mhurhangee/ep-ind-claims huggingface dataset:
Milking system, comprising a milking means (2, 11, 12) for milking milk from a dairy animal, a milk line (3, 5) in fluid connection with the milking device, a sampling and analysis device arranged to take a sample of the milk from the milk line and to analyse milk from the sample, wherein the sampling and analysis device comprises: - a control unit for controlling the sampling and analysis device, - a tape mover, arranged to move and unwind, under the control of the control device, a tape wound on a tape reel carrying the tape, said tape comprising a base material with provided thereon a series of reagent pads, that are arranged to provide a detectable response in the presence of at least one substance in the sample, - a dosing device arranged to provide, under the control of the control unit, a part of the sample onto one of the reagent pads, - an optical sensor device arranged to detect optical radiation from said reagent pad supplied with said part of the sample, and to analyse the detected optical radiation to provide an indication of a presence or concentration of said at least one substance, characterized in that during provision of the part of the sample the reagent pad is facing downward, in particular vertically downward. - a control unit for controlling the sampling and analysis device, - a tape mover, arranged to move and unwind, under the control of the control device, a tape wound on a tape reel carrying the tape, said tape comprising a base material with provided thereon a series of reagent pads, that are arranged to provide a detectable response in the presence of at least one substance in the sample, - a dosing device arranged to provide, under the control of the control unit, a part of the sample onto one of the reagent pads, - an optical sensor device arranged to detect optical radiation from said reagent pad supplied with said part of the sample, and to analyse the detected optical radiation to provide an indication of a presence or concentration of said at least one substance,
A device configured for at least partial insertion within an ear canal, said device comprising: a securing mechanism and a space access device; said securing mechanism comprising a housing being attachable to said space access device, where said space access device includes an electronics-containing portion or region including at least a speaker; said housing comprising a one or more subsets of outwardly projecting members, attached via a base component and having a plurality of contact points, where the plurality of outwardly projecting members are configured to contact a surface of the ear canal when said space access device is at least partially inserted in said ear where the securing mechanism has a means adapted to self-conform or self-adjust to the shape of the ear canal when the space access device is at least partially inserted therein and, the outwardly projecting members are inserted in the ear canal and in a constrained state, wherein said plurality of outwardly projecting members provides at least one fluid flow path therethrough when said device is at least partially disposed in the ear canal, characterized in that the plurality of outwardly projecting members are configured to apply a pressure in the range of 0.005 kPa - 500 kPa to the contact surface within said ear canal, to securely engage a surface of the ear canal for an extended period of time, and said securing device further comprises a thin pliable membrane configured to reduce or completely block fluid flow through said outwardly projecting members. a securing mechanism and a space access device; said securing mechanism comprising a housing being attachable to said space access device, where said space access device includes an electronics-containing portion or region including at least a speaker; said housing comprising a one or more subsets of outwardly projecting members, attached via a base component and having a plurality of contact points, where the plurality of outwardly projecting members are configured to contact a surface of the ear canal when said space access device is at least partially inserted in said ear where the securing mechanism has a means adapted to self-conform or self-adjust to the shape of the ear canal when the space access device is at least partially inserted therein and, the outwardly projecting members are inserted in the ear canal and in a constrained state, wherein said plurality of outwardly projecting members provides at least one fluid flow path therethrough when said device is at least partially disposed in the ear canal, characterized in that the plurality of outwardly projecting members are configured to apply a pressure in the range of 0.005 kPa - 500 kPa to the contact surface within said ear canal, to securely engage a surface of the ear canal for an extended period of time, and said securing device further comprises a thin pliable membrane configured to reduce or completely block fluid flow through said outwardly projecting members.
A fluid transfer device for use in an infusion system, said fluid transfer device (100; 200) exhibiting a first end (101; 201), a second end (102; 202) opposite to said first end, said second end (102; 202) comprising a bayonet coupling member for coupling to a corresponding bayonet coupling member on an injection port (103; 203) of said infusion system (104; 204) to create a bayonet coupling, said fluid transfer device (100; 200) including at least a first member (105; 205), a hollow needle (106; 206) attached to said first member, a second member (107; 207) which is telescopically displaceable in relation to said first member (105; 205) in a way allowing said hollow needle (106; 206) to penetrate a flexible barrier member (108; 208) sealing said injection port (103; 203) in order to create a fluid passage from said first end (101; 201) via said injection port (103; 203) into said infusion system (104; 204), said second end (102; 202) exhibits a flexible membrane (111; 211) for being pressed against said flexible barrier member (108; 208) of said injection port (103; 204) in order to create a double-membrane sealing (108, 111; 108,211; 208, 211) around said hollow needle (106; 206) when creating said fluid passage into said infusion system (104; 204), whereby the first end (101; 201) exhibits a connecting portion (109; 209; 309; 409) for attachment to a drug bottle (110; 210) containing a fixed dose of a medical substance, and that the connecting portion (109; 309) exhibits at least one locking member (113; 313) for grasping a bottle neck of said drug bottle in order to create a permanent attachment, and that said connecting portion (109; 309) further exhibits a hollow piercing member for penetrating a bottle cap of said drug bottle in order to extend said fluid passage into said drug bottle.
An apparatus for transporting springs, comprising: a transport device (6; 31; 51; 72; 121) configured to receive a spring, a retaining mechanism configured to retain the spring received by the transport device (6; 31; 51; 72; 121), wherein the retaining mechanism has at least one retaining member (7; 33; 53; 53, 83; 103, 113-115; 123, 133) which comprises a magnetic material (8; 34; 54; 84; 104; 124, 134) and a release mechanism (37; 57; 77; 107; 127) configured to release the spring received by the transport device (6; 31; 51; 72; 121), characterised in that the retaining member is mounted to be displaceable relative to the transport device (6; 31; 51; 72; 121), and in that the release mechanism (37; 57; 77; 107; 127) is configured to effect a relative displacement (41; 61) between the transport device (6; 31; 51; 72; 121) and the at least one retaining member (7; 33; 53; 53, 83; 103, 113-115; 123, 133). a transport device (6; 31; 51; 72; 121) configured to receive a spring, a retaining mechanism configured to retain the spring received by the transport device (6; 31; 51; 72; 121), wherein the retaining mechanism has at least one retaining member (7; 33; 53; 53, 83; 103, 113-115; 123, 133) which comprises a magnetic material (8; 34; 54; 84; 104; 124, 134) and a release mechanism (37; 57; 77; 107; 127) configured to release the spring received by the transport device (6; 31; 51; 72; 121), characterised in that the retaining member is mounted to be displaceable relative to the transport device (6; 31; 51; 72; 121), and in that the release mechanism (37; 57; 77; 107; 127) is configured to effect a relative displacement (41; 61) between the transport device (6; 31; 51; 72; 121) and the at least one retaining member (7; 33; 53; 53, 83; 103, 113-115; 123, 133).
A composition comprising a) a fibrous material and b) a multi stage polymer and c) a (meth) acrylic polymer comprising at least 50wt% monomers chosen from C1 to C12 alkyl (meth)acrylates, wherein the quantity of multi stage polymer is between 3wt% and 50wt% based on the sum of the three compounds a), b) and c) in the composition and the (meth) acrylic polymer has a mass average molecular weight Mw between 2 000g/mol and 100 000g/mol measured by size exclusion chromatography and, characterized in that the (meth) acrylic polymer is not crosslinked, and that the multistage polymer is in form of spherical polymer particles having a weight average particle size between 20nm and 800nm measured with a Zetasizer Nano S90 from MALVERN, and that the multi stage polymer comprises i) one stage comprising a polymer being crosslinked and having a glass transition temperature of less than 0°C measured according to the method disclosed in the specification, ii)one stage comprising a polymer having a glass transition temperature of at least 30°C measured according to the method disclosed in the specification. a) a fibrous material and b) a multi stage polymer and c) a (meth) acrylic polymer comprising at least 50wt% monomers chosen from C1 to C12 alkyl (meth)acrylates, wherein the quantity of multi stage polymer is between 3wt% and 50wt% based on the sum of the three compounds a), b) and c) in the composition and the (meth) acrylic polymer has a mass average molecular weight Mw between 2 000g/mol and 100 000g/mol measured by size exclusion chromatography and, that the multistage polymer is in form of spherical polymer particles having a weight average particle size between 20nm and 800nm measured with a Zetasizer Nano S90 from MALVERN, and that the multi stage polymer comprises i) one stage comprising a polymer being crosslinked and having a glass transition temperature of less than 0°C measured according to the method disclosed in the specification, ii)one stage comprising a polymer having a glass transition temperature of at least 30°C measured according to the method disclosed in the specification. i) one stage comprising a polymer being crosslinked and having a glass transition temperature of less than 0°C measured according to the method disclosed in the specification, ii)one stage comprising a polymer having a glass transition temperature of at least 30°C measured according to the method disclosed in the specification.
A dental computed tomography apparatus, which includes - a first arm part arranged turnable around a first substantially vertical rotation axis with the help of an actuator (31, 32, 33), to which arm part and at a distance from each other and on the opposite sides of said rotation axis, a source of radiation and a receiver of image information have been arranged, - a second arm part arranged turnable around a substantially vertical rotation axis, which second arm part is arranged to support said first arm part, and - a control system for controlling one or more than one actuator (31, 32, 33) driving said arm parts (11, 12), the radiation source, and the receiver of image information, which control system comprises a first control routine which during the imaging process controls said at least one actuator (31, 32, 33) such that the first arm part rotates around said substantially vertical rotation axis, characterized in that - the control system comprises a second control routine enabling an imaging process by controlling said at least one actuator (31, 32, 33) of the apparatus such that, during the imaging process, said first arm part does not rotate but remains in its place in relation to said second arm part and said second arm part rotates around its rotation axis. - a first arm part arranged turnable around a first substantially vertical rotation axis with the help of an actuator (31, 32, 33), to which arm part and at a distance from each other and on the opposite sides of said rotation axis, a source of radiation and a receiver of image information have been arranged, - a second arm part arranged turnable around a substantially vertical rotation axis, which second arm part is arranged to support said first arm part, and - a control system for controlling one or more than one actuator (31, 32, 33) driving said arm parts (11, 12), the radiation source, and the receiver of image information, which control system comprises a first control routine which during the imaging process controls said at least one actuator (31, 32, 33) such that the first arm part rotates around said substantially vertical rotation axis, - the control system comprises a second control routine enabling an imaging process by controlling said at least one actuator (31, 32, 33) of the apparatus such that, during the imaging process, said first arm part does not rotate but remains in its place in relation to said second arm part and said second arm part rotates around its rotation axis.
Three-level converter having an input-side DC circuit, which comprises a high-potential rail and a low-potential rail, and having at least one half-bridge circuit, which comprises a high-potential side input half-bridge, a low-potential side input half-bridge and an output half-bridge, - wherein the two input half-bridges (20, 21) are connected in series between the high-potential rail and the low-potential rail, - wherein the output half-bridge is connected between a centre tap of the high-potential side input half-bridge and a centre tap of the low-potential side input half-bridge, - wherein a centre tap of the output half-bridge forms a phase terminal which is intended for connecting to a load circuit or is connected to such a phase terminal, characterised in that the total inductance (Lg) given by the sum of the inductance values (L1-L5) - within the output half-bridge, - between the high-potential side input half-bridge and the low-potential side input half-bridge, - between the high-potential side input half-bridge and the output half-bridge, and - between the low-potential side input half-bridge and the output half-bridge, as a function of the rated current (In) of the semiconductor switches (23, 24, 29, 30, 35, 36) and the input voltage (Ue) of the three-level converter, is determined such that in the event of a failure of any one power semiconductor (23, 24, 26, 27, 29, 30, 32, 33, 35, 36, 38, 39) in the half-bridge circuit, a short-circuit via a short-circuit path formed between the three half-bridges of the half-bridge circuit can be reliably cut off by the intact power semiconductors (23, 24, 26, 27, 29, 30, 32, 33, 35, 36, 38, 39) in this short-circuit path. - wherein the two input half-bridges (20, 21) are connected in series between the high-potential rail and the low-potential rail, - wherein the output half-bridge is connected between a centre tap of the high-potential side input half-bridge and a centre tap of the low-potential side input half-bridge, - wherein a centre tap of the output half-bridge forms a phase terminal which is intended for connecting to a load circuit or is connected to such a phase terminal, - within the output half-bridge, - between the high-potential side input half-bridge and the low-potential side input half-bridge, - between the high-potential side input half-bridge and the output half-bridge, and - between the low-potential side input half-bridge and the output half-bridge,
A locking threaded fastener comprising: a body defining a bore having a threaded portion, the body adapted to be engaged and driven by a conventional driving tool; and a coil within the bore, the coil having a first end fixed angularly with respect to the body and having a second end, characterised in that: the body defines an externally opening groove and a passage extending between the bore and the groove; the second end of the coil extends through the passage and into the groove; and the locking threaded fastener comprises a compression ring within the groove, the ring defining an opening (42a/42b, 44) receiving the second coil end, the ring capable of moving angularly within the groove when the driving tool is separate from the body, the ring being adapted to be compressed and fixed against angular movement within the groove when the driving tool is fitted over the body so that the ring limits angular movement of the second coil end with respect to the body. a body defining a bore having a threaded portion, the body adapted to be engaged and driven by a conventional driving tool; and a coil within the bore, the coil having a first end fixed angularly with respect to the body and having a second end, characterised in that: the body defines an externally opening groove and a passage extending between the bore and the groove; the second end of the coil extends through the passage and into the groove; and the locking threaded fastener comprises a compression ring within the groove, the ring defining an opening (42a/42b, 44) receiving the second coil end, the ring capable of moving angularly within the groove when the driving tool is separate from the body, the ring being adapted to be compressed and fixed against angular movement within the groove when the driving tool is fitted over the body so that the ring limits angular movement of the second coil end with respect to the body. the body defines an externally opening groove and a passage extending between the bore and the groove; the second end of the coil extends through the passage and into the groove; and the locking threaded fastener comprises a compression ring within the groove, the ring defining an opening (42a/42b, 44) receiving the second coil end, the ring capable of moving angularly within the groove when the driving tool is separate from the body, the ring being adapted to be compressed and fixed against angular movement within the groove when the driving tool is fitted over the body so that the ring limits angular movement of the second coil end with respect to the body.
A hydraulic clamping system for use with a gyratory crusher having a head assembly positioned for movement within a bowl that is movable relative to a stationary adjustment ring, the system comprising: a clamp ring positioned above the adjustment ring and having a series of threads that are engageable with a series of external threads of the bowl, the clamp ring including a top face and a bottom face; and a plurality of clamping cylinder assemblies; characterized in that the plurality of clamping cylinder assemblies are removably mounted to the top face of the clamp ring, wherein each of the clamping cylinder assemblies includes a cylinder body that includes a cylindrical outer wall and that is received within a bore (58; 120) extending through the clamp ring from the top face to the bottom face, wherein each of the clamping cylinder assemblies includes a mounting flange (76; 126) connected to the top face of the clamp ring by a plurality of connectors, and wherein the mounting flange (76, 126) extends past an outer surface of the outer wall to define a support shoulder that surrounds the outer wall. a clamp ring positioned above the adjustment ring and having a series of threads that are engageable with a series of external threads of the bowl, the clamp ring including a top face and a bottom face; and a plurality of clamping cylinder assemblies; characterized in that the plurality of clamping cylinder assemblies are removably mounted to the top face of the clamp ring, wherein each of the clamping cylinder assemblies includes a cylinder body that includes a cylindrical outer wall and that is received within a bore (58; 120) extending through the clamp ring from the top face to the bottom face, wherein each of the clamping cylinder assemblies includes a mounting flange (76; 126) connected to the top face of the clamp ring by a plurality of connectors, and wherein the mounting flange (76, 126) extends past an outer surface of the outer wall to define a support shoulder that surrounds the outer wall.
A protein composition which comprises a mixture of glycine, phenylalanine and histidine and a cellulose ether derivative as an additive and which is sterilized with radiation.
A surgical device for coupling with a trocar or other body, the device comprising: a. a leading edge, b. a trailing edge c. an arcuate mating surface provided between the leading and trailing edges, the arcuate mating surface operably being in intimate contact with an outer surface of the trocar or other body, d. only one needle guide channel, the needle guide channel comprising an entry port for receiving a suture delivery device and an exit port from which the suture delivery device may be driven away from the device, the entry and exit ports for the needle guide channel being provided on the same side of the arcuate mating surface, the needle guide channel defining an arcuate path having a convex surface proximal to the arcuate mating surface such that the suture will exit away from the arcuate mating surface on being displaced out of the needle guide channel. a. a leading edge, b. a trailing edge c. an arcuate mating surface provided between the leading and trailing edges, the arcuate mating surface operably being in intimate contact with an outer surface of the trocar or other body, d. only one needle guide channel, the needle guide channel comprising an entry port for receiving a suture delivery device and an exit port from which the suture delivery device may be driven away from the device, the entry and exit ports for the needle guide channel being provided on the same side of the arcuate mating surface, the needle guide channel defining an arcuate path having a convex surface proximal to the arcuate mating surface such that the suture will exit away from the arcuate mating surface on being displaced out of the needle guide channel.