mhurhangee/patent-ind-claim-en huggingface dataset:
A skin pigmentation treatment system comprising: a cooling applicator for contacting a skin of a patient; a cooling arrangement thermally coupled with the cooling applicator; a controller operably coupled with the cooling arrangement, the controller configured to control the cooling arrangement to provide a cooling treatment cycle, the cooling treatment cycle including: pre-cooling of the cooling applicator to a pre-treatment temperature of -10°C to -20°C prior to contact with the skin of the patient; receiving a signal that the cooling applicator is placed against a target skin tissue of the patient; cooling of the cooling applicator toward the pre-treatment temperature for a first duration of time to pre-condition the skin to freeze; and after the first duration of time and while the cooling applicator is held against the target skin tissue, adjustment of the temperature of the cooling applicator toward a treatment temperature that is higher than the pre-treatment temperature and below 0°C for a second duration of time that is longer than the first duration of time to freeze the target skin tissue. a cooling applicator for contacting a skin of a patient; a cooling arrangement thermally coupled with the cooling applicator; a controller operably coupled with the cooling arrangement, the controller configured to control the cooling arrangement to provide a cooling treatment cycle, the cooling treatment cycle including: pre-cooling of the cooling applicator to a pre-treatment temperature of -10°C to -20°C prior to contact with the skin of the patient; receiving a signal that the cooling applicator is placed against a target skin tissue of the patient; cooling of the cooling applicator toward the pre-treatment temperature for a first duration of time to pre-condition the skin to freeze; and after the first duration of time and while the cooling applicator is held against the target skin tissue, adjustment of the temperature of the cooling applicator toward a treatment temperature that is higher than the pre-treatment temperature and below 0°C for a second duration of time that is longer than the first duration of time to freeze the target skin tissue. pre-cooling of the cooling applicator to a pre-treatment temperature of -10°C to -20°C prior to contact with the skin of the patient; receiving a signal that the cooling applicator is placed against a target skin tissue of the patient; cooling of the cooling applicator toward the pre-treatment temperature for a first duration of time to pre-condition the skin to freeze; and after the first duration of time and while the cooling applicator is held against the target skin tissue, adjustment of the temperature of the cooling applicator toward a treatment temperature that is higher than the pre-treatment temperature and below 0°C for a second duration of time that is longer than the first duration of time to freeze the target skin tissue.
A device for treating a mammalian eye having an eyelid , comprising: a scleral shield positionable proximate an inner surface of an eyelid , the scleral shield including a reflective material adapted to reflect light energy; an energy transducer having a device adapted to emit light energy to the reflective material at one or more wavelengths; a housing , wherein the shield and the energy transducer are mechanically coupled to the housing ; characterised in that : the energy transducer is positionable outside of the eyelid, so that, in use, the eyelid is positioned between the energy transducer and the scleral shield , the energy transducer emitting the light energy toward the shield such that the reflective material reflects the light energy. a scleral shield positionable proximate an inner surface of an eyelid , the scleral shield including a reflective material adapted to reflect light energy; an energy transducer having a device adapted to emit light energy to the reflective material at one or more wavelengths; a housing , wherein the shield and the energy transducer are mechanically coupled to the housing ; characterised in that : the energy transducer is positionable outside of the eyelid, so that, in use, the eyelid is positioned between the energy transducer and the scleral shield , the energy transducer emitting the light energy toward the shield such that the reflective material reflects the light energy.
A method performed by an access point for managing orthogonal frequency-division multiple access, OFDMA, resources in a wireless local area network, WLAN, the method comprising: determining a plurality of transmission resources for OFDMA communications of a plurality of stations, STAs, in the WLAN, wherein the determining includes allocating a plurality of subcarriers to the STAs; and signaling the determined transmission resources to the STAs, wherein the transmission resources for OFDMA communications allow simultaneous transmissions of the STAs in the WLAN; wherein the signaling is piggybacked in an OFDMA sub-header of a media access control, MAC, header of a MAC data frame, and the OFDMA sub-header is dedicated as an OFDMA control field. determining a plurality of transmission resources for OFDMA communications of a plurality of stations, STAs, in the WLAN, wherein the determining includes allocating a plurality of subcarriers to the STAs; and signaling the determined transmission resources to the STAs, wherein the transmission resources for OFDMA communications allow simultaneous transmissions of the STAs in the WLAN; wherein the signaling is piggybacked in an OFDMA sub-header of a media access control, MAC, header of a MAC data frame, and the OFDMA sub-header is dedicated as an OFDMA control field.
A labeled nucleotide analog comprising: a first avidin protein having four subunits, each subunit comprising one biotin binding site; a first nucleotide compound, bound to the first avidin protein, the first nucleotide compound comprising a polyphosphate element, a nucleoside element, an optional multivalent central core element, a terminal coupling element, a nucleotide linker element, wherein the nucleotide linker element comprises an affinity modulating element; and a first dye-labeled compound, bound to the first avidin protein, wherein the first dye-labeled compound is a compound of structural formula (IIIG): wherein each L' is independently a dye compound linker element; each S is independently a shield element; each Dye is independently either an acceptor dye or a donor dye; each B" is independently a terminal coupling element; each p is independently 0 or 1; each r" is independently an integer from 0 to 8; s is an integer from 1 to 6; and t is 0 or 1; wherein p, r" and s are such that the compound comprises at least one shield element, at least one acceptor dye, and at least one donor dye. a first avidin protein having four subunits, each subunit comprising one biotin binding site; a first nucleotide compound, bound to the first avidin protein, the first nucleotide compound comprising a polyphosphate element, a nucleoside element, an optional multivalent central core element, a terminal coupling element, a nucleotide linker element, wherein the nucleotide linker element comprises an affinity modulating element; and a first dye-labeled compound, bound to the first avidin protein, wherein the first dye-labeled compound is a compound of structural formula (IIIG): wherein each L' is independently a dye compound linker element; each S is independently a shield element; each Dye is independently either an acceptor dye or a donor dye; each B" is independently a terminal coupling element; each p is independently 0 or 1; each r" is independently an integer from 0 to 8; s is an integer from 1 to 6; and t is 0 or 1; each L' is independently a dye compound linker element; each S is independently a shield element; each Dye is independently either an acceptor dye or a donor dye; each B" is independently a terminal coupling element; each p is independently 0 or 1; each r" is independently an integer from 0 to 8; s is an integer from 1 to 6; and t is 0 or 1;
A delivery device for delivering a stented prosthetic heart valve including a valve structure carried by a stent frame configured to self-expand from a collapsed condition to a normal, expanded condition, the delivery device comprising: an inner shaft forming a lumen; a spindle associated with the inner shaft; and a covering feature associated with the spindle for selectively covering at least a portion of a stented prosthetic heart valve in a delivery state; wherein the covering feature includes a tip mounted to the spindle, wherein the tip defines a tip region , a transition region and an overhang region , and further wherein the overhang region is configured to cover a distal portion of the stented prosthetic heart valve in the delivery state, wherein the overhang region extends proximally from the transition region in a normal arrangement of the tip, and wherein the tip is configured to be transitionable from the normal arrangement to an inverted arrangement in which the overhang region extends distally over the transition region.
A neutron beam generating device comprising: a supporting base ; an outer shell surrounding a rotating axis (A), rotatably engaging the supporting base , and having a first opening ; a target material disposed in the outer shell ; and a first pipe extending from the first opening of the outer shell along the rotating axis (A) to the target material and being configured to transmit an ion beam (I) to bombard the target material to generate a neutron beam (N); wherein the outer shell has a passage arranged along a first direction (D) with the target material and configured for the neutron beam (N) to pass through and leave the outer shell , and the first direction (D) intersects the rotating axis (A), characterized in that the neutron beam generating device comprises a second pipe and a rotating joint connected between and communicating the first and second pipes (13 and 17) and configured so that the first and second pipes (13 and 17) are relatively rotated based on the rotating axis (A). a supporting base ; an outer shell surrounding a rotating axis (A), rotatably engaging the supporting base , and having a first opening ; a target material disposed in the outer shell ; and a first pipe extending from the first opening of the outer shell along the rotating axis (A) to the target material and being configured to transmit an ion beam (I) to bombard the target material to generate a neutron beam (N); wherein the outer shell has a passage arranged along a first direction (D) with the target material and configured for the neutron beam (N) to pass through and leave the outer shell , and the first direction (D) intersects the rotating axis (A), characterized in that the neutron beam generating device comprises a second pipe and a rotating joint connected between and communicating the first and second pipes (13 and 17) and configured so that the first and second pipes (13 and 17) are relatively rotated based on the rotating axis (A).
A drum assembly for a juicer, comprising: a drum body having a juice discharge port and at least one pulp discharge port ; and a pulp discharge adjusting apparatus mounted on the pulp discharge port to adjust an amount of pulp discharge wherein the pulp discharge adjusting apparatus comprises: a discharge resistance exerting member installed in the pulp discharge port to exert a discharge resistance on a pulp being discharged through the pulp discharge port , and having an elastically deformable portion which is elastically deformable by pressing of the pulp being discharged; and a discharge resistance adjusting member operated by a user to adjust the discharge resistance, and a connecting member coupled with the discharge resistance exerting member and the discharge resistance adjusting member , respectively, and guiding a movement of the discharge resistance adjusting member during adjustment of the discharge resistance; characterized in that the connecting member is attachable to or detachable from the pulp discharge port in a state of being coupled with the discharge resistance exerting member and the discharge resistance adjusting member . a drum body having a juice discharge port and at least one pulp discharge port ; and a pulp discharge adjusting apparatus mounted on the pulp discharge port to adjust an amount of pulp discharge wherein the pulp discharge adjusting apparatus comprises: a discharge resistance exerting member installed in the pulp discharge port to exert a discharge resistance on a pulp being discharged through the pulp discharge port , and having an elastically deformable portion which is elastically deformable by pressing of the pulp being discharged; and a discharge resistance adjusting member operated by a user to adjust the discharge resistance, and a connecting member coupled with the discharge resistance exerting member and the discharge resistance adjusting member , respectively, and guiding a movement of the discharge resistance adjusting member during adjustment of the discharge resistance; characterized in that the connecting member is attachable to or detachable from the pulp discharge port in a state of being coupled with the discharge resistance exerting member and the discharge resistance adjusting member . a discharge resistance exerting member installed in the pulp discharge port to exert a discharge resistance on a pulp being discharged through the pulp discharge port , and having an elastically deformable portion which is elastically deformable by pressing of the pulp being discharged; and a discharge resistance adjusting member operated by a user to adjust the discharge resistance, and a connecting member coupled with the discharge resistance exerting member and the discharge resistance adjusting member , respectively, and guiding a movement of the discharge resistance adjusting member during adjustment of the discharge resistance; characterized in that the connecting member is attachable to or detachable from the pulp discharge port in a state of being coupled with the discharge resistance exerting member and the discharge resistance adjusting member .
A method for storing and retrieving data on a magnetic tape including a data area divided sequentially along the length of the magnetic tape into a plurality of sections to provide a predetermined number of sections associated with the magnetic tape, each section having a plurality of partitions arranged across the width of the magnetic tape, such that each partition is contained within only one section and extends substantially entirely across the length of its containing section, said magnetic tape being accessed by a tape drive having an associated tape drive processor in communication with a host computer having an associated host processor, the method comprising: reading or writing data in at least one partition within a logical volume having an associated number of sections designated by the host computer from the predetermined number of sections associated with the magnetic tape; and receiving by the tape drive a mask from the host computer that designates writable partitions on the magnetic tape, wherein writing data includes writing data only to partitions designated by the mask received from the host computer. reading or writing data in at least one partition within a logical volume having an associated number of sections designated by the host computer from the predetermined number of sections associated with the magnetic tape; and receiving by the tape drive a mask from the host computer that designates writable partitions on the magnetic tape, wherein writing data includes writing data only to partitions designated by the mask received from the host computer.
A method of measuring rinse properties of a composition from a surface of the human body, comprising the steps of: i) providing a cosmetic treatment composition; ii) applying the composition of (i) to the surface; iii) rinsing the surface with water; iv) collecting the rinse water; v) optionally repeating steps iii) - iv); and vi) measuring the turbidity of the collected rinse water; until constant turbidity is reached; characterized in that the method further comprises: repeating steps (i) to (vi) for a second treatment composition and comparing the rinse properties of the first and second treatment compositions to determine the relative rate of rinsing of the first and second treatment compositions. i) providing a cosmetic treatment composition; ii) applying the composition of (i) to the surface; iii) rinsing the surface with water; iv) collecting the rinse water; v) optionally repeating steps iii) - iv); and vi) measuring the turbidity of the collected rinse water; until constant turbidity is reached; characterized in that the method further comprises: repeating steps (i) to (vi) for a second treatment composition and comparing the rinse properties of the first and second treatment compositions to determine the relative rate of rinsing of the first and second treatment compositions.
Contact device having a plurality of contact elements for the electrically conductive connection of components, wherein each of the contact elements constitute an outer conductor of the contact device and two points of contact , wherein the points of contact are provided for making contact with contact-making regions of the components, wherein each of the contact elements has a first section which connects the points of contact electrically and which is at least partly in the form of a resilient tongue, interconnecting electrically the two points of contact of the outer conductor of the contact device, respectively, wherein each of the contact elements constitutes a second section formed at least partly by a common conductor and interconnecting electrically the points of contact , wherein the path of connection formed by the second sections being shorter than that formed by the first sections, wherein the contact elements are arranged such that their first sections surround their second sections annularly.
A self-sustainable substantially tubular shaped tag structure (1.3; 1.5), constituted directly and solely by a flexible and substantially flat inlay comprising a substrate and at least one antenna , the inlay being bent and opposite sides of the inlay being attached to each other by a seam to close the tag structure (1.3; 1.5).
An inkjet recording device having a nozzle configured to apply print onto a printing medium by discharging ink, the nozzle mounted on a print head that houses therein a deflection electrode for deflecting the discharged ink by means of an electrostatic force, the device characterized by comprising: an ink suction unit that sucks in floating ink by means of the electrostatic force, wherein the ink suction unit is provided inside the print head . an ink suction unit that sucks in floating ink by means of the electrostatic force, wherein the ink suction unit is provided inside the print head .
Machine (M) for working at least one panel (P), in wood, plastic, metal, fiberglass, glass and the like, comprising a working unit of said at least one panel (P), having a thickness (d), receiving on entry said at least one panel (P), and providing on exit a panel (P') comprising a plurality of portions (P' 1 , P' 2 , ..., P' n ), wherein said panel (P) has been divided according to a predetermined pieces pattern; a logic control unit (U), operationally connected with said working unit and provided with a program for controlling said working unit , wherein said working unit comprises at least one first saw having a radius ( r ), characterized in that said logic control unit (U) is configured for receiving the following input parameters: said predetermined pieces pattern, said thickness (d) of said panel (P), said radius ( r ) of said first saw ; and calculating a cuttings pattern in order to obtain waste portions (S) and reusable portions (R) in function of said input parameters. a working unit of said at least one panel (P), having a thickness (d), receiving on entry said at least one panel (P), and providing on exit a panel (P') comprising a plurality of portions (P' 1 , P' 2 , ..., P' n ), wherein said panel (P) has been divided according to a predetermined pieces pattern; a logic control unit (U), operationally connected with said working unit and provided with a program for controlling said working unit , wherein said working unit comprises at least one first saw having a radius ( r ), characterized in that said logic control unit (U) is configured for receiving the following input parameters: said predetermined pieces pattern, said thickness (d) of said panel (P), said radius ( r ) of said first saw ; and calculating a cuttings pattern in order to obtain waste portions (S) and reusable portions (R) in function of said input parameters. said predetermined pieces pattern, said thickness (d) of said panel (P), said radius ( r ) of said first saw ; and calculating a cuttings pattern in order to obtain waste portions (S) and reusable portions (R) in function of said input parameters.
A process comprising: contacting an impure propylene oxide stream with an isomerization catalyst under isomerization conditions sufficient to form an isomerization product stream comprising allyl alcohol, wherein the propylene oxide stream comprises a total impurity concentration of at least 100 ppm; recovering allyl alcohol from the isomerization product stream. wherein the propylene oxide stream contacts the isomerization catalyst within an isomerization reactor and the recovering comprises: introducing the isomerization product stream into a first column adapted to separate methanol from allyl alcohol and form a first overhead stream comprising methanol and propylene oxide and a first bottoms stream comprising allyl alcohol; transferring the first overhead stream to a second column adapted to separate methanol from propylene oxide and form a second overhead stream comprising propylene oxide and a second bottoms stream comprising methanol; and transferring the second overhead stream to the isomerization reactor. contacting an impure propylene oxide stream with an isomerization catalyst under isomerization conditions sufficient to form an isomerization product stream comprising allyl alcohol, wherein the propylene oxide stream comprises a total impurity concentration of at least 100 ppm; recovering allyl alcohol from the isomerization product stream. introducing the isomerization product stream into a first column adapted to separate methanol from allyl alcohol and form a first overhead stream comprising methanol and propylene oxide and a first bottoms stream comprising allyl alcohol; transferring the first overhead stream to a second column adapted to separate methanol from propylene oxide and form a second overhead stream comprising propylene oxide and a second bottoms stream comprising methanol; and transferring the second overhead stream to the isomerization reactor.