mhurhangee/ep-ind-claims huggingface dataset:
Length adjustment for a drive shaft, wherein the length adjustment has the following: a first rotary element with a first longitudinal toothing and a second rotary element with a second longitudinal toothing, wherein the first longitudinal toothing and the second longitudinal toothing mesh with each other and are axially displaceable to each other, wherein in an end portion of the first rotary element a tooth gap between two longitudinal teeth (13, 13') of the first longitudinal toothing is obstructed, and wherein the radial height of a longitudinal tooth of the second longitudinal toothing is reduced relative to the residual longitudinal teeth such, that only the longitudinal tooth reduced in radial height can be axially inserted into the obstructed tooth gap, characterised in that said tooth gap is obstructed by a locking portion produced by forming or a material connection of the first rotary element, or by a pin resting in a bore of the first rotary element, wherein the locking portion or the pin is arranged in the tooth gap or in axial extension to the tooth gap. a first rotary element with a first longitudinal toothing and a second rotary element with a second longitudinal toothing, wherein the first longitudinal toothing and the second longitudinal toothing mesh with each other and are axially displaceable to each other, wherein in an end portion of the first rotary element a tooth gap between two longitudinal teeth (13, 13') of the first longitudinal toothing is obstructed, and wherein the radial height of a longitudinal tooth of the second longitudinal toothing is reduced relative to the residual longitudinal teeth such, that only the longitudinal tooth reduced in radial height can be axially inserted into the obstructed tooth gap,
Device for determining an orientation of at least one object, comprising - at least one measuring body (7, 8) which reflects electromagnetic radiation and which for determination of the orientation can be brought into physical contact with a surface of the object, characterised by - at least one measuring carriage which is movable along the object during determination of the orientation and which has a slide surface able to be brought into physical contact with the object, at least one holding unit, which holds the measuring body (7, 8) and is connected with the measuring carriage to be pivotable between a maximum setting in which the measuring body (7, 8) projects at the object side at least partly beyond the slide surface and a minimum setting in which the measuring body (7, 8) does not project at the object side beyond the slide surface, and - at least one restoring device acting by a force on the holding unit in the direction of the maximum setting. - at least one measuring body (7, 8) which reflects electromagnetic radiation and which for determination of the orientation can be brought into physical contact with a surface of the object, characterised by - at least one measuring carriage which is movable along the object during determination of the orientation and which has a slide surface able to be brought into physical contact with the object, at least one holding unit, which holds the measuring body (7, 8) and is connected with the measuring carriage to be pivotable between a maximum setting in which the measuring body (7, 8) projects at the object side at least partly beyond the slide surface and a minimum setting in which the measuring body (7, 8) does not project at the object side beyond the slide surface, and - at least one restoring device acting by a force on the holding unit in the direction of the maximum setting.
An exercise garment with crotch part that covers at least a part of a wearer's lower body, the exercise garment with crotch part comprising: a main body portion formed from a stretchable material; a tightening portion having a tightening force stronger than that of the main body portion, wherein the tightening portion has, in side parts of the main body portion, a pair of right and left first tightening portions each of which is formed in a closed-loop shape characterized in being configured by a first line passing through above the greater trochanter of the wearer and a second line passing through below the greater trochanter of the wearer, and is disposed such as to surround the periphery of the greater trochanter as the space between the first line and second line increases toward the position of the greater trochanter; and a side hole, where the main body portion is exposed, formed between the first line and the second line; said side hole formed into an approximate ellipse having pointed ends aligned in a longitudinal direction, and extending obliquely from the upper side of the back portion of the main body portion to the lower side of the front portion so as to follow the directions in which the first line and the second line extend. a main body portion formed from a stretchable material; a tightening portion having a tightening force stronger than that of the main body portion, wherein the tightening portion has, in side parts of the main body portion, a pair of right and left first tightening portions each of which is formed in a closed-loop shape characterized in being configured by a first line passing through above the greater trochanter of the wearer and a second line passing through below the greater trochanter of the wearer, and is disposed such as to surround the periphery of the greater trochanter as the space between the first line and second line increases toward the position of the greater trochanter; and a side hole, where the main body portion is exposed, formed between the first line and the second line; said side hole formed into an approximate ellipse having pointed ends aligned in a longitudinal direction, and extending obliquely from the upper side of the back portion of the main body portion to the lower side of the front portion so as to follow the directions in which the first line and the second line extend.
A terminal box for fiberoptic cables, comprising an at least two-part housing with a lower part and a cover, the cover being arranged pivotably on the lower part, wherein a pivot bearing of the cover is arranged on an end face of the cover, the side faces (5, 6) of the cover being longer than the end faces (7, 8) of the cover, at least one receptacle for a splice and at least one feed for a fiberoptic cable, wherein the feed for the fiberoptic cable is arranged laterally offset in the end face opposite the pivot bearing to one side face, wherein at least one receptacle for a coupling is arranged in the lower part in the same end face, but arranged offset towards the other side face, wherein the cover is designed to be rounded off towards the end face with the pivot bearing, with the result that the end face with the pivot bearing is flatter than the opposite end face.
A method for driving a luminescent device comprising: first, second, and third conductive layers (110, 130, 170) spaced apart from each other; an organic luminescent layer provided between the first and second conductive layers (110, 130), the organic luminescent layer generating light through the recombination of holes and electrons; and a charge trapping layer provided between the second and third conductive layers (130, 170), the charge trapping layer having bistable conductance and negative differential resistance characteristics, also referred to as NDR characteristics, and allowing charging and discharging, characterized in that, a program voltage or an erase voltage is applied between the first and third conductive layers (110, 170) so that a voltage difference is generated between the first and third conductive layers (110, 170), and thus charges are charged or discharged in the charge trapping layer and the luminescent device performs a program or an erase operation, and a read voltage is applied between the first and third conductive layers (110, 170) after the program operation of the luminescent device to inject the charges trapped in the charge trapping layer into the organic luminescent layer, and thus the organic luminescent layer emits light and the luminescent device performs a read operation, wherein an absolute value of the erase voltage is set greater than that of the program voltage, and an absolute value of the read voltage is set smaller than that of the program voltage.
A computerized method of providing process instance creation control within an execution environment, said method upon receiving a request to create a process instance performing in a first step constructing a process instance identifier that uniquely identifies said process instance to be created based on input data provided with said request and said input data to be processed by said process instance; and in a second-step creating said process instance with said process instance identifier within said execution environment if no process instance exists or existed with said process instance identifier.
A stop for a slide fastener, comprising a top plate and a bottom plate linked with one another at a transversely intermediate position by an integral connecting post, wherein the lower side of the top plate is substantially flat, the bottom plate slopes away from said connecting post to form two leg members provided with a respective end flange pointing towards the top plate, said leg members being adapted to cooperate in use with the top plate to retain fastener tapes (2, 6) therebetween; characterized in that the upper side of each leg member of the bottom plate has a sloping surface extending from the respective flange towards a proximal portion of the leg member, and said sloping surface is substantially parallel or forms an obtuse angle with respect to the lower surface of the top plate. the upper side of each leg member of the bottom plate has a sloping surface extending from the respective flange towards a proximal portion of the leg member, and said sloping surface is substantially parallel or forms an obtuse angle with respect to the lower surface of the top plate.
A method for communicating data between Bluetooth Low Energy, BLE, devices (200, 202) in a network, the BLE devices (200, 202) comprising a broadcasting node and multiple receiving nodes, the method comprising: broadcasting data from the broadcasting node; receiving the data at the multiple receiving nodes; transmitting an acknowledgement, ACK, packet from each receiving node of the multiple receiving nodes to the broadcasting node, wherein said each receiving node waits for a waiting period before transmitting the ACK packet, and wherein the waiting period is a varying length of time for each receiving node, wherein the waiting period is a randomly determined length of time and is further determined by information that is unique to said each receiving node, wherein the information unique to said each receiving node is a MAC address of said each receiving node. broadcasting data from the broadcasting node; receiving the data at the multiple receiving nodes; transmitting an acknowledgement, ACK, packet from each receiving node of the multiple receiving nodes to the broadcasting node, wherein said each receiving node waits for a waiting period before transmitting the ACK packet, and wherein the waiting period is a varying length of time for each receiving node, wherein the waiting period is a randomly determined length of time and is further determined by information that is unique to said each receiving node, wherein the information unique to said each receiving node is a MAC address of said each receiving node.
A modified macromolecule that has at least one further functional group, characterized by at least one x-fold (x ≥ 1) chemoselectively incorporated phosphoramidate group of general formula -NHPO(OR 1)(OR 1'), and/or at least one x-fold (x ≥ 1) chemoselectively incorporated phosphonamide group of general formula (Ia) -NHPO(R 1)(OR 1') (Ia) wherein R 1 and R 1' is selected from the group containing glycerol, polyglycerol, PEG polymers of the general empirical formula C 2 H 4n+2 O n+1 with n ≥ 1, C n -alkyl chains with n ≥ 1; functionalized C n -alkyl chains with n ≥ 1, aryls, heteroaryl, silyl, lipids, fluorophores, saccharides, peptides, crown ethers, or a linker, which links the aforementioned groups, and wherein R 1 and R 1' can be identical to or different from one another, wherein the at least one is further functional group is selected from a group containing -OH, -NH 2, -SH, -CO 2 H, -CONH 2, disulfides, guanidines, imidazoles, indoles, alkenes and/or alkynes, and wherein the further functional group of the modified macromolecule is in unprotected form.
Adhesion promoting composition for an anti-corrosion product, comprising - about 20% by weight to about 70% by weight of at least one polyolefin selected from a group comprising polyethylene and/or polypropylene; - about 20% by weight to about 65% by weight of at least one butyl rubber; and - about 6% by weight to about 35% by weight of at least one elastomer selected from a group comprising ethylene-propylene-rubber and/or ethylene-propylene-diene rubber; each based on the total quantity of the adhesion promoting composition. - about 20% by weight to about 70% by weight of at least one polyolefin selected from a group comprising polyethylene and/or polypropylene; - about 20% by weight to about 65% by weight of at least one butyl rubber; and - about 6% by weight to about 35% by weight of at least one elastomer selected from a group comprising ethylene-propylene-rubber and/or ethylene-propylene-diene rubber;
A tensioning system for imparting tension to an endless loop power transferring member encircling a drive sprocket and at least one driven sprocket (16a, 16b), comprising: a pair of tensioning arms (18a, 18b), each tensioning arm having a guided arm movement mechanism, a motion transfer location (30a, 30b) and a shoe (20a, 20b) with a power-transferring-member-sliding face (22a, 22b); a rotatable motion transfer body located generally centrally with respect to the endless loop power transferring member for connection to corresponding motion transfer locations (30a, 30b) associated with the pair of tensioning arms (18a, 18b), and a tension driver located outside of the endless loop power transferring member which operably engages one of the pair of tensioning arms (18a, 18b) for driving both of the pair of tensioning arms (18a, 18b) relative to one another, characterized in that said motion transfer locations (30a, 30b) are defined by slots (38c, 38d) formed in the pairs of tensioning arms (18a, 18b). a pair of tensioning arms (18a, 18b), each tensioning arm having a guided arm movement mechanism, a motion transfer location (30a, 30b) and a shoe (20a, 20b) with a power-transferring-member-sliding face (22a, 22b); a rotatable motion transfer body located generally centrally with respect to the endless loop power transferring member for connection to corresponding motion transfer locations (30a, 30b) associated with the pair of tensioning arms (18a, 18b), and a tension driver located outside of the endless loop power transferring member which operably engages one of the pair of tensioning arms (18a, 18b) for driving both of the pair of tensioning arms (18a, 18b) relative to one another, characterized in that said motion transfer locations (30a, 30b) are defined by slots (38c, 38d) formed in the pairs of tensioning arms (18a, 18b).
A lead-free partial fragmentation bullet consisting of a bullet jacket, a rear core pressed therein and a pressed nose core in the ogive region, wherein the nose core sits on the rear core, wherein a predetermined breaking point is arranged between the rear core and the nose core, wherein the rear core has a shaped recess on its end facing the nose core, which fills the end of the nose core facing the rear core, and the bullet jacket has a peripheral break-away edge on its outside circumference in the region of the predetermined breaking point, characterized in that a peripheral holding groove is provided on the bullet jacket in the direction of the base of the bullet beneath the break-away edge.
A finishing composition for deposition by drop-on-demand inkjet technique onto a textile substrate, the composition comprising a dispersion or emulsion of a functional finishing agent in a vehicle, wherein: the vehicle is water, present at between 60 and 90 wt% in the jetted composition; the finishing agent is selected from the group consisting of anti-static, anti-microbial, anti-viral, anti-fungal, medicinal, anti-pilling, non-crease, flame-retardant, water-repellant, UV-protective, deodorant, wear-resistant, slip-resistant, slip enhancing, grip enhancing, stain-resistant, oil resistant, adhesive, stiffening, softening, elasticity-enhancing, pigment-binding, conducting, semi-conducting, photo-sensitive, photo-voltaic and light-emitting agents; the total of residual solids in the jetted composition is more than 10 wt%, more preferably more than 15 wt%; the size of particles in the dispersion or emulsion of the finishing composition is less than 2 microns, preferably less than 1 micron, more preferably, less than 0.5 microns and not subject to flocculation or sedimentation; and the composition further comprises a humectant, present at from 10 to 35 wt% in the jetted composition. the vehicle is water, present at between 60 and 90 wt% in the jetted composition; the finishing agent is selected from the group consisting of anti-static, anti-microbial, anti-viral, anti-fungal, medicinal, anti-pilling, non-crease, flame-retardant, water-repellant, UV-protective, deodorant, wear-resistant, slip-resistant, slip enhancing, grip enhancing, stain-resistant, oil resistant, adhesive, stiffening, softening, elasticity-enhancing, pigment-binding, conducting, semi-conducting, photo-sensitive, photo-voltaic and light-emitting agents; the total of residual solids in the jetted composition is more than 10 wt%, more preferably more than 15 wt%; the size of particles in the dispersion or emulsion of the finishing composition is less than 2 microns, preferably less than 1 micron, more preferably, less than 0.5 microns and not subject to flocculation or sedimentation; and the composition further comprises a humectant, present at from 10 to 35 wt% in the jetted composition.
A process for making an electrical cable comprising the steps of (a) providing an electrically conductive member comprising a metal conductor; and (b) surrounding the electrically conductive member with at least one electrically insulating member comprising at least 20 weight-% of at least one polyolefin comprising ethylene units, wherein the at least one polyolefin has been prepared with a catalyst comprising a cationic metallocene species and a noncoordinating anion, the noncoordinating anion having at least 33 atoms Z that are different from hydrogen and fluorine atoms and being of general formula: [BAr 1 Ar 2 Ar 3 Ar 4] wherein all of Ar 1 to Ar 4 are selected from (i) fused aromatic ring systems having at least 10 carbon atoms; and (ii) phenyl groups having at least one substituent selected from phenyl groups, naphthyl groups, hydrocarbylsilyl groups and moieties comprising at least one of these groups. (a) providing an electrically conductive member comprising a metal conductor; and (b) surrounding the electrically conductive member with at least one electrically insulating member comprising at least 20 weight-% of at least one polyolefin comprising ethylene units, wherein the at least one polyolefin has been prepared with a catalyst comprising a cationic metallocene species and a noncoordinating anion, the noncoordinating anion having at least 33 atoms Z that are different from hydrogen and fluorine atoms and being of general formula: [BAr 1 Ar 2 Ar 3 Ar 4] wherein all of Ar 1 to Ar 4 are selected from (i) fused aromatic ring systems having at least 10 carbon atoms; and (ii) phenyl groups having at least one substituent selected from phenyl groups, naphthyl groups, hydrocarbylsilyl groups and moieties comprising at least one of these groups. (i) fused aromatic ring systems having at least 10 carbon atoms; and (ii) phenyl groups having at least one substituent selected from phenyl groups, naphthyl groups, hydrocarbylsilyl groups and moieties comprising at least one of these groups.
A fiber bundle condensing device for a spinning machine, the fiber bundle condensing device comprising: a condensing device configured to condense a fiber bundle which has been drafted, the condensing device including a delivery bottom roller that is mounted on a rotary shaft and transports the fiber bundle, a suction portion that exerts suction acting on the fiber bundle, an air-permeable apron that rotates along the suction portion, and a delivery top roller that is pressed against and in contact with the delivery bottom roller with the air-permeable apron interposed between the delivery top roller and the delivery bottom roller and rotates together with the delivery bottom roller; a countershaft configured to drive the rotary shaft; a driven gear mounted on the rotary shaft and configured to receive a driving force from the countershaft; and a drive gear mounted on the countershaft and configured to be engaged with the driven gear, characterized in that the fiber bundle condensing device includes a plurality of the countershafts corresponding to a plurality of the condensing devices, the plurality of the countershafts being connected by a coupling, and a conditional expression W > d ≥ (1/4) x W is satisfied, where W represents a width of the drive gear and d represents a distance between ends of the plurality of countershafts connected to each other by the coupling. a condensing device configured to condense a fiber bundle which has been drafted, the condensing device including a delivery bottom roller that is mounted on a rotary shaft and transports the fiber bundle, a suction portion that exerts suction acting on the fiber bundle, an air-permeable apron that rotates along the suction portion, and a delivery top roller that is pressed against and in contact with the delivery bottom roller with the air-permeable apron interposed between the delivery top roller and the delivery bottom roller and rotates together with the delivery bottom roller; a countershaft configured to drive the rotary shaft; a driven gear mounted on the rotary shaft and configured to receive a driving force from the countershaft; and a drive gear mounted on the countershaft and configured to be engaged with the driven gear, characterized in that the fiber bundle condensing device includes a plurality of the countershafts corresponding to a plurality of the condensing devices, the plurality of the countershafts being connected by a coupling, and a conditional expression W > d ≥ (1/4) x W is satisfied, where W represents a width of the drive gear and d represents a distance between ends of the plurality of countershafts connected to each other by the coupling.