mhurhangee/patent-ind-claim-en huggingface dataset:
Rigid structure comprising at least one space delimited in part by two mutually opposite walls referred to as the lower wall and upper wall and two mutually opposite walls referred to as side walls which each connects the lower wall and upper wall so as to define a hollow chamber , wherein at least one reinforcing element is interposed between the walls , the reinforcing element is formed of two separate parts , - each of said parts (30; 40), referred to as reinforcing parts, comprising: - a bearing surface (31; 41) facing one of the walls (11; 12), - a contact surface (32; 42) at which the two parts are in mutual contact, - at least one wall referred to as a vertical wall (34a; 44a) extending substantially orthogonally to the bearing surface (31; 41), comprising an edge opposite the bearing surface (31; 41) that forms the inclined surface (32; 42) - the contact surfaces being inclined with respect to the bearing surfaces such that when the reinforcing parts are brought closer together by sliding along the contact surfaces , this causes them to move relative to one another in the direction of the walls , so as to ensure that the bearing surfaces come into contact with the walls said rigid structure being characterized in that it comprises at least one through-orifice disposed in a side wall connecting the lower wall and upper wall and delimiting in part said space , and opening onto a surface of one of the vertical walls of the reinforcing element , in which a fixing means, fixing at least one of the reinforcing parts to the side wall , is situated. - each of said parts (30; 40), referred to as reinforcing parts, comprising: - a bearing surface (31; 41) facing one of the walls (11; 12), - a contact surface (32; 42) at which the two parts are in mutual contact, - at least one wall referred to as a vertical wall (34a; 44a) extending substantially orthogonally to the bearing surface (31; 41), comprising an edge opposite the bearing surface (31; 41) that forms the inclined surface (32; 42) - a bearing surface (31; 41) facing one of the walls (11; 12), - a contact surface (32; 42) at which the two parts are in mutual contact, - at least one wall referred to as a vertical wall (34a; 44a) extending substantially orthogonally to the bearing surface (31; 41), comprising an edge opposite the bearing surface (31; 41) that forms the inclined surface (32; 42) - the contact surfaces being inclined with respect to the bearing surfaces such that when the reinforcing parts are brought closer together by sliding along the contact surfaces , this causes them to move relative to one another in the direction of the walls , so as to ensure that the bearing surfaces come into contact with the walls said rigid structure being characterized in that
A control system for a blood treatment apparatus that comprises a fluid supply unit and is configured for installation of a dialyzer and a line set to define a first flow circuit (C1) for conducting a fluid provided by the fluid supply unit through the dialyzer and back to the fluid supply unit , and to define a second flow circuit (C2) which is separated from the first flow circuit (C1) by a semi-permeable membrane of the dialyzer and comprises return and withdrawal lines (24', 24") for connection to a vascular system of a subject (S) during a blood treatment session, said control system being configured to, subsequent to a termination of the blood treatment session: instruct an operator to connect the second flow circuit (C2) to a first port of a container that holds a human-compatible fluid; operate the blood treatment apparatus to push remaining blood in the second flow circuit (C2) into the vascular system of the subject (S) through the return line while admitting the human-compatible fluid from the container into the second flow circuit (C2); instruct the operator to disconnect the return line from the vascular system of the subject (S) and re-arrange the second flow circuit (C2) to define a closed loop; and operate, in a draining phase, the blood treatment apparatus to draw residual liquid from the closed loop into the first flow circuit (C1) through the semi-permeable membrane of the dialyzer ; wherein the operator is instructed to re-arrange the second flow circuit (C2) by connecting the second flow circuit (C2) to a second port of the container so that the container is included in the closed loop. instruct an operator to connect the second flow circuit (C2) to a first port of a container that holds a human-compatible fluid; operate the blood treatment apparatus to push remaining blood in the second flow circuit (C2) into the vascular system of the subject (S) through the return line while admitting the human-compatible fluid from the container into the second flow circuit (C2); instruct the operator to disconnect the return line from the vascular system of the subject (S) and re-arrange the second flow circuit (C2) to define a closed loop; and operate, in a draining phase, the blood treatment apparatus to draw residual liquid from the closed loop into the first flow circuit (C1) through the semi-permeable membrane of the dialyzer ; wherein the operator is instructed to re-arrange the second flow circuit (C2) by connecting the second flow circuit (C2) to a second port of the container so that the container is included in the closed loop.
A method for controlling digital data transmission in a remote-reading installation comprising a plurality of metering devices , each metering device comprising a metering module and a radiofrequency module comprising a radiofrequency transmitter/receiver for communicating with a radiofrequency transmission/reception device of a gateway system of said installation , said method comprising a step of transmitting a digital signal (SIGN) from said radiofrequency module to said radiofrequency transmission/reception device and/or from said radiofrequency transmission/reception device to said radiofrequency module , said transmission being carried out via a carrier modulated by frequency shift modulation, said method being characterized in that said frequency shift modulation has a modulation index strictly equal to 0.5, and in that it comprises a step of receiving the signal (SIGN) transmitted according to said modulation and in that the received signal, transmitted according to said modulation, is used to drive a phase lock loop adapted to generate a synchronization signal(S CLK ) synchronized with the modulation, said synchronization signal (S CLK ) driving a detector designed to provide synchronous detection of the received signal by means of said synchronization signal.
A shaving blade cartridge comprising: - a housing extending along a longitudinal axis (X-X) having a top side and a bottom side opposite the top side , and first and second longitudinal sides each extending longitudinally along the longitudinal axis (X-X) between the top and bottom sides ; - a primary cutting blade mounted on the housing between the first and second longitudinal sides , and having a cutting edge ; - a primary cap , the primary cap being located rearward of the cutting edge ; - a trimming element mounted on the housing , the trimming element comprising a trimming edge (75, C), the trimming edge (75, C) and the cutting edge being opposite; - a trimming guard bar is provided on the housing , the trimming guard bar being forward of the trimming edge (75, C), the trimming guard bar comprising a trimming guard bar edge (91, D), the trimming guard bar being located on the first longitudinal side of the housing , characterized in that the trimming edge (75, C), the trimming guard bar edge (91, D) and a tangent to the trimming guard bar in the vicinity of the trimming guard bar edge (91, D) define a theoretical limit trimming curve (TLTC) which is concave viewed from the trimming guard bar , wherein the trimming guard bar is disposed behind the theoretical limit trimming curve (TLTC) toward the second longitudinal side and/or is disposed tangential to the theoretical limit trimming curve (TLTC) toward the second longitudinal side , such that the trimming guard bar does not project beyond the theoretical limit trimming curve (TLTC) in a direction opposite of the direction of the second longitudinal side , and wherein the trimming guard bar is provided with a curved external surface , the curved external surface being destined to face the skin of the user, wherein the curved external surface has a radius of curvature which is between 3 millimeters and 8 millimeters. - a housing extending along a longitudinal axis (X-X) having a top side and a bottom side opposite the top side , and first and second longitudinal sides each extending longitudinally along the longitudinal axis (X-X) between the top and bottom sides ; - a primary cutting blade mounted on the housing between the first and second longitudinal sides , and having a cutting edge ; - a primary cap , the primary cap being located rearward of the cutting edge ; - a trimming element mounted on the housing , the trimming element comprising a trimming edge (75, C), the trimming edge (75, C) and the cutting edge being opposite; - a trimming guard bar is provided on the housing , the trimming guard bar being forward of the trimming edge (75, C), the trimming guard bar comprising a trimming guard bar edge (91, D), the trimming guard bar being located on the first longitudinal side of the housing ,
A device for securing a dangerous area with a light curtain , comprising a number of transmitter-receiver pairs forming beam axes, each with a transmitter emitting light beams and a receiver receiving light beams , and an evaluation unit , in which a safety signal can be generated if at least one beam axis is interrupted, and having a muting control unit by means of which the light curtain can be muted in such a way that, during a muting time interval predetermined by a muting timer, a permissible object can pass through the light curtain without the latter generating the safety signal, characterized in that control means are provided by means of which a control signal can be generated by means of which the muting timer is stopped and by means of which a blanking pattern is initiated in the light curtain , which indicates the current status for all beam axes, whether these are interrupted or not, and in that subsequently a safety signal is generated in the light curtain if a deviation from the blanking pattern is registered for at least one beam axis.
Partly disposable system for a two component adhesive comprising a first disposable container, and a second disposable container, each container being capable of withstanding a pressure of 10 kPa-1000 kPa, each container comprising an outer wall , wherein the first disposable container comprises a first adhesive component, the second disposable container comprises a second adhesive component, each container comprises an inner flexible vessel comprising the adhesive component for shielding the component from air and for pressurizing the component, a tube for providing the first component to a spray gun or a tube for providing the second component to a spray gun, a means for regulating pressure of the container, a means for monitoring pressure of the container, and a valve. .
Cabin air filter element for the driver's cab of agricultural and work machines with spraying and atomizing devices for pesticides or fertilizers, comprising a. an adsorption filter layer comprising activated carbon, wherein the adsorption filter layer features a layer structure of 4 to 20 fixed beds, the fixed beds each comprising a carrier layer on which a bed layer of activated carbon particles is fixed, b. a fine filter layer designed for separating aerosols, c. a circumferential seal for separating the raw side from the clean side during installation into a filter housing, the seal featuring a hardness between 5 and 45 Shore A. a. an adsorption filter layer comprising activated carbon, wherein the adsorption filter layer features a layer structure of 4 to 20 fixed beds, the fixed beds each comprising a carrier layer on which a bed layer of activated carbon particles is fixed, b. a fine filter layer designed for separating aerosols, c. a circumferential seal for separating the raw side from the clean side during installation into a filter housing, the seal featuring a hardness between 5 and 45 Shore A.
A bottom-emitting vertical-cavity surface-emitting laser, VCSEL, structure comprising: a first substrate permitting the passage of light therethrough; an n-doped distributed Bragg reflector, nDBR, disposed on the first substrate and including a first plurality of layers of semiconductor material; a p-doped distributed Bragg reflector, pDBR, having a second plurality of layers of semiconductor material, the pDBR and the nDBR defining a laser cavity extending vertically therebetween; one or more active layers disposed in the laser cavity between the nDBR and the pDBR; at least one of a high contrast grating mirror and a dielectric-enhanced metal mirror disposed over the pDBR; and a third plurality of layers disposed over the at least one of the high contrast grating mirror and the dielectric-enhanced metal mirror, the third plurality of layers including a trace layer , an insulating layer , and a thermal conductive layer disposed between the trace layer and the insulating layer, each of the third plurality of layers configured to optically and hermetically seal the laser cavity from an environment external of the bottom-emitting VCSEL structure, and the thermal conducting layer further configured to extract heat from the laser cavity, wherein the VCSEL structure is configured to be flip chipped to a second substrate. a first substrate permitting the passage of light therethrough; an n-doped distributed Bragg reflector, nDBR, disposed on the first substrate and including a first plurality of layers of semiconductor material; a p-doped distributed Bragg reflector, pDBR, having a second plurality of layers of semiconductor material, the pDBR and the nDBR defining a laser cavity extending vertically therebetween; one or more active layers disposed in the laser cavity between the nDBR and the pDBR; at least one of a high contrast grating mirror and a dielectric-enhanced metal mirror disposed over the pDBR; and a third plurality of layers disposed over the at least one of the high contrast grating mirror and the dielectric-enhanced metal mirror, the third plurality of layers including a trace layer , an insulating layer , and a thermal conductive layer disposed between the trace layer and the insulating layer, each of the third plurality of layers configured to optically and hermetically seal the laser cavity from an environment external of the bottom-emitting VCSEL structure, and the thermal conducting layer further configured to extract heat from the laser cavity, wherein the VCSEL structure is configured to be flip chipped to a second substrate.
Method for producing a recombinant protein in plant cells having a cell wall, comprising the step of secreting the recombinant protein through the cell wall by expression of the protein in the plant cells in a culture medium containing a combination of a surface-active polymer and monovalent metal ions and having an osmolarity of at least 0.32 osmol/L.
A supporting structure , comprising at least three bars formed by hollow profiles, which are connected at a junction point via a connecting element which has a base element with holes and nuts provided at these holes , wherein at least one hollow profile has on an upper side a recess formed by laser cutting through which the connecting element projects into the at least one hollow profile, wherein the connecting element is connected to the hollow profiles by screws , which screws extend through through-holes which are arranged in side faces of the hollow profiles and correspond to bores and nuts on the connecting element and are connected to the nuts at the holes of the base element, wherein through-holes and holes are formed by laser cutting, wherein at least two connecting elements are provided on opposite side faces of the hollow profile, which connecting elements project into the hollow profile and are each connected to the hollow profile in a force-fitting manner via screws .
A continuous high-pressure polymerization process for the preparation of a liquid ethylene copolymer which comprises in polymerized form - ethylene; and - an acrylate, which comprises - a polar acrylate selected from C 1 -C 5 alkyl (meth)acrylate, and - an unpolar acrylate selected from C 6 -C 22 alkyl (meth)acrylate, where the ethylene copolymer comprises in polymerized form - 25 to 55 wt% of the ethylene, - at least 20 wt% of the polar acrylate, and - at least 15 wt% of the unpolar acrylate, and where a monomer feed comprising the ethylene and the acrylate is polymerized in the presence of at least 2 wt% of a chain transfer agent. - ethylene; and - an acrylate, which comprises - a polar acrylate selected from C 1 -C 5 alkyl (meth)acrylate, and - an unpolar acrylate selected from C 6 -C 22 alkyl (meth)acrylate, where the ethylene copolymer comprises in polymerized form - a polar acrylate selected from C 1 -C 5 alkyl (meth)acrylate, and - an unpolar acrylate selected from C 6 -C 22 alkyl (meth)acrylate, where the ethylene copolymer comprises in polymerized form - 25 to 55 wt% of the ethylene, - at least 20 wt% of the polar acrylate, and - at least 15 wt% of the unpolar acrylate, and
Use of a silica- or silicate-based mineral in a personal care product, wherein the silica or silicate mineral has an organic acid absorption capacity and/or an oil absorption capacity equal to or greater than about 220 g/100 g of the mineral according to the measurement method specified in the description, wherein the mineral is either naturally occurring or is made from a naturally occurring mineral, wherein the mineral is diatomaceous earth.
Cosmetic or dermatological preparations comprising one or more silicone elastomers obtainable or which are obtained by carrying out the reaction of A one or more oligomeric organohydrosiloxanes having at least two SiH-bearing siloxane units per molecule of the following structure wherein m = 0-40, preferably 0-30, especially preferably 0-20, and n = 2 - 25, preferably 2 - 15, especially preferably 4 - 10, and B one or more oligomeric divinylsiloxanes of the following structure where O = 5 - 90, preferably 10 - 80 and particularly preferably 15 - 70, with use of C platinum -1,2-divinyl-1,1,3,3-tetramethyldisiloxane which is characterized by the structure as hydrosilylation catalyst, wherein the divinylsilane B is dissolved in a silicone oil, advantageously dimethicone, and is heated with stirring to temperatures in the range of 20 - 60°C, preferably 25 - 45°C, and wherein, after the catalyst C has been stirred in, the organohydrosiloxane A is added. A one or more oligomeric organohydrosiloxanes having at least two SiH-bearing siloxane units per molecule of the following structure wherein m = 0-40, preferably 0-30, especially preferably 0-20, and n = 2 - 25, preferably 2 - 15, especially preferably 4 - 10, and B one or more oligomeric divinylsiloxanes of the following structure where O = 5 - 90, preferably 10 - 80 and particularly preferably 15 - 70, with use of C platinum -1,2-divinyl-1,1,3,3-tetramethyldisiloxane which is characterized by the structure as hydrosilylation catalyst, wherein the divinylsilane B is dissolved in a silicone oil, advantageously dimethicone, and is heated with stirring to temperatures in the range of 20 - 60°C, preferably 25 - 45°C, and wherein, after the catalyst C has been stirred in, the organohydrosiloxane A is added.
A method for recording and analytics of a plurality of packet records for network data packets entering a network over a relevant data time window , the method comprising: receiving a plurality of incoming packets including ingress packets and egress packets, wherein each incoming packet belongs to one of a plurality of conversation flows; forming a capture stream of packet records for the incoming packets, wherein each packet record includes metadata having a timestamp , a record length , and a flow hash ; and performing intelligent load balancing on the capture stream of packet records, the load balancing including reading the metadata for each packet record, determining a packet record is part of either a hot flow or a cold flow, wherein a hot flow is a conversation flow having a relatively high amount of traffic, and a cold flow is a conversation flow having a relatively low amount of traffic, selecting a destination node for each packet record based on the flow hash, and steering the packet record to one of a plurality of encapsulation buffers based on the destination node, wherein a cold flow is directed coherently to a single node. receiving a plurality of incoming packets including ingress packets and egress packets, wherein each incoming packet belongs to one of a plurality of conversation flows; forming a capture stream of packet records for the incoming packets, wherein each packet record includes metadata having a timestamp , a record length , and a flow hash ; and performing intelligent load balancing on the capture stream of packet records, the load balancing including reading the metadata for each packet record, determining a packet record is part of either a hot flow or a cold flow, wherein a hot flow is a conversation flow having a relatively high amount of traffic, and a cold flow is a conversation flow having a relatively low amount of traffic, selecting a destination node for each packet record based on the flow hash, and steering the packet record to one of a plurality of encapsulation buffers based on the destination node, wherein a cold flow is directed coherently to a single node. selecting a destination node for each packet record based on the flow hash, and steering the packet record to one of a plurality of encapsulation buffers based on the destination node, wherein a cold flow is directed coherently to a single node.
A lawn or farm land shutter assembly for a spreader assembly comprising: a hopper adapted to contain a material, the hopper including a feed opening for selectively discharging the material, a pair of wheels connected to the hopper ; a roller rotatably connected to the pair of wheels ; the shutter assembly being movably disposed on the hopper, the shutter assembly comprising: a body portion having at least one longitudinal recess , and a resilient member disposed at the longitudinal recess of the body portion , the resilient member adapted to selectively slide on the hopper to close the feed opening , characterized in that the resilient member includes multiple fins composed of a resilient material, whereas the multiple fins define a plurality of grooves 188 in one of a "V" shape and a "U" shape. a body portion having at least one longitudinal recess , and a resilient member disposed at the longitudinal recess of the body portion , the resilient member adapted to selectively slide on the hopper to close the feed opening , characterized in that the resilient member includes multiple fins composed of a resilient material, whereas the multiple fins define a plurality of grooves 188 in one of a "V" shape and a "U" shape.
A pump for a washing machine comprising: a water inlet , a water outlet and a sensor ; and characterized in that it further comprises a movable element constructed and arranged to be actuated when the sensor indicates a blocked material in the pump, wherein the actuation of the movable element is configured to create a vacuum for dislodging the blocked material . a water inlet , a water outlet and a sensor ; and characterized in that it further comprises a movable element constructed and arranged to be actuated when the sensor indicates a blocked material in the pump, wherein the actuation of the movable element is configured to create a vacuum for dislodging the blocked material .