mhurhangee/patent-ind-claim-en huggingface dataset:
A water tank structured to hold a volume of water and humidify air output by a pressurized air generator , the water tank comprising: a port arrangement extending inward from a wall of the water tank to an interior of the water tank, the port arrangement comprising: an inlet comprising a passage having a first end structured to receive the pressurized air output by the pressurized air generator and a second end disposed opposite the first end , the second end being disposed at a height above a maximum fill height of the water tank; a chimney surrounding the second end of the inlet and comprising a number of egress slots disposed at a height lower than the second end of the inlet and in fluid communication with the interior of the water tank; and an outlet comprising a passage having a first end in fluid communication with the interior of the water tank and a second end disposed opposite the first end and in fluid communication with an exterior of the water tank, wherein a lowest edge of the number of egress slots is disposed at a height above the maximum fill height of the water tank, and wherein a portion of the water tank exclusive of the port arrangement and exclusive of the volume of water comprises a vapor region of the water tank. a port arrangement extending inward from a wall of the water tank to an interior of the water tank, the port arrangement comprising: an inlet comprising a passage having a first end structured to receive the pressurized air output by the pressurized air generator and a second end disposed opposite the first end , the second end being disposed at a height above a maximum fill height of the water tank; a chimney surrounding the second end of the inlet and comprising a number of egress slots disposed at a height lower than the second end of the inlet and in fluid communication with the interior of the water tank; and an outlet comprising a passage having a first end in fluid communication with the interior of the water tank and a second end disposed opposite the first end and in fluid communication with an exterior of the water tank, an inlet comprising a passage having a first end structured to receive the pressurized air output by the pressurized air generator and a second end disposed opposite the first end , the second end being disposed at a height above a maximum fill height of the water tank; a chimney surrounding the second end of the inlet and comprising a number of egress slots disposed at a height lower than the second end of the inlet and in fluid communication with the interior of the water tank; and an outlet comprising a passage having a first end in fluid communication with the interior of the water tank and a second end disposed opposite the first end and in fluid communication with an exterior of the water tank, wherein a lowest edge of the number of egress slots is disposed at a height above the maximum fill height of the water tank, and wherein a portion of the water tank exclusive of the port arrangement and exclusive of the volume of water comprises a vapor region of the water tank.
A circuit to control a printer dryer, the circuit comprising: a pulse generator to generate an output pulse in response to a signal representing rotation of a fan, a timing relationship between output pulses representing speed of the fan; a filter circuit to convert the output pulse to a direct current (DC) voltage signal proportional to the speed of the fan; and a monitor circuit to monitor the DC voltage signal with respect to a predetermined fan speed threshold and to generate a control signal that disables the printer dryer if the DC signal does not satisfy the predetermined fan speed threshold. a pulse generator to generate an output pulse in response to a signal representing rotation of a fan, a timing relationship between output pulses representing speed of the fan; a filter circuit to convert the output pulse to a direct current (DC) voltage signal proportional to the speed of the fan; and a monitor circuit to monitor the DC voltage signal with respect to a predetermined fan speed threshold and to generate a control signal that
A method, for use in a communication gateway wristband, for identifying a patient and communicating medical sensor data, comprising: sensing at least one medical sensor ; establishing a communication link between the at least one medical sensor and a first transceiver ; receiving a sensor identifier via the first transceiver to identify the at least one medical sensor ; receiving data from the at least one medical sensor via the first transceiver communicating according to a first communication protocol, wherein the data received from the at least one medical sensor is correlated to the sensor identifier; establishing an encrypted communication link between a second transceiver and an external network; communicating a patient identifier to the external network via the second transceiver communicating according to a second communication protocol, wherein the patient identifier is linked to the patient in a patient record database; and relaying the received data to the external network via the second transceiver, wherein the patient identifier and the received data are transmitted via the encrypted communication link. sensing at least one medical sensor ; establishing a communication link between the at least one medical sensor and a first transceiver ; receiving a sensor identifier via the first transceiver to identify the at least one medical sensor ; receiving data from the at least one medical sensor via the first transceiver communicating according to a first communication protocol, wherein the data received from the at least one medical sensor is correlated to the sensor identifier; establishing an encrypted communication link between a second transceiver and an external network; communicating a patient identifier to the external network via the second transceiver communicating according to a second communication protocol, wherein the patient identifier is linked to the patient in a patient record database; and relaying the received data to the external network via the second transceiver, wherein the patient identifier and the received data are transmitted via the encrypted communication link.
A retractor for endoscopic surgery, the retractor comprising: a penetrating member configured to penetrate through a human body; an anti-separation member provided at a lower portion of the penetrating member to prevent separation of the retractor from the human body; and a supply and exhaust member for supplying or exhausting gas, wherein the anti-separation member comprises a supply hole to supply gas to the human body and an exhaust hole to exhaust gas from the human body by communicating with the supply and exhaust member , whereby the anti-separation member is configured to perform gas supply and gas exhaust, the supply hole and the exhaust hole are separated from each other, and wherein the anti-separation member includes a supply nozzle and an exhaust nozzle to respectively connect the supply hole and the exhaust hole to a tube of the supply and exhaust member . a penetrating member configured to penetrate through a human body; an anti-separation member provided at a lower portion of the penetrating member to prevent separation of the retractor from the human body; and a supply and exhaust member for supplying or exhausting gas, wherein the anti-separation member comprises a supply hole to supply gas to the human body and an exhaust hole to exhaust gas from the human body by communicating with the supply and exhaust member , whereby the anti-separation member is configured to perform gas supply and gas exhaust, the supply hole and the exhaust hole are separated from each other, and wherein the anti-separation member includes a supply nozzle and an exhaust nozzle to respectively connect the supply hole and the exhaust hole to a tube of the supply and exhaust member .
Sealing diaphragm , comprising an edge region and a central region , the edge region being formed continuously as a flat, flexible sealing section which can be bent or curved with a fluid pressure, a plurality of dimensionally elastic friction teeth being formed or arranged, on or adjacent to the surface of the sealing section, over the entire sealing section each at the same distance from an edge of the sealing section and in each case at a distance from one another, said friction teeth forming an angle between 30° to 150° with the sealing section, the friction teeth each having a contact surface on the flank thereof oriented in the inclination direction, characterized in that the friction teeth are inclined together with the bending or curving movement of the flat sealing section, and in that the sealing diaphragm is designed in one piece. the friction teeth are inclined together with the bending or curving movement of the flat sealing section, and in that the sealing diaphragm is designed in one piece.
A terminal apparatus that is configured to communicate with a base station apparatus , the terminal apparatus comprising: a reception unit configured to receive first information and second information; wherein the first information indicates a first subframe, for a cell-specific reference signal, CRS, being present in the first subframe, the second information indicates a number of CRS antenna ports, the second information being for determining resource elements, the resource elements mapped to a physical downlink control channel, PDSCH, the CRS being transmitted on the CRS antenna ports, characterized in that the reception unit is configured to determine the resource elements mapped to the PDSCH in a subframe, wherein the CRS is not present, based on the number of CRS antenna ports, and in a case that a parameter indicating the number of CRS antenna ports is one or more, the parameter is included in a parameter set corresponding to the PDSCH transmitted on a user equipment specific reference signal, URS, antenna port different from the CRS antenna ports. a reception unit configured to receive first information and second information; wherein the first information indicates a first subframe, for a cell-specific reference signal, CRS, being present in the first subframe, the second information indicates a number of CRS antenna ports, the second information being for determining resource elements, the resource elements mapped to a physical downlink control channel, PDSCH, the CRS being transmitted on the CRS antenna ports, characterized in that the reception unit is configured to determine the resource elements mapped to the PDSCH in a subframe, wherein the CRS is not present, based on the number of CRS antenna ports, and in a case that a parameter indicating the number of CRS antenna ports is one or more, the parameter is included in a parameter set corresponding to the PDSCH transmitted on a user equipment specific reference signal, URS, antenna port different from the CRS antenna ports.
A wrestling training mat system comprising: a first plurality of mats (202A to 202H) including a plurality of first mats (202A, C, E, G) and a plurality of second mats (202B, D, F, H); wherein each of the first mats (202A, C, E, G) includes: a first surface including a first connector , a second surface including a second connector , wherein the second surface is arranged normal to the first surface , and a first curved surface extending from the first surface to the second surface ; and each of the second mats (202B, D, F, H), includes: a second mat first surface including a second mat first connector , a second mat second surface including a second mat second connector , wherein the second mat second surface is arranged normal to the second mat first surface , and a second mat curved surface extending from the second mat first surface to the second mat second surface , wherein upon assembly of the training mat system , first and second mats are adjacent and the first and second connectors of each first and second mat (202A- 202H) of the plurality of mats engage corresponding first and second connectors of a corresponding first and second adjacent mat (202A- 202H), and the curved surfaces of the assembled plurality of mats (202A- 202H) form a continuous curved portion of a first void in a center region of the mat system , the first void having a first size. wherein each of the first mats (202A, C, E, G) includes: a first surface including a first connector , a second surface including a second connector , wherein the second surface is arranged normal to the first surface , and a first curved surface extending from the first surface to the second surface ; and a first surface including a first connector , a second surface including a second connector , wherein the second surface is arranged normal to the first surface , and a first curved surface extending from the first surface to the second surface ; and each of the second mats (202B, D, F, H), includes: a second mat first surface including a second mat first connector , a second mat second surface including a second mat second connector , wherein the second mat second surface is arranged normal to the second mat first surface , and a second mat curved surface extending from the second mat first surface to the second mat second surface , a second mat first surface including a second mat first connector , a second mat second surface including a second mat second connector , wherein the second mat second surface is arranged normal to the second mat first surface , and a second mat curved surface extending from the second mat first surface to the second mat second surface , wherein upon assembly of the training mat system , first and second mats are adjacent and the first and second connectors of each first and second mat (202A- 202H) of the plurality of mats engage corresponding first and second connectors of a corresponding first and second adjacent mat (202A- 202H), and the curved surfaces of the assembled plurality of mats (202A- 202H) form a continuous curved portion of a first void in a center region of the mat system , the first void having a first size.
Transparent, biaxially oriented, thermoformable polyester film comprising at least 85 % by weight of a copolyester whose dicarboxylic acid components derive to an extent of 85 to 94 mol % from terephthalic acid-based units and to an extent of 6 to 15 mol % from isophthalic acid-based units, where the film has a) a surface elasticity modulus in the range from 4500 to 6400 N/mm 2 , determined in accordance with formula (I) E surface = E MD 2 + E TD 2 where E MD is the elasticity modulus of the film as measured in the longitudinal direction of the machine, and E TD is the elasticity modulus of the film as measured in the transverse direction of the machine, b) a sum total of the strengths (σ 5 ) in the longitudinal direction and in the transverse direction in the range from 170 to 220 MPa, determined according to DIN EN ISO 527-1 and - 3, c) a density of less than 1390 kg/m 3 , d) a haze of less than 2.0 %, determined according to ASTM-D 1003-61, Method A, a clarity of at least 85 %, determined according to ASTM-D 1003, and a gloss of at least 120, determined according to DIN 67530, e) a thickness in the range from 50 to 300 μm. a) a surface elasticity modulus in the range from 4500 to 6400 N/mm 2 , determined in accordance with formula (I) E surface = E MD 2 + E TD 2 where E MD is the elasticity modulus of the film as measured in the longitudinal direction of the machine, and E TD is the elasticity modulus of the film as measured in the transverse direction of the machine, E MD is the elasticity modulus of the film as measured in the longitudinal direction of the machine, and E TD is the elasticity modulus of the film as measured in the transverse direction of the machine, b) a sum total of the strengths (σ 5 ) in the longitudinal direction and in the transverse direction in the range from 170 to 220 MPa, determined according to DIN EN ISO 527-1 and - 3, c) a density of less than 1390 kg/m 3 , d) a haze of less than 2.0 %, determined according to ASTM-D 1003-61, Method A, a clarity of at least 85 %, determined according to ASTM-D 1003, and a gloss of at least 120, determined according to DIN 67530, e) a thickness in the range from 50 to 300 μm.
Balloon-like structure having a balloon body and a balloon envelope, for positioning within a cavity in the human or animal body, for example within a lumen or some other interior space, in particular as an integral part of a catheter, in such a way that said cavity on the one hand is filled as completely as possible, i.e., without residual space, but on the other hand largely maintains its shape or is not deformed by the balloon body, whereby the balloon envelope is made of a multi-layer balloon foil material, characterized in that at least one layer is made from an elastically deformable polyurethane (PUR) and at least one other layer is made from a non-elastic material such as polyvinyl chloride (PVC), whereby said at least one PUR layer is made from thermoplastic PUR of a type having a water absorption of 5% or less according to the standard DIN ISO 62 in its version valid on the filing date (3 rd edition from the year 2008), preferably having a water absorption of 2% or less according to the standard DIN ISO 62 in its version valid on the filling date (3 rd edition from the year 2008), whereby the conjunction of several layers of the balloon envelope is obtained by co-extrusion of the several layers .
Steering column for a motor vehicle, comprising an outer casing unit which can be connected directly or indirectly to the motor vehicle and in which a casing tube is mounted adjustably in the longitudinal direction, in which a steering spindle is mounted rotatably about its longitudinal axis (L) extending in the longitudinal direction, wherein an energy absorption element can be coupled between the casing unit and the casing tube , which can be plastically deformed with energy absorption during a relative movement of the casing unit and the casing tube in the longitudinal direction, wherein a retaining element is detachably connected to the casing pipe , wherein the energy absorption element is mounted between the retaining element and the casing tibe , and the retaining element has a retaining housing at least partially accommodating the energy absorption element , wherein the energy absorption element is accommodated in an interior of the retaining housing, characterized in in that the holding element has a fastening element for connection to the energy absorption element in order to form a positive-locking connection which is effective in the longitudinal direction, the fastening element being provided in the interior of the holding housing. an outer casing unit which can be connected directly or indirectly to the motor vehicle and in which a casing tube is mounted adjustably in the longitudinal direction, in which a steering spindle is mounted rotatably about its longitudinal axis (L) extending in the longitudinal direction, wherein an energy absorption element can be coupled between the casing unit and the casing tube , which can be plastically deformed with energy absorption during a relative movement of the casing unit and the casing tube in the longitudinal direction, wherein a retaining element is detachably connected to the casing pipe , wherein the energy absorption element is mounted between the retaining element and the casing tibe , and the retaining element has a retaining housing at least partially accommodating the energy absorption element , wherein the energy absorption element is accommodated in an interior of the retaining housing, characterized in in that the holding element has a fastening element for connection to the energy absorption element in order to form a positive-locking connection which is effective in the longitudinal direction, the fastening element being provided in the interior of the holding housing.
A urine absorbing pad comprising a liquid-permeable top sheet , a liquid-impermeable back sheet , and a liquid-absorbing absorbent body disposed between the top sheet and the back sheet , and having a lengthwise direction (X), a widthwise direction (Y), and a thickness direction (Z) that are mutually orthogonal; wherein the top sheet is a nonwoven fabric with a skin side surface on which a ridge-groove structure comprising a plurality of ridges extending in lengthwise direction (X), and a plurality of grooves extending in lengthwise direction (X) is formed; wherein the absorbent body has a through-hole penetrating through the absorbent body in the thickness direction (Z) or a recess that opens to a side of the top sheet ; wherein the absorbent body has a first absorbing layer and a second absorbing layer having a maximum width which is smaller than a minimum width of the first absorbing layer ; and wherein the second absorbing layer is located nearer to the back sheet than the first absorbing layer ; wherein a content of fibers oriented in the thickness direction at the plurality of ridges of the nonwoven fabric is higher than a content of fibers oriented in the thickness direction at the plurality of grooves of the nonwoven fabric; wherein the fibers oriented in the thickness direction are those oriented at an angle of +45 degrees to -45 degrees with respect to thickness direction (Z), and the content of the fibers oriented in the thickness direction at the plurality of ridges is 55 to 100%, and wherein the difference between the content of the fibers oriented in the thickness direction at the plurality of ridges (122 and the content of the fibers oriented in the thickness direction at the plurality of grooves is 10 to 100%; wherein the content of fibers oriented in the thickness direction in a predetermined section of the nonwoven fabric is measured according to the method described in the description; wherein the urine absorbing pad further comprises a liquid-absorbing sheet having a liquid-permeable first sheet , a liquid-permeable second sheet , and an absorbent polymer layer disposed between the first sheet and the second sheet ; wherein the liquid-absorbing sheet is disposed between the top sheet and the absorbent body ; wherein the liquid-absorbing sheet is disposed so that the liquid-absorbing sheet does not overlap the through-hole or recess in the thickness direction (Z); wherein the urine absorbing pad has an abdomen side section , a crotch section and a back side section , aligned in the lengthwise direction (X); and wherein the through-hole or recess is located in the crotch section ; and wherein the liquid-absorbing sheet is located in the back side section .
An apparatus comprising: a printed circuit board having a first coefficient of thermal expansion a compound molded about the printed circuit board and extending in conformal contact with an underside of the printed circuit board, the compound having a second coefficient of thermal expansion different than the first coefficient of thermal expansion; and an interface comprising a structure extending between an edge of the printed circuit board and the compound , the interface having a third coefficient of thermal expansion between the first coefficient of thermal expansion and the second coefficient of thermal expansion. a printed circuit board having a first coefficient of thermal expansion a compound molded about the printed circuit board and extending in conformal contact with an underside of the printed circuit board, the compound having a second coefficient of thermal expansion different than the first coefficient of thermal expansion; and an interface comprising a structure extending between an edge of the printed circuit board and the compound , the interface having a third coefficient of thermal expansion between the first coefficient of thermal expansion and the second coefficient of thermal expansion.