mhurhangee/ep-ind-claims huggingface dataset:
An automobile roof rail system, comprising: - a rail (24, 25) having a first side wall (28, 90, 114) and a second side wall (30, 108, 124) defining a cavity (36, 36', 36") between the first side wall (28, 90, 114) and the second side wall (30, 108, 124) with the first side wall and the second side walls being opposed to each other; - a retention feature provided with each of the first side wall (28, 90, 114) and the second side wall (30, 108, 124); and - a resilient material seal having a first end and a free second end, wherein the seal is engaged at the first end with the retention feature, the resilient material seal being a first seal (42, 86, 116) engaged at the first end with the retention feature of the first side wall (28, 90, 114), and a resilient material second seal (44, 106, 126) engaged at a first end with the retention feature of the second side wall (30, 108, 124); wherein each of the first seal (42, 86, 116) and the second seal (44, 106, 126) have a free second end, characterized in that: the free second end of each of the first seal (42, 86, 116) and the second seal (44, 106, 126) are directed into the cavity (36, 36', 36") in a relaxed as-molded condition prior to deflection upon installation. - a rail (24, 25) having a first side wall (28, 90, 114) and a second side wall (30, 108, 124) defining a cavity (36, 36', 36") between the first side wall (28, 90, 114) and the second side wall (30, 108, 124) with the first side wall and the second side walls being opposed to each other; - a retention feature provided with each of the first side wall (28, 90, 114) and the second side wall (30, 108, 124); and - a resilient material seal having a first end and a free second end, wherein the seal is engaged at the first end with the retention feature, the resilient material seal being a first seal (42, 86, 116) engaged at the first end with the retention feature of the first side wall (28, 90, 114), and a resilient material second seal (44, 106, 126) engaged at a first end with the retention feature of the second side wall (30, 108, 124);
System for preventing a patient from falling from a bed, said system comprising - a first protective side barrier and a second protective side barrier that are adapted to be positioned along a first side edge and a second side edge of the bed, respectively, and are configured to be lifted or lowered by varying the height thereof from a minimum height to a maximum height, - anchoring means (15, 16, 17) for fixing said first and second protective side barriers (11, 12) to a frame of the bed, wherein the anchoring means (15, 16, 17) comprise one or more anchoring bars connected to said first and second protective side barriers (11, 12) and at least one bracket (16; 17) arranged to connect each anchoring bar to the frame of the bed, - sensors adapted to detect the position taken by the patient on a mattress of the bed, characterized in that said system further comprises: - a control unit configured to receive data collected by said sensors and, on the basis of said data, determine in real time a lifting or lowering of a predetermined extent of said first and second protective side barriers (11, 12), up to heights of said first and second protective side barriers (11, 12) ranging between the minimum height and the maximum height, depending on the position taken by the patient on the mattress, and - a gyro sensor applicable to patient's body in order to detect the patient's decubitus, wherein the control unit, on the basis of the patient's decubitus detected by the gyro sensor, modulates the lifting extent and lifting speed of said first and second protective side barriers (11, 12). - a first protective side barrier and a second protective side barrier that are adapted to be positioned along a first side edge and a second side edge of the bed, respectively, and are configured to be lifted or lowered by varying the height thereof from a minimum height to a maximum height, - anchoring means (15, 16, 17) for fixing said first and second protective side barriers (11, 12) to a frame of the bed, wherein the anchoring means (15, 16, 17) comprise one or more anchoring bars connected to said first and second protective side barriers (11, 12) and at least one bracket (16; 17) arranged to connect each anchoring bar to the frame of the bed, - sensors adapted to detect the position taken by the patient on a mattress of the bed, - a control unit configured to receive data collected by said sensors and, on the basis of said data, determine in real time a lifting or lowering of a predetermined extent of said first and second protective side barriers (11, 12), up to heights of said first and second protective side barriers (11, 12) ranging between the minimum height and the maximum height, depending on the position taken by the patient on the mattress, and - a gyro sensor applicable to patient's body in order to detect the patient's decubitus, wherein the control unit, on the basis of the patient's decubitus detected by the gyro sensor, modulates the lifting extent and lifting speed of said first and second protective side barriers (11, 12).
A washing machine, comprising: - a washing tub suitable to contain a washing liquid, - a perforated laundry basket rotatably arranged inside the washing tub and suitable to contain the laundry to be treated, - a water loading system having: a first supply duct connectable to the water grid and in communication with the washing tub and a first supply electrovalve arranged in the first supply duct, to convey the grid water from the first supply electrovalve into the washing tub, one or more further supply ducts (17, 18) extending from one or more further supply electrovalves (19, 20), through corresponding detergent compartments of a detergent drawer, up to the washing tub, - a drain duct to drain the washing liquid from the washing tub, - a control unit that controls the first supply electrovalve to supply grid water to the washing tub, depending on a predetermined and/or user-selectable treatment program, wherein the first supply duct comprises, downstream of the first supply valve and upstream of the washing tub, an upright length with an air gap formed between an upper tube end and a lower tube end aligned and facing the upper tube end, so as to prevent a water flow back into the water grid, characterized in that the upright length with the air gap of the first supply duct is arranged inside the detergent drawer. - a washing tub suitable to contain a washing liquid, - a perforated laundry basket rotatably arranged inside the washing tub and suitable to contain the laundry to be treated, - a water loading system having: a first supply duct connectable to the water grid and in communication with the washing tub and a first supply electrovalve arranged in the first supply duct, to convey the grid water from the first supply electrovalve into the washing tub, one or more further supply ducts (17, 18) extending from one or more further supply electrovalves (19, 20), through corresponding detergent compartments of a detergent drawer, up to the washing tub, a first supply duct connectable to the water grid and in communication with the washing tub and a first supply electrovalve arranged in the first supply duct, to convey the grid water from the first supply electrovalve into the washing tub, one or more further supply ducts (17, 18) extending from one or more further supply electrovalves (19, 20), through corresponding detergent compartments of a detergent drawer, up to the washing tub, - a drain duct to drain the washing liquid from the washing tub, - a control unit that controls the first supply electrovalve to supply grid water to the washing tub, depending on a predetermined and/or user-selectable treatment program,
Household appliance adapted to perform at least a drying cycle, said appliance comprising: a. a tub in which a drum is rotatably mounted, said tub comprising at least a tub body and a front annular component mounted at a front section of said tub body; b. a drying system, having an inlet for receiving wet air from said tub and an outlet for providing dried air to said tub, said drying system comprising a blowing unit mounted on said tub body to promote an air flow inside said drying system; c. a connection conduit connecting said blowing unit and an annular shaped gasket mounted on said front annular component; whereby said connection conduit extends at least partly over said tub body, characterized in that said connection conduit and said annular shaped gasket are made in one piece. a. a tub in which a drum is rotatably mounted, said tub comprising at least a tub body and a front annular component mounted at a front section of said tub body; b. a drying system, having an inlet for receiving wet air from said tub and an outlet for providing dried air to said tub, said drying system comprising a blowing unit mounted on said tub body to promote an air flow inside said drying system; c. a connection conduit connecting said blowing unit and an annular shaped gasket mounted on said front annular component; whereby said connection conduit extends at least partly over said tub body, characterized in that said connection conduit and said annular shaped gasket are made in one piece.
Process for treating the surface of a magnesium alloy comprising the steps of: I - providing a component made of magnesium alloy and manufactured by a productive process; II- removing impurities on the surface of the component following the productive process by chemical degreasing the surface; III- removing magnesium hydroxide from the surface of the component by pickling the surface; IV- activating a first time the surface of the component generating magnesium fluoride on the surface; V- uniforming the surface of the component by etching the surface; VI- activating a second time the surface of the component generating magnesium fluoride on the surface; wherein the process comprises at least a step of rinsing of the surface of the component with water between two consecutive steps of the process, to remove residues left on the component surface from the previous step. I - providing a component made of magnesium alloy and manufactured by a productive process; II- removing impurities on the surface of the component following the productive process by chemical degreasing the surface; III- removing magnesium hydroxide from the surface of the component by pickling the surface; IV- activating a first time the surface of the component generating magnesium fluoride on the surface; V- uniforming the surface of the component by etching the surface; VI- activating a second time the surface of the component generating magnesium fluoride on the surface;
A method of transmitting a Medium Access Control, MAC, Protocol Data Unit, PDU, in a transmitting device, the method comprising the steps of: generating the MAC PDU (300, 600, 900, 950, 1000) comprising a MAC header, an extended header group, and a payload; and transmitting the MAC PDU (300, 600, 900, 950, 1000) to a receiving device, wherein the MAC header comprises an extended header, EH, field, and the extended header group comprises extended headers, a MAC PDU length extension field, an extended header length indicator field indicating whether the extended header group is of a short length or a long length, and an extended header length field, wherein a length field of the MAC header in conjunction with the MAC PDU length extension field indicate a length of the MAC PDU, wherein the EH field indicates presence of the extended header group and the extended header length field indicates a length of the extended header group, and wherein if the extended header length indicator field is set to '0', the extended header group is of a short length and the length of the extended header group is equal to a sum of the length of the extended headers plus one. generating the MAC PDU (300, 600, 900, 950, 1000) comprising a MAC header, an extended header group, and a payload; and transmitting the MAC PDU (300, 600, 900, 950, 1000) to a receiving device, wherein the MAC header comprises an extended header, EH, field, and the extended header group comprises extended headers, a MAC PDU length extension field, an extended header length indicator field indicating whether the extended header group is of a short length or a long length, and an extended header length field, wherein a length field of the MAC header in conjunction with the MAC PDU length extension field indicate a length of the MAC PDU, wherein the EH field indicates presence of the extended header group and the extended header length field indicates a length of the extended header group, and wherein if the extended header length indicator field is set to '0', the extended header group is of a short length and the length of the extended header group is equal to a sum of the length of the extended headers plus one.
A wall construction for a building, the wall construction comprising a load bearing wooden structural frame comprising at least two wooden module elements, each of the module elements comprising a periphery surface, at least two vertical studs which are fixed, at their end portions, to horizontal plates, and the module elements being adapted for attachment to each other to form a module system, wherein each of the module elements is provided with the vapour barrier, the structural frame constituting at least a portion of a wall that has an external side and an internal side, wherein the external side of the structural frame is provided with the vapour barrier, wherein each of the module elements is provided with a framework fixed to and projecting substantially at right angles from the external side of the structural frame so that the vapour barrier is clamped between the structural frame and the framework, characterized in that the periphery surface of the structural frame of each of the at least two module elements is provided with a groove arranged to receive a marginal area of the vapour barrier and a complementarily adapted sealing strip arranged to wedge the vapour barrier to the groove.
Vehicle for conveying of passengers, the vehicle comprising: - an interior space (3a, 3b) for accommodating the passengers; and - a plurality of door areas (4 1 -4 6) for entering and leaving the interior space (3a, 3b), wherein a respective transmitter (5 1 -5 6) is arranged in and/or at each of the door areas (4 1- 4 6), the transmitter (5 1 -5 6) being configured to transmit an electromagnetic signal in which an individual identification of the door area (4 1 -4 6) and a transmission power of the transmitter (5 1 -5 6) are encoded. - an interior space (3a, 3b) for accommodating the passengers; and - a plurality of door areas (4 1 -4 6) for entering and leaving the interior space (3a, 3b),
Oleaginous yeast strain which overexpresses the GPD1. gene compared with a wild strain and comprises at least one loss-of-function mutation in at least one gene chosen from the PEX genes, the POX genes, the MFE1 gene and the POT1 gene, said mutant strain being capable of accumulating lipids.
A solder material containing an alloy that forms a six-component system and consists, in addition to Sn (tin) as the main constituent, of 10 wt.% or less Ag (silver), 10 wt.% or less Bi (bismuth), 10 wt.% or less Sb (antimony), 3 wt.% or less Cu (copper) and 1.0 wt.% or less Ni (nickel).
A method for quantifying the desynchronization between two clocks of a unit including at least two active implantable medical devices (10, 12) adapted to wirelessly and intracorporeally communicate with each other by means of signals consisted of trains of pulses or waves conducted by the interstitial tissues of the body, with: - a first device comprising a first slow clock, first means (26, 28) for transmitting / receiving said signals, and a first digital processing circuit clocked by the first slow clock; and - a second device comprising a second slow clock, second means (46, 48) for transmitting / receiving said signals, and a second digital processing circuit clocked by the second slow clock, and wherein, for quantifying by the second device the failure of synchronism of the second slow clock with respect to the first slow clock, the first and/or the second device comprises a fast clock (32, 52), said method being characterized in that it comprises the following steps: a) by the second device, at a predetermined transition of the second slow clock, transmitting to the first device a synchronization request signal (SYNC); b) by the fast clock of the first or the second device, counting (68, 74) the pulses of this fast clock until detection of a predetermined transition of the first slow clock; then c) by the first device, transmitting to the second device a signal of response to the synchronization request; and d) by the second device, upon reception of the signal of response to the synchronization request, calculating the time offset (OFFSET) corresponding to said synchronization failure as a function of the result (D1, D2) of the counting (68, 74) of said fast clock pulses. - a first device comprising a first slow clock, first means (26, 28) for transmitting / receiving said signals, and a first digital processing circuit clocked by the first slow clock; and - a second device comprising a second slow clock, second means (46, 48) for transmitting / receiving said signals, and a second digital processing circuit clocked by the second slow clock, and wherein, for quantifying by the second device the failure of synchronism of the second slow clock with respect to the first slow clock, the first and/or the second device comprises a fast clock (32, 52), a) by the second device, at a predetermined transition of the second slow clock, transmitting to the first device a synchronization request signal (SYNC); b) by the fast clock of the first or the second device, counting (68, 74) the pulses of this fast clock until detection of a predetermined transition of the first slow clock; then c) by the first device, transmitting to the second device a signal of response to the synchronization request; and d) by the second device, upon reception of the signal of response to the synchronization request, calculating the time offset (OFFSET) corresponding to said synchronization failure as a function of the result (D1, D2) of the counting (68, 74) of said fast clock pulses.
Barrier element for connection in a chain to barriers in, particular for water barriers, and comprising inclined supports and inclined barrier panels supported thereon, the barrier panels are bent a distance down from the top edge so that the top part, when mounted on the inclined support (1, 2, 3), become more upright or even vertical, characterized in that the barrier panels are made of high tensile steel, wherein the panels are connected to the supports by one inverted keyhole opening close to each side edge of the lower part of the panel and corresponding protrusions ending with enlarged knobs on the supports, wherein when a first panel is applied on a protrusion with enlarged knob the panel slides down letting the head of the protrusion enter into the enlarged part of the keyhole and then the panel slides on with the enlarged knob passing up on the backside of the panel along a narrow part of the inverted keyhole, at the same time a lower end of the panel slides into an upwards turned lower end of a support top beam, wherein the protrusions are long enough to permit adjoining proximate barrier panels to overlap and share protrusions and enlarged knobs.
Use of a polypeptide having DNase activity for preventing, reducing and/or removing a biofilm from an item, wherein the item is a hard surface, which hard surface is dishware, the interior surface of a dishwashing machine or a washing machine for a textile.
A slide member which is used in a slide unit which is included in a refrigerant compressor for compressing a refrigerant and provided inside a sealed container which reserves lubricating oil therein, the slide member comprising a base material comprising an iron based material, and an oxide coating film formed on a surface of the base material, characterized in that the oxide coating film has a three-layer structure including at least three layers which comprise iron oxides and are different in hardness.
A compound, which is a compound of formula or a salt thereof: wherein R a1 each independently is halogen; cyano; nitro; C 1-6 -alkyl, C 1-6 -alkoxy, C 1-6 -alkylamino, di (C 1-6 -alkyl) amino, carbamoyl or sulfamoyl, each optionally substituted; or optionally protected carboxyl; R b1 is H; halogen; cyano; nitro; C 1-6 -alkyl, C 1-6 -alkoxy, C 1-6 -alkylamino, di (C 1-6 alkyl) amino, acylamino, carbamoyl, sulfamoyl or a heterocyclic group, each optionally substituted; or optionally protected carboxyl; R 2 is aryl or a heterocyclic group, each optionally substituted; R 3 is H or a carboxy-protecting group; and m is an integer of 0-3. R a1 each independently is halogen; cyano; nitro; C 1-6 -alkyl, C 1-6 -alkoxy, C 1-6 -alkylamino, di (C 1-6 -alkyl) amino, carbamoyl or sulfamoyl, each optionally substituted; or optionally protected carboxyl; R b1 is H; halogen; cyano; nitro; C 1-6 -alkyl, C 1-6 -alkoxy, C 1-6 -alkylamino, di (C 1-6 alkyl) amino, acylamino, carbamoyl, sulfamoyl or a heterocyclic group, each optionally substituted; or optionally protected carboxyl; R 2 is aryl or a heterocyclic group, each optionally substituted; R 3 is H or a carboxy-protecting group; and m is an integer of 0-3.
A fiber optic cable sub-assembly comprising: a fiber optic cable including at least one optical fiber; an end cap (217, 217a, 217b), the end cap (217, 217a, 217b) having a passageway extending from a rear opening at a rear end of the end cap (217, 217a, 217b) to a front opening at a front end of the end cap (217, 217a, 217b) that receives a portion of the fiber optic cable, wherein the rear opening is larger than the front opening for cable bend relief; a circuit board including an active optical component in operable communication with the optical fiber, and a strain relief device for attaching an end portion of the fiber optic cable to the circuit board, wherein the strain relief device comprises at least one mounting bracket (215a, 215b) attaching a sleeve (501, 1201, 1401) to the circuit board. a fiber optic cable including at least one optical fiber; an end cap (217, 217a, 217b), the end cap (217, 217a, 217b) having a passageway extending from a rear opening at a rear end of the end cap (217, 217a, 217b) to a front opening at a front end of the end cap (217, 217a, 217b) that receives a portion of the fiber optic cable, wherein the rear opening is larger than the front opening for cable bend relief; a circuit board including an active optical component in operable communication with the optical fiber, and a strain relief device for attaching an end portion of the fiber optic cable to the circuit board, wherein the strain relief device comprises at least one mounting bracket (215a, 215b) attaching a sleeve (501, 1201, 1401) to the circuit board.