mhurhangee/ep-ind-claims huggingface dataset:
A foot and ankle protective garment (100, 200, 300), comprising: a knitted elastic sleeve portion (150, 350) having an inner and an outer surface configured to wrap around at least a portion of a user's foot and a portion of a user's ankle; at least one medial malleolus cushioning element (130, 131, 132, 330) attached to the outer surface of the elastic sleeve portion (150, 350) such that a medial malleolus of a user is protected from impact; at least one lateral malleolus cushioning element (120, 320) attached to the outer surface of the elastic sleeve portion (150, 350) such that a lateral malleolus of a user is protected from impact; and a lower shin area cushioning element (140, 340) attached to the outer surface of the elastic sleeve portion (150, 350) such that a lower shin area of a user is protected from impact, wherein the shin area cushioning element (140, 340) includes a vertically oriented slit (142, 342) extending from an open upper end, located on a top side of the lower shin area cushioning element (140, 340), to a closed lower end, for easy donning of the foot and ankle protective garment, wherein the slit (142, 342) allows the knitted sleeve to stretch beyond the stretchability of the lower shin cushioning element (140, 340) to an open position, and after donning of the garment (100, 200, 300) onto a user's foot and ankle, the slit (142, 342) returns to its starting position and is substantially closed, thereby offering a nearly continuous protective pad that will protect the lower shin area of the user.
An annunciator control method applied to a first electronic device, characterized by comprising: acquiring original attribute information of respective annunciators, wherein the respective annunciators have different light state representation strategies and/or different signal control representation strategies, wherein a light state representation strategy is a representation method of a strategy for representing light states of a signal light, and a signal control representation strategy is a representation method of a strategy for controlling the signal light; and parsing the respective original attribute information according to a preset reference representation strategy to obtain respective parsed attribute information corresponding to the respective original attribute information, wherein the preset reference representation strategy comprises a strategy which is a conversion standard of the signal control representation strategy and/or a strategy which is a conversion standard of the light state representation strategy, the individual piece of parsed attribute information is attribute information represented by the preset reference representation strategy, the respective parsed attribute information is used to generate adjustment information, and the adjustment information is used to adjust signal control information of at least one annunciator. acquiring original attribute information of respective annunciators, wherein the respective annunciators have different light state representation strategies and/or different signal control representation strategies, wherein a light state representation strategy is a representation method of a strategy for representing light states of a signal light, and a signal control representation strategy is a representation method of a strategy for controlling the signal light; and parsing the respective original attribute information according to a preset reference representation strategy to obtain respective parsed attribute information corresponding to the respective original attribute information, wherein the preset reference representation strategy comprises a strategy which is a conversion standard of the signal control representation strategy and/or a strategy which is a conversion standard of the light state representation strategy, the individual piece of parsed attribute information is attribute information represented by the preset reference representation strategy, the respective parsed attribute information is used to generate adjustment information, and the adjustment information is used to adjust signal control information of at least one annunciator.
An anti-jamming processing method for anti-jamming processing a radio frequency signal emitted by a source and obtained by modulation of a carrier via a spreading code, the spreading code resulting from the multiplication of a wave form by each element of a binary bit sequence specific to the source, said anti-jamming processing method comprising the following steps: - reception, in M distinct sensors (Ai, i = 1 to M) of said radio signal; - determination of the correlation between signal samples derived from the reception, at L distinct time instants, at said M sensors, of said signal, and then determination of the weighting coefficients based on said correlation determined, with M and L being positive integers, and at least one of M and L being strictly greater than 1; - obtaining of a processed signal (S stap) by linear combination of said signal samples derived from the reception at L distinct time instants, at said M sensors and weighted by said weighting coefficients; said method being characterised in that said correlation between samples is determined after filtering of said samples through a filter (F adaptm, m = 1 to M) having an impulse response that is a function of said wave form. - reception, in M distinct sensors (Ai, i = 1 to M) of said radio signal; - determination of the correlation between signal samples derived from the reception, at L distinct time instants, at said M sensors, of said signal, and then determination of the weighting coefficients based on said correlation determined, with M and L being positive integers, and at least one of M and L being strictly greater than 1; - obtaining of a processed signal (S stap) by linear combination of said signal samples derived from the reception at L distinct time instants, at said M sensors and weighted by said weighting coefficients;
Hydrant, comprising: - an ascending pipe, - a blocking device with a blocking element to selectively open or close the fluid supply from a fluid conduit running underground to the ascending pipe, - a drain pipe for draining the ascending pipe when the blocking device is closed, - and an actuation member for actuating the blocking device, - wherein the blocking element is rotatably mounted about a rotation axis, - wherein the blocking element selectively has a first rotation position, in which the fluid supply from the fluid conduit into the ascending pipe is closed by means of the blocking element and the drain pipe is open, - wherein the blocking element selectively has a second rotation position, in which the fluid supply from the fluid conduit into the ascending pipe is open by means of the blocking element and the drain pipe is closed, - and wherein the actuation member is rotatably coupled with the blocking element via a gear and, in particular, via a shaft, characterized - in that the gear has a gear ratio, by means of which, upon rotation of the actuating element through an actuating angle, the blocking element is rotated through a blocking angle which is smaller than the actuating angle. - an ascending pipe, - a blocking device with a blocking element to selectively open or close the fluid supply from a fluid conduit running underground to the ascending pipe, - a drain pipe for draining the ascending pipe when the blocking device is closed, - and an actuation member for actuating the blocking device, - wherein the blocking element is rotatably mounted about a rotation axis, - wherein the blocking element selectively has a first rotation position, in which the fluid supply from the fluid conduit into the ascending pipe is closed by means of the blocking element and the drain pipe is open, - wherein the blocking element selectively has a second rotation position, in which the fluid supply from the fluid conduit into the ascending pipe is open by means of the blocking element and the drain pipe is closed, - and wherein the actuation member is rotatably coupled with the blocking element via a gear and, in particular, via a shaft, characterized - in that the gear has a gear ratio, by means of which, upon rotation of the actuating element through an actuating angle, the blocking element is rotated through a blocking angle which is smaller than the actuating angle.
A sign for displaying information, especially a traffic sign, comprising a retroreflective layer which is tightly connected to a rigid carrier plate, wherein a transparent, at least partially printed film is detachably arranged on the retroreflective layer, characterized in that the film is formed as an adhesive film and is printed in a light-transparent manner, wherein the connection between the adhesive film and the reflective layer of the traffic sign is free from glue.
Method for cracking ammonia into nitrogen and hydrogen on a catalyst, characterized in that - ammonia without any admixture of air or other oxygen-containing gases is used as initial material - the energy demand required to crack the ammonia is produced by burning part of the hydrogen-nitrogen mixture produced by the cracking with air, the combustion taking place in the interior of the catalyst layer itself, physically separated from the catalyst and the gas chamber surrounding the latter, and the energy for the cracking reaction being supplied via heat exchanger surfaces - the part of the hydrogen-nitrogen mixture supplied to the combustion is less than 30% of the hydrogen-nitrogen mixture produced by the cracking - before entering the cracking reactor, the ammonia used is pre-heated via a heat exchanger by using the waste gas stream from the cracking reactor, and the gases supplied to the combustion reaction or to the burner, specifically hydrogen-nitrogen mixture and air, are pre-heated via a heat exchanger by using the hydrogen-nitrogen mixture coming from the cracking reactor - ammonia and the combustion gas stream are conducted in countercurrent and - the product stream obtained is burned with air as oxidising agent for heating purposes or is used as fuel in a combined heat and power machine. - ammonia without any admixture of air or other oxygen-containing gases is used as initial material - the energy demand required to crack the ammonia is produced by burning part of the hydrogen-nitrogen mixture produced by the cracking with air, the combustion taking place in the interior of the catalyst layer itself, physically separated from the catalyst and the gas chamber surrounding the latter, and the energy for the cracking reaction being supplied via heat exchanger surfaces - the part of the hydrogen-nitrogen mixture supplied to the combustion is less than 30% of the hydrogen-nitrogen mixture produced by the cracking - before entering the cracking reactor, the ammonia used is pre-heated via a heat exchanger by using the waste gas stream from the cracking reactor, and the gases supplied to the combustion reaction or to the burner, specifically hydrogen-nitrogen mixture and air, are pre-heated via a heat exchanger by using the hydrogen-nitrogen mixture coming from the cracking reactor - ammonia and the combustion gas stream are conducted in countercurrent and - the product stream obtained is burned with air as oxidising agent for heating purposes or is used as fuel in a combined heat and power machine.
An electrical terminal for electrically and mechanically terminating to an electrical conductor, the electrical terminal comprising: an electrical conductor termination section; a plurality of first recesses positioned in the termination section, a plurality of first ridges provided proximate the first recesses, the first ridges extending in a direction which is parallel to the plurality of first recesses; a plurality of second recesses positioned in the termination section, the plurality of second recesses extending in a direction which is not parallel to the plurality of first recesses, a plurality of second ridges provided proximate the second recesses, the second ridges extending in a direction which is parallel to the plurality of second recesses; a plurality of serrations formed between the plurality of first recesses and the plurality of second recesses, the plurality of serrations having burrs for interaction with an electrical conductor to remove oxides on the electrical conductor to establish mechanical and electrical contact areas between the burrs and the electrical conductor, characterized in that the plurality of first ridges have sharp-edges, the height and/or sharpness of which increases in a gradient shape from one side of the electrical conductor termination section to the other side of the electrical conductor termination section; and in that the plurality of first recesses has a first depth and the plurality of second recesses has a second depth, the first depth being greater than the second depth. an electrical conductor termination section; a plurality of first recesses positioned in the termination section, a plurality of first ridges provided proximate the first recesses, the first ridges extending in a direction which is parallel to the plurality of first recesses; a plurality of second recesses positioned in the termination section, the plurality of second recesses extending in a direction which is not parallel to the plurality of first recesses, a plurality of second ridges provided proximate the second recesses, the second ridges extending in a direction which is parallel to the plurality of second recesses; a plurality of serrations formed between the plurality of first recesses and the plurality of second recesses, the plurality of serrations having burrs for interaction with an electrical conductor to remove oxides on the electrical conductor to establish mechanical and electrical contact areas between the burrs and the electrical conductor, characterized in that the plurality of first ridges have sharp-edges, the height and/or sharpness of which increases in a gradient shape from one side of the electrical conductor termination section to the other side of the electrical conductor termination section; and in that the plurality of first recesses has a first depth and the plurality of second recesses has a second depth, the first depth being greater than the second depth.
A footplate member for use in a vertebral body replacement device, the footplate member, characterized by comprising: an end surface, wherein the end surface is configured to engage a bone surface upon implantation of the vertebral body replacement device within a spinal column, the end surface having a center section that is solid, and a plurality of holes surrounding the center section of end surface and extending trough footplate member; a sidewall connected to the end surface with the end surface spanning an entire area bounded by the sidewall, and with the sidewall being configured to have an adjustment mechanism, wherein the adjustment mechanism facilitates the positioning of the footplate member relative to an end member of the vertebral body replacement device, the adjustment mechanism comprising a plurality of alignment slots positioned along sidewall, wherein each alignment slot is sized to mate with one of a plurality of tabs on said end member of the vertebral body replacement device, thereby orienting the footplate member in a certain position relative to said end member of the vertebral body replacement device; the plurality of holes extending through footplate member between the end surface and the sidewall; and a locking mechanism, wherein the locking mechanism is configured to couple the footplate member to the end member through one of the plurality of holes prior to implantation of the vertebral body replacement device within the spinal column. an end surface, wherein the end surface is configured to engage a bone surface upon implantation of the vertebral body replacement device within a spinal column, the end surface having a center section that is solid, and a plurality of holes surrounding the center section of end surface and extending trough footplate member; a sidewall connected to the end surface with the end surface spanning an entire area bounded by the sidewall, and with the sidewall being configured to have an adjustment mechanism, wherein the adjustment mechanism facilitates the positioning of the footplate member relative to an end member of the vertebral body replacement device, the adjustment mechanism comprising a plurality of alignment slots positioned along sidewall, wherein each alignment slot is sized to mate with one of a plurality of tabs on said end member of the vertebral body replacement device, thereby orienting the footplate member in a certain position relative to said end member of the vertebral body replacement device; the plurality of holes extending through footplate member between the end surface and the sidewall; and a locking mechanism, wherein the locking mechanism is configured to couple the footplate member to the end member through one of the plurality of holes prior to implantation of the vertebral body replacement device within the spinal column.
L. rhamnosus HN001, AGAL deposit number NM97/09514 dated 18 August 1997, for use in treating or preventing gestational diabetes mellitus or one or more GDM-associated risks or one or more sequelae of GDM in an adult subject, or for use in treating or preventing one or more GDM-associated risks or one or more sequelae of GDM in a foetal, neonatal, infant or child subject, wherein a. the use in treating or preventing comprises administration of the L. rhamnosus HN001 to the adult subject or to the mother of the foetal, neonatal, infant or child subject; and b. fasting mean blood glucose level is lowered in the adult subject, or in the mother of the foetal, neonatal, infant or child subject to less than about 4.35 mmol/l. a. the use in treating or preventing comprises administration of the L. rhamnosus HN001 to the adult subject or to the mother of the foetal, neonatal, infant or child subject; and b. fasting mean blood glucose level is lowered in the adult subject, or in the mother of the foetal, neonatal, infant or child subject to less than about 4.35 mmol/l.
A light curing device for dental restoration materials, comprising a light source and a control device for the light curing device, which control device is capable of switching on the light source at different levels of power, wherein the light curing device has two modes, a pre-curing mode and a regular curing mode, wherein the light curing device comprises an actuation element which can be used, upon actuation by the user, to switch on the light curing device in a pre-curing mode for pre-curing the dental restoration material in which light is output at a reduced dosage compared to the regular curing mode, wherein the control device controls the dosage of light of the product of power and time, and wherein the control device signalizes the reduced dosage, characterized in that in the regular mode or in the pre-curing mode, the light curing device returns to the same mode after renewed switching on.
Method for forming advertising material compositions (5, 5', 5") each comprising an envelope (1, 1', 1") and a plurality of inserts (2, 3, 4, 2', 3'), wherein advertising materials used as envelopes (1, 1', 1") and as inserts (2, 3, 4, 2', 3') are deposited on one another individually and one after another in the region of a collating section onto a conveying element moved in a transport direction, wherein a leading edge (22, 22') of an envelope (1, 1', 1") is deposited in the conveying direction with an offset from leading edges (23, 25, 26, 23', 25') of the associated inserts (2, 3, 4, 2', 3'), forming a projecting length (24, 24') of the envelope (1, 1', 1") relative to the inserts (2, 3, 4, 2', 3'), wherein the inserts (2, 3, 4, 2', 3'), forming an insert stack (39, 39'), are deposited on one another in such a way that the leading edges (23, 25, 26, 23', 25') of the inserts (2, 3, 4, 2', 3') at least approximately form a common folding edge (27, 27'), wherein the projecting length (24, 24') of the envelope (1, 1', 1") lying flat on the conveying element is folded over only around this folding edge (27, 27') and at least partly around the insert stack (39, 39'), forming an advertising material composition (5, 5', 5"), wherein the advertising material composition (5, 5', 5") is then folded at the folding edge (27, 27') and is finally transported away for further processing, and wherein an advertising material composition that is subsequently to be formed from a further envelope differing from the first envelope (1, 1") and associated inserts (2', 3') is formed in substantially the same way as the previous advertising material composition (5, 5"), characterized in that each of the advertising materials that is suitable to be used as an envelope (1, 1', 1") for an advertising material composition (5, 5', 5") to be formed is registered in a computer-aided machine control unit, an offset value corresponding to the required projecting length (24, 24') relative to the associated inserts (2, 3, 4, 2', 3') is defined for each registered advertising material, and in that when changing from an advertising material composition (5, 5') to an advertising material composition to be formed subsequently with a further envelope differing from the first envelope (1, 1"), this offset value is used to form the necessary projecting length.
A latex particle for a measurement reagent, comprising a copolymer obtained by copolymerizing a monomer mixture comprising the following polymerizable monomers (a) to (c): (a) a polymerizable monomer having a phenyl group; (b) a polymerizable monomer having a phenyl group and a sulfonate; and (c) a polymerizable monomer having a naphthyl group, in an aqueous medium containing 7.5 to 25% by weight of C1-4 alcohol without using any surfactant other than said polymerizable monomer (b). (a) a polymerizable monomer having a phenyl group; (b) a polymerizable monomer having a phenyl group and a sulfonate; and (c) a polymerizable monomer having a naphthyl group,
A force detection device comprising: a diamond piezoresistor (20, 30) including a single-crystal diamond into which boron is introduced as an impurity; a diamond substrate; and a pair of input electrodes opposed to each other on the diamond piezoresistor, wherein an absolute value of the piezoresistance coefficient of the diamond piezoresistor is greater than an absolute value of a piezoresistance coefficient π11 or π12 in a case in which a major axis is in a <100> direction, wherein the diamond piezoresistor is formed on a plane, a plane, a plane, or a crystal plane equivalent thereto of the diamond substrate and wherein the diamond piezoresistor (20, 30) is grown by step-flow growth on the diamond substrate with a surface having an off angle inclination with respect to a crystal plane that can be epitaxially grown; and wherein the diamond piezoresistor is subjected to a stress applied in a direction that is aligned with or perpendicular to the pair of input electrodes or is a shearing direction with respect to the pair of input electrodes. a diamond piezoresistor (20, 30) including a single-crystal diamond into which boron is introduced as an impurity; a diamond substrate; and a pair of input electrodes opposed to each other on the diamond piezoresistor, wherein an absolute value of the piezoresistance coefficient of the diamond piezoresistor is greater than an absolute value of a piezoresistance coefficient π11 or π12 in a case in which a major axis is in a <100> direction, wherein the diamond piezoresistor is formed on a plane, a plane, a plane, or a crystal plane equivalent thereto of the diamond substrate and wherein the diamond piezoresistor (20, 30) is grown by step-flow growth on the diamond substrate with a surface having an off angle inclination with respect to a crystal plane that can be epitaxially grown; and wherein the diamond piezoresistor is subjected to a stress applied in a direction that is aligned with or perpendicular to the pair of input electrodes or is a shearing direction with respect to the pair of input electrodes.