying said plurality of pins (30, 34) includes: melting said plurality of pins (30, 34) such that said plurality of pins (30, 34) are removed from said laminated structure; wherein said laminated structure is intact after removing said plurality of pins (30, 34).
A method of preparing endothelial cells from adipose tissue, comprising: washing adipose tissue obtained from a liposuction procedure patient; collecting cells from the washed adipose tissue; enzymatically treating the cells with a purified preparation of collagenase and dispase, wherein said preparation is depleted in pepsin, trypsin, and thermolysin; sorting the treated cells by contacting with magnetic beads comprising a positive selective antibody specific for an antigen selected from a first group consisting of: CD31, CD34, CD144, and CD 146, or a negative selective antibody specific for an antigen selected from a group consisting of CD14, CD45, and F19; and collecting cells which are bound to said magnetic beads if the positive selective antibody is used or collecting cells which are not bound to said magnetic beads if the negative selective antibody is used. washing adipose tissue obtained from a liposuction procedure patient; collecting cells from the washed adipose tissue; enzymatically treating the cells with a purified preparation of collagenase and dispase, wherein said preparation is depleted in pepsin, trypsin, and thermolysin; sorting the treated cells by contacting with magnetic beads comprising a positive selective antibody specific for an antigen selected from a first group consisting of: CD31, CD34, CD144, and CD 146, or a negative selective antibody specific for an antigen selected from a group consisting of CD14, CD45, and F19; and collecting cells which are bound to said magnetic beads if the positive selective antibody is used or collecting cells which are not bound to said magnetic beads if the negative selective antibody is used.
A method performed by a user equipment, UE, for receiving paging messages in wireless communications, comprising: receiving one or more parameters for descrambling non-cell specific paging messages; receiving, from one or multiple base stations of a same multicast group, a non-cell specific paging message which is configured as a scrambled message; descrambling the non-cell specific paging message based at least in part on the one or more parameters; and the method being characterized by: determining to refrain from responding to the descrambled non-cell specific paging message based at least in part on one or more service information parameters in the descrambled non-cell specific paging message, wherein the one or more service information parameters comprise at least one of a flow identifier, a slice identifier, a dedicated radio bearer identifier, an evolved packet system identifier, an application identifier, or an application type. receiving one or more parameters for descrambling non-cell specific paging messages; receiving, from one or multiple base stations of a same multicast group, a non-cell specific paging message which is configured as a scrambled message; descrambling the non-cell specific paging message based at least in part on the one or more parameters; and the method being characterized by: determining to refrain from responding to the descrambled non-cell specific paging message based at least in part on one or more service information parameters in the descrambled non-cell specific paging message, wherein the one or more service information parameters comprise at least one of a flow identifier, a slice identifier, a dedicated radio bearer identifier, an evolved packet system identifier, an application identifier, or an application type. determining to refrain from responding to the descrambled non-cell specific paging message based at least in part on one or more service information parameters in the descrambled non-cell specific paging message, wherein the one or more service information parameters comprise at least one of a flow identifier, a slice identifier, a dedicated radio bearer identifier, an evolved packet system identifier, an application identifier, or an application type.
A method of operating a first communications device which interacts with a second communications device, the method comprising: performing at least one of receiving or transmitting control information reporting format definition information via a cellular wireless communications link (126, 128, 130, 132), wherein the reporting format definition information defines a coding and modulation scheme to be applied to a report having a reporting format, the reporting format definition information including report definition information that includes mapping information defining a mapping between information to be included in a report and possible report values; and generating a control information report in accordance with the at least one of received or transmitted reporting format definition information. performing at least one of receiving or transmitting control information reporting format definition information via a cellular wireless communications link (126, 128, 130, 132), wherein the reporting format definition information defines a coding and modulation scheme to be applied to a report having a reporting format, the reporting format definition information including report definition information that includes mapping information defining a mapping between information to be included in a report and possible report values; and generating a control information report in accordance with the at least one of received or transmitted reporting format definition information.
A virus like particle comprising an influenza virus M1 protein, an influenza hemagglutinin protein and an influenza neuraminidase protein, wherein the amino acid sequence of said M1 protein is at least 98% identical to SEQ ID NO:49 and wherein the VLP is expressed from an insect cell.
A photosensor having a plurality of light sensitive pixels formed on a substrate, each pixel comprising: a light sensitive region in which incident light generates photocharge carriers; a plurality of storage regions for accumulating photocharge carriers generated in the light sensitive region; a transfer gate associated with each storage region of the plurality of storage regions that is electrifiable to cause photocharge in the light sensitive region to drift to the storage region; and an array of microlenses comprising at least one microlens for each given storage region of the plurality of storage regions that directs light incident on the at least one microlens to a region of the light sensitive region that is closer to the given storage region than to other storage regions of the plurality of storage regions. a light sensitive region in which incident light generates photocharge carriers; a plurality of storage regions for accumulating photocharge carriers generated in the light sensitive region; a transfer gate associated with each storage region of the plurality of storage regions that is electrifiable to cause photocharge in the light sensitive region to drift to the storage region; and an array of microlenses comprising at least one microlens for each given storage region of the plurality of storage regions that directs light incident on the at least one microlens to a region of the light sensitive region that is closer to the given storage region than to other storage regions of the plurality of storage regions.
Table - with a table top (2; 22), - with several table legs (3 - 6), and - with exactly one separate connecting body to which the table top (2; 22) and the table legs (3 - 6) are detachably connected, - wherein the table top (2; 22) is magnetically connected to the connecting body, - wherein the connecting body has plug-in guides, wherein in each case a table leg end portion is inserted into a plug-in guide, - wherein the table leg end portion is designed with a table leg profiling, wherein the plug-in guide is designed with a guide profiling which is complementary to the table leg profiling, characterized in that the connecting body has a basic disc-shaped form. - with a table top (2; 22), - with several table legs (3 - 6), and - with exactly one separate connecting body to which the table top (2; 22) and the table legs (3 - 6) are detachably connected, - wherein the table top (2; 22) is magnetically connected to the connecting body, - wherein the connecting body has plug-in guides, wherein in each case a table leg end portion is inserted into a plug-in guide, - wherein the table leg end portion is designed with a table leg profiling, wherein the plug-in guide is designed with a guide profiling which is complementary to the table leg profiling,
An optical information reader, comprising: a lighting unit configured to emit illumination light to an information code; a first polarizing unit arranged on a light-exit side of the illumination unit; a light receiving unit configured to receive light reflected from the information code; a reading unit configured to read the information code based on light reception results at the light receiving unit, wherein the first polarizing unit is configured to polarize the illumination light in a predetermined polarization direction, characterized in that the reader further comprises a second polarizing unit arranged on a light reception side of the light receiving unit, wherein the second polarizing unit is configured as a switchable polarizing unit which is switchable to either one of a state where the reflected light is polarized in a direction different from the predetermined polarization direction and a state where the reflected light passes through the second polarizing unit without being polarized. a lighting unit configured to emit illumination light to an information code; a first polarizing unit arranged on a light-exit side of the illumination unit; a light receiving unit configured to receive light reflected from the information code; a reading unit configured to read the information code based on light reception results at the light receiving unit, wherein the first polarizing unit is configured to polarize the illumination light in a predetermined polarization direction, characterized in that the reader further comprises a second polarizing unit arranged on a light reception side of the light receiving unit, wherein the second polarizing unit is configured as a switchable polarizing unit which is switchable to either one of a state where the reflected light is polarized in a direction different from the predetermined polarization direction and a state where the reflected light passes through the second polarizing unit without being polarized.
A container having an environmental protection function and being capable of replacing a consumed lipstick with a new one, comprising: a cap including a plurality of recesses in an inner surface; a lipstick carrier including an axial snap-fit hole, two opposite notches disposed in an opening of the snap-fit hole, and a protrusion disposed on an inner surface of the lipstick carrier adjacent to the notches; a coupling member disposed on an end of the lipstick carrier with the snap-fit hole disposed through the end of the lipstick carrier, a plurality of protuberances disposed on an end of an outer surface of the coupling member, the protuberances being complementarily disposed in the recesses, a through hole axially disposed through the coupling member, an annular member disposed at an edge of the through hole, and a plurality of radial, flexible troughs disposed in the annular member; and a base including an axial shaft extending outwardly and passing through the through hole and the snap-fit hole, and two opposite flanges disposed at an end of the axial shaft and secured to the protrusion wherein a distance of the flanges is less than that of the notches, and the distance of the flanges is greater than a diameter of the snap-fit hole. a cap including a plurality of recesses in an inner surface; a lipstick carrier including an axial snap-fit hole, two opposite notches disposed in an opening of the snap-fit hole, and a protrusion disposed on an inner surface of the lipstick carrier adjacent to the notches; a coupling member disposed on an end of the lipstick carrier with the snap-fit hole disposed through the end of the lipstick carrier, a plurality of protuberances disposed on an end of an outer surface of the coupling member, the protuberances being complementarily disposed in the recesses, a through hole axially disposed through the coupling member, an annular member disposed at an edge of the through hole, and a plurality of radial, flexible troughs disposed in the annular member; and a base including an axial shaft extending outwardly and passing through the through hole and the snap-fit hole, and two opposite flanges disposed at an end of the axial shaft and secured to the protrusion wherein a distance of the flanges is less than that of the notches, and the distance of the flanges is greater than a diameter of the snap-fit hole.
A pharmaceutical composition comprising imatinib as an active agent for use in preventing and treating dry eye syndrome or dry eye syndrome-associated ocular diseases.
A car, comprising: a chassis supporting a pair of front wheels which turn about a first horizontal rotation axis and a pair of rear wheels. which turn about a second horizontal rotation axis; a passenger compartment arranged between the front wheels and the rear wheels; and at least one pair of front doors, each of which is hinged to the chassis by means of a hinge to turn about a third rotation axis between an opening position and a closing position of the passenger compartment; wherein the hinges of the front doors are arranged in proximity to the first rotation axis of the front wheels so that the projection on a horizontal plane of the hinges is within the rectangular area comprised between the two front wheels; the car is characterized in that: the chassis is tapered towards the front wheel at each front wheel; each front door comprises a corresponding door sill, constituted by the portion of the chassis normally arranged under the front doors, and thus no fixed component is present under the front door; and each front door comprises the rear portion of a wing of the corresponding front wheel so that when each front door is opened, the rear part of the corresponding front wheel is uncovered to allow a user to rest his or her foot immediately behind the front wheel. a chassis supporting a pair of front wheels which turn about a first horizontal rotation axis and a pair of rear wheels. which turn about a second horizontal rotation axis; a passenger compartment arranged between the front wheels and the rear wheels; and at least one pair of front doors, each of which is hinged to the chassis by means of a hinge to turn about a third rotation axis between an opening position and a closing position of the passenger compartment; wherein the hinges of the front doors are arranged in proximity to the first rotation axis of the front wheels so that the projection on a horizontal plane of the hinges is within the rectangular area comprised between the two front wheels; the car is characterized in that: the chassis is tapered towards the front wheel at each front wheel; each front door comprises a corresponding door sill, constituted by the portion of the chassis normally arranged under the front doors, and thus no fixed component is present under the front door; and each front door comprises the rear portion of a wing of the corresponding front wheel so that when each front door is opened, the rear part of the corresponding front wheel is uncovered to allow a user to rest his or her foot immediately behind the front wheel. the chassis is tapered towards the front wheel at each front wheel; each front door comprises a corresponding door sill, constituted by the portion of the chassis normally arranged under the front doors, and thus no fixed component is present under the front door; and each front door comprises the rear portion of a wing of the corresponding front wheel so that when each front door is opened, the rear part of the corresponding front wheel is uncovered to allow a user to rest his or her foot immediately behind the front wheel.
Drying device for drying laundry comprising a processing chamber for receiving items to be dried, comprising a device for generating a process air stream, and comprising an air channel, by means of which the process air stream is guided to and/or out of the processing chamber, an opening being arranged in the air channel, in which opening a container for receiving and dispensing a fragrance can be inserted, the opening being closable in at least an approximately airtight manner by means of a closure device when the container is not inserted and said opening being surrounded at least in part by an edge projecting from the plane of the opening, which edge has at least one recess (45, 47), characterised in that the edge has two recesses (45 and 47), a handle arranged on the closure device plunging into one of the slots (45, 47) respectively when the closure device is respectively open or closed.
A blow-by gas filtration assembly fluidically connectable to a ventilation circuit of the base of an internal combustion engine to receive the blow-by gases and filter them from the suspended particles contained therein, wherein the filtration assembly has an axis (X-X) and comprises: - a main body comprising a filtration chamber which extends along said axis (X-X) and an outlet mouth formed at the axis (X-X); - a filter group, which extends along the axis (X-X) having a hollow cylindrical shape comprising a central chamber, wherein the filter group is housed in said filtration chamber and can be traversed radially by the blow-by gases, preferably from the outside to the inside; - a motor group operatively connected to the filter group to control it in rotation around the axis (X-X), wherein the motor group comprises a rotor and a stator; - a support and control shaft, in the form of a hollow body extending along the axis (X-X) comprising a motor portion on which the rotor is housed and a filter portion on which the filter group is housed, wherein the rotor and the filter group are mounted integrally with the shaft respectively to the motor portion and to the filter portion in such a way that a rotation of the shaft and therefore of the filter group corresponds to a controlled rotation of the rotor; wherein the filter portion comprises an outlet duct of the filtered blow-by gases in which the outflow of said filtered blow-by gases towards the outlet mouth takes place. - a main body comprising a filtration chamber which extends along said axis (X-X) and an outlet mouth formed at the axis (X-X); - a filter group, which extends along the axis (X-X) having a hollow cylindrical shape comprising a central chamber, wherein the filter group is housed in said filtration chamber and can be traversed radially by the blow-by gases, preferably from the outside to the inside; - a motor group operatively connected to the filter group to control it in rotation around the axis (X-X), wherein the motor group comprises a rotor and a stator; - a support and control shaft, in the form of a hollow body extending along the axis (X-X) comprising a motor portion on which the rotor is housed and a filter portion on which the filter group is housed, wherein the rotor and the filter group are mounted integrally with the shaft respectively to the motor portion and to the filter portion in such a way that a rotation of the shaft and therefore of the filter group corresponds to a controlled rotation of the rotor;