mhurhangee/patent-ind-claim-en huggingface dataset:
A self-calibrating fire sensing device , comprising: an adjustable particle generator and a variable airflow generator configured to generate aerosol having a particular particle size and optical scatter properties at a controllable density level; a first transmitter light-emitting diode, LED, (105-1, 205-1) configured to emit a first light that passes through the aerosol; a second transmitter LED (105-2, 205-2) configured to emit a second light that passes through the aerosol; a photodiode (106-1, 206) configured to: detect a scatter level of the first light that passes through the aerosol; and detect a scatter level of the second light that passes through the aerosol; and a controller configured to calibrate a gain of the photodiode based on the detected scatter level of the first light, the detected scatter level of the second light, and the controllable aerosol density level. an adjustable particle generator and a variable airflow generator configured to generate aerosol having a particular particle size and optical scatter properties at a controllable density level; a first transmitter light-emitting diode, LED, (105-1, 205-1) configured to emit a first light that passes through the aerosol; a second transmitter LED (105-2, 205-2) configured to emit a second light that passes through the aerosol; a photodiode (106-1, 206) configured to: detect a scatter level of the first light that passes through the aerosol; and detect a scatter level of the second light that passes through the aerosol; and detect a scatter level of the first light that passes through the aerosol; and detect a scatter level of the second light that passes through the aerosol; and a controller configured to calibrate a gain of the photodiode based on the detected scatter level of the first light, the detected scatter level of the second light, and the controllable aerosol density level.
Device for assembling a motor fan unit, in particular for a motor vehicle, comprising a support housing for the said unit, the said housing comprising at least one opening provided with a movable flap , the movable flap being configured to control a passage of air through the opening of the housing , between a closed position in which the flap prevents the passage of air and an open position in which the flap allows the air to pass, the movable flap being mounted on the housing by means of one or more connection means that acts as a hinge, the said device being configured such that the movable flap is mounted on the housing by an operation of snap-fitting into the or each one of the said connection means , characterized in that the connection means is/are arranged essentially in the middle of an upper side of the opening .
A method of fixing extracellular vesicles, said method comprising: providing a sample containing extracellular vesicles and contacting the sample with a non-reversible cross-linking agent under conditions effective to fix the extracellular vesicles. providing a sample containing extracellular vesicles and contacting the sample with a non-reversible cross-linking agent under conditions effective to fix the extracellular vesicles.
A network component configured to: - providing an analog communication service to at least one customer premises equipment via a subscriber line ; and - setting at least one electrical parameter of the analog communication service based on a criterion of the subscriber line , wherein the electrical parameter is based on at least one coefficient of a digital signal processor, wherein the setting of the at least one electrical parameter is for reducing or preventing disturbance of the communication by modifying analog signaling towards the customer premises equipment ; - wherein the network component is a multi-service-access-node or at least a component thereof; - wherein the network component comprises a subscriber line test component for determining the criterion of the subscriber line , - wherein the at least one coefficient is used to generate an analog signal for the analog communication service, - wherein the network component is further configured to provide at least one digital service to the at least one customer premises equipment via the subscriber line . - providing an analog communication service to at least one customer premises equipment via a subscriber line ; and - setting at least one electrical parameter of the analog communication service based on a criterion of the subscriber line , wherein the electrical parameter is based on at least one coefficient of a digital signal processor, wherein the setting of the at least one electrical parameter is for reducing or preventing disturbance of the communication by modifying analog signaling towards the customer premises equipment ; - wherein the network component is a multi-service-access-node or at least a component thereof; - wherein the network component comprises a subscriber line test component for determining the criterion of the subscriber line , - wherein the at least one coefficient is used to generate an analog signal for the analog communication service, - wherein the network component is further configured to provide at least one digital service to the at least one customer premises equipment via the subscriber line .
A method for transmitting an information signal on a radio channel using at least two hybrid automatic retransmission request, HARQ, codewords, comprising: mapping said HARQ codewords , one for each HARQ process available for simultaneous transmission, onto a first number of layers to generate said information signal having a first transmission rank equal to the first number of layers, wherein at least one of said HARQ codewords is mapped to at least two layers and comprises a block of information bits; initially transmitting said information signal on said radio channel; and retransmitting said block of information bits comprised in said one of the HARQ codewords, with a second transmission rank on said radio channel, wherein the second transmission rank is at least two and less than the first transmission rank, using one of said HARQ processes, the retransmitting comprising: generating one retransmission codeword based on said block of information bits; mapping said retransmission codeword to a second number of layers; and transmitting said retransmission codeword at said second transmission rank equal to the second number of layers, wherein the second number of layers is the same number of layers to which said one of the HARQ codewords was mapped to in the initial transmission, and wherein the layers are symbol streams which are input in parallel to a precoder. mapping said HARQ codewords , one for each HARQ process available for simultaneous transmission, onto a first number of layers to generate said information signal having a first transmission rank equal to the first number of layers, wherein at least one of said HARQ codewords is mapped to at least two layers and comprises a block of information bits; initially transmitting said information signal on said radio channel; and retransmitting said block of information bits comprised in said one of the HARQ codewords, with a second transmission rank on said radio channel, wherein the second transmission rank is at least two and less than the first transmission rank, using one of said HARQ processes, the retransmitting comprising: generating one retransmission codeword based on said block of information bits; mapping said retransmission codeword to a second number of layers; and transmitting said retransmission codeword at said second transmission rank equal to the second number of layers, wherein the second number of layers is the same number of layers to which said one of the HARQ codewords was mapped to in the initial transmission, and wherein the layers are symbol streams which are input in parallel to a precoder. generating one retransmission codeword based on said block of information bits; mapping said retransmission codeword to a second number of layers; and transmitting said retransmission codeword at said second transmission rank equal to the second number of layers, wherein the second number of layers is the same number of layers to which said one of the HARQ codewords was mapped to in the initial transmission, and wherein the layers are symbol streams which are input in parallel to a precoder.
A device for dispensing a drug, the device comprising: a case ; a spreader for spreading a drug on the skin, the spreader extending out of the case ; a container for the drug, the container disposed within the case and including a pump configured to be actuated to deliver the drug to the spreader ; and a lock within the case , the lock configured to prevent actuation of the pump when the pump has been actuated to a numerical limit of the lock , wherein the lock includes a dose counter part coupled to the spreader , the dose counter part includes a visual indicator that is visible through an aperture in the case , the dose counter part rotates with axial movement of the spreader into the case , and the rotation of the dose counter part moves the visual indicator within the aperture , wherein the lock includes a ratcheting part operatively coupled to the dose counter part , the ratcheting part rotates with axial movement of the spreader into the case , and the rotation of the ratcheting part rotates the dose counter part , characterised in that the spreader includes a plurality of spreader teeth , the spreader teeth rotate the ratcheting part with axial movement of the spreader into the case . a case ; a spreader for spreading a drug on the skin, the spreader extending out of the case ; a container for the drug, the container disposed within the case and including a pump configured to be actuated to deliver the drug to the spreader ; and a lock within the case , the lock configured to prevent actuation of the pump when the pump has been actuated to a numerical limit of the lock , wherein the lock includes a dose counter part coupled to the spreader , the dose counter part includes a visual indicator that is visible through an aperture in the case , the dose counter part rotates with axial movement of the spreader into the case , and the rotation of the dose counter part moves the visual indicator within the aperture , wherein the lock includes a ratcheting part operatively coupled to the dose counter part , the ratcheting part rotates with axial movement of the spreader into the case , and the rotation of the ratcheting part rotates the dose counter part , characterised in that the spreader includes a plurality of spreader teeth , the spreader teeth rotate the ratcheting part with axial movement of the spreader into the case .
A method of grounding a plurality of electrical members for protection against at least one of EMI, RFI or ESD, comprising: removing a section of an outer insulation sheath (28; 128) from each of the electrical members to form exposed regions (30; 130) on each of the electrical members; characterised in that the method further comprises: placing an interlaced wall (14; 114) of conductive filaments over the exposed regions to bring the interlaced wall into electrical communication with the electrical members; and operably coupling the interlaced wall in electrical communication with the electrical members. removing a section of an outer insulation sheath (28; 128) from each of the electrical members to form exposed regions (30; 130) on each of the electrical members; characterised in that the method further comprises: placing an interlaced wall (14; 114) of conductive filaments over the exposed regions to bring the interlaced wall into electrical communication with the electrical members; and operably coupling the interlaced wall in electrical communication with the electrical members. placing an interlaced wall (14; 114) of conductive filaments over the exposed regions to bring the interlaced wall into electrical communication with the electrical members; and operably coupling the interlaced wall in electrical communication with the electrical members.
A composition for use in a method of treating allergy in a subject by inducing tolerance comprising reducing, delaying or inhibiting the proliferation or activity of CD4+ T cells, CD8+ T cells and/or B cells, and inducing FoxP3 expression, the composition comprising polymeric nanocarriers coupled to: (a) rapamycin or a rapamycin analog; and (b) MHC Class II-restricted epitopes of an allergen; wherein the loads of: (i) the rapamycin or rapamycin analog; and (ii) the epitopes, on average across the nanocarriers, are each between 1% and 10% (weight/weight); wherein the nanocarriers comprise PLA-PEG and PLGA; and wherein the composition comprises substantially no B cell epitopes of the allergen. wherein the loads of: (i) the rapamycin or rapamycin analog; and (ii) the epitopes, on average across the nanocarriers, are each between 1% and 10% (weight/weight); wherein the nanocarriers comprise PLA-PEG and PLGA; and wherein the composition comprises substantially no B cell epitopes of the allergen.
An apparatus for transferring chips (100-100'-100") from a first position to at least a second position, the apparatus comprising: at least one rotatable transfer assembly comprising at least two transfer heads (120(a-h)), each transfer head structured for picking up a chip in the first position, and for positioning the chip in the at least second position through rotation of the at least one rotatable transfer assembly about an axis of rotation ; a transfer assembly actuator for driving the rotatable transfer assembly together with the at least two transfer heads about the axis of rotation; as well as at least a first transfer head actuator (140(a-h)) structured for actuating at least one transfer head in a radial direction relative to the axis of rotation, the at least first transfer head actuator being mounted to the rotatable transfer assembly actuator and comprising an actuator element (142(a-h)) coupled to the at least one transfer head, the actuator element structured to be actuated in the direction of the axis of rotation relative to the rotatable transfer assembly actuator. at least one rotatable transfer assembly comprising at least two transfer heads (120(a-h)), each transfer head structured for picking up a chip in the first position, and for positioning the chip in the at least second position through rotation of the at least one rotatable transfer assembly about an axis of rotation ; a transfer assembly actuator for driving the rotatable transfer assembly together with the at least two transfer heads about the axis of rotation; as well as at least a first transfer head actuator (140(a-h)) structured for actuating at least one transfer head in a radial direction relative to the axis of rotation, the at least first transfer head actuator being mounted to the rotatable transfer assembly actuator and comprising an actuator element (142(a-h)) coupled to the at least one transfer head, the actuator element structured to be actuated in the direction of the axis of rotation relative to the rotatable transfer assembly actuator.
A metallic decorative member comprising a metal vapor deposited film having a metal vapor deposited layer on a transparent base material, the transparent base material being disposed so as to face toward the outer layer side, wherein the transparent base material is a transparent resin base material containing rubber particles and a binder resin; the metal vapor deposited layer has island portions composed of a metal and sea portions positioning between the island portions; and an area A per island portion is 4,400 to 56,000 nm 2 (as measured according to the description).
An information processing program that when executed by an information processing apparatus, causes the information processing apparatus to execute a process, the process comprising: receiving (S22) input of a distribution destination for a document; retaining an image in a retention unit in correspondence with information on the distribution destination received and information on a retention start time point, the image representing the document; acquiring (S24) information on an image retention period corresponding to the distribution destination; and deleting (S28) the image retained in the retention unit from the retention unit after the image retention period acquired by the acquiring for the corresponding distribution destination has elapsed since the corresponding retention start time point, wherein the deleting includes regularly determining whether or not to delete the image from the retention unit, and setting intervals of execution of the regular determination to be shorter as a remaining capacity of the retention unit is smaller. receiving (S22) input of a distribution destination for a document; retaining an image in a retention unit in correspondence with information on the distribution destination received and information on a retention start time point, the image representing the document; acquiring (S24) information on an image retention period corresponding to the distribution destination; and deleting (S28) the image retained in the retention unit from the retention unit after the image retention period acquired by the acquiring for the corresponding distribution destination has elapsed since the corresponding retention start time point, wherein the deleting includes regularly determining whether or not to delete the image from the retention unit, and setting intervals of execution of the regular determination to be shorter as a remaining capacity of the retention unit is smaller.
Gemstone made of natural or synthetic material, such as notably a faceted diamond, comprising a visible frontal part known as the crown and a dorsal part that is at least partially hidden when the stone is mounted on a mount, said dorsal part being known as the pavilion and being separated from the crown by an intermediate part between said crown and said pavilion and known as the girdle , said gemstone comprising metallic securing means designed to allow it to be secured to said mount, said metallic securing means comprising a connecting zone located on said pavilion , said connecting zone being located on part or the entirety of a limited-width peripheral sector of said pavilion in which sector the rays (R3) incident upon the crown entering the stone by an air/stone interface are either reflected by a first pavilion/air interface at a point on the pavilion that is lower down than said connecting zone or totally reflected by said first pavilion/air interface of said stone in the peripheral sector comprising said connecting zone and are refracted to outside said stone at the rear of said pavilion , through at least a second pavilion/air interface of said stone , characterized in that said peripheral sector comprises a band extending over 360° around the pavilion and covering a zone corresponding at least approximately to around 20 to 35% of the surface area of said pavilion .
A stretchable laminate , comprising: an elastomer layer ; and a non-woven fabric layer arranged on at least one side of the elastomer layer , the stretchable laminate including an elastic lane portion and a rigid lane portion , the rigid lane portion requiring a strength of from 1 N/20 mm to 7 N/20 mm for obtaining a 5% deformation amount, the strength being determined according to the method outlined in the description, wherein the rigid lane portion comprises an end portion of the stretchable laminate , wherein the rigid lane portion has a length from the end portion of the stretchable laminate of from 5 mm to 30 mm, wherein the stretchable laminate further comprises a hot-melt pressure-sensitive adhesive between the elastomer layer and the non-woven fabric layer , wherein the hot-melt pressure-sensitive adhesive in the rigid lane portion contains an olefin-based polymer, wherein the hot-melt pressure-sensitive adhesive in the elastic lane portion contains a styrene-based polymer, and wherein the elastomer layer contains a styrene-based elastomer. an elastomer layer ; and a non-woven fabric layer arranged on at least one side of the elastomer layer , the stretchable laminate including an elastic lane portion and a rigid lane portion , the rigid lane portion requiring a strength of from 1 N/20 mm to 7 N/20 mm for obtaining a 5% deformation amount, the strength being determined according to the method outlined in the description, wherein the rigid lane portion comprises an end portion of the stretchable laminate , wherein the rigid lane portion has a length from the end portion of the stretchable laminate of from 5 mm to 30 mm, wherein the stretchable laminate further comprises a hot-melt pressure-sensitive adhesive between the elastomer layer and the non-woven fabric layer , wherein the hot-melt pressure-sensitive adhesive in the rigid lane portion contains an olefin-based polymer, wherein the hot-melt pressure-sensitive adhesive in the elastic lane portion contains a styrene-based polymer, and wherein the elastomer layer contains a styrene-based elastomer.
A thermostat assembly comprising a mounting frame , a spring , a valve structure , a ball , a sealing element and a thermo-actuator and, characterized by ; in order to allow air pockets accumulated within radiator channels to pass through thermostat assembly at fully closed thermostat position; mentioned thermostat assembly comprises an air venting mechanism including - a ball nest (30.2) hole formed on side wall of mentioned valve structure , in which mentioned ball is locked within mentioned ball nest (30.2) hole by fastening of thermo-actuator within the valve structure - an air discharge path (X) formed on inner top side wall of said valve structure for completing connection between said ball nest (30.2) hole and radiator channels at fully closed thermostat position. - a ball nest (30.2) hole formed on side wall of mentioned valve structure , in which mentioned ball is locked within mentioned ball nest (30.2) hole by fastening of thermo-actuator within the valve structure - an air discharge path (X) formed on inner top side wall of said valve structure for completing connection between said ball nest (30.2) hole and radiator channels at fully closed thermostat position.
A composition comprising: a polysaccharide derivative, wherein the polysaccharide derivative comprises a polysaccharide substituted with a) at least one hydrophobic group; and b) at least one hydrophilic group; wherein the polysaccharide is poly alpha-1,3-glucan, poly alpha-1,6-glucan, or poly alph-1,3-1,6-glucan. a) at least one hydrophobic group; and b) at least one hydrophilic group;
A refrigerator comprising a heat insulation box formed by combining a plurality of divided heat insulation walls each of which has a heat insulation member therein, into a box shape, wherein adjacent divided heat insulation walls are butted against each other, the heat insulation box defining a storage compartment therein, the refrigerator comprising: a fixture provided at a corner formed by the two adjacent divided heat insulation walls in the heat insulation box so as to be located at the storage compartment side of the divided heat insulation walls to connect and fix the two divided heat insulation walls ; characterized in that a corner heat insulation member is provided at the corner so as to be located at the storage compartment side of the divided heat insulation walls , wherein the corner heat insulation member is covered with the fixture . a fixture provided at a corner formed by the two adjacent divided heat insulation walls in the heat insulation box so as to be located at the storage compartment side of the divided heat insulation walls to connect and fix the two divided heat insulation walls ; characterized in that a corner heat insulation member is provided at the corner so as to be located at the storage compartment side of the divided heat insulation walls , wherein the corner heat insulation member is covered with the fixture .