mhurhangee/patent-ind-claim-en huggingface dataset:
Arrangement having a floor, a furnishing component and a fastening device , which connects the floor and the furnishing component, wherein - the fastening device comprises an extruded-profile part and an angled element , - the extruded-profile part has an outer plate , which rests on the floor and is connected thereto, - the extruded-profile part has a second plate , which is arranged parallel to the outer plate and is connected to a first portion of the angled element , and - a second portion of the angled element , said second portion being arranged at an angle to the first portion , is connected to the furnishing component, - the outer plate and the second plate are connected by two parallel side walls , which together with the outer plate and the second plate form a cross-sectionally closed extruded-profile portion , which extends in tube form along the direction of extrusion (S), - the angled element is arranged in the closed extruded-profile portion , - in the region of the angled element , at least one of the side walls has a lateral aperture , which allows lateral access to the angled element , - the angled element is arranged in an end-side end portion of the closed extruded-profile portion , and - the second portion of the angled element forms an end-side connection interface in relation to the furnishing component. - the fastening device comprises an extruded-profile part and an angled element , - the extruded-profile part has an outer plate , which rests on the floor and is connected thereto, - the extruded-profile part has a second plate , which is arranged parallel to the outer plate and is connected to a first portion of the angled element , and - a second portion of the angled element , said second portion being arranged at an angle to the first portion , is connected to the furnishing component, - the outer plate and the second plate are connected by two parallel side walls , which together with the outer plate and the second plate form a cross-sectionally closed extruded-profile portion , which extends in tube form along the direction of extrusion (S), - the angled element is arranged in the closed extruded-profile portion , - in the region of the angled element , at least one of the side walls has a lateral aperture , which allows lateral access to the angled element , - the angled element is arranged in an end-side end portion of the closed extruded-profile portion , and - the second portion of the angled element forms an end-side connection interface in relation to the furnishing component.
A prosthetic suturing device , comprising: a guide tip defining a cuff receiving area and comprising first and second apertures for receiving first and second suture adapters ; first and second needles (170, 172; 280, 282), each needle having an end (170E, 172E; 280E, 282E) configured to engage the respective first and second suture adapters ; at least one set of needle guides (210, 212; 294, 296) configured to guide the first and second needles (170, 172; 280, 282) through the cuff receiving area ; and a grip pointing in a direction substantially orthogonal to the cuff receiving area ; characterized in that the at least one set of needle guides (210, 212; 294, 296) comprises a needle guide tube ; wherein the needle guide tube has at least one spiral-like needle track defined therein or corresponding first and second spiral-like needle tracks defined therein. a guide tip defining a cuff receiving area and comprising first and second apertures for receiving first and second suture adapters ; first and second needles (170, 172; 280, 282), each needle having an end (170E, 172E; 280E, 282E) configured to engage the respective first and second suture adapters ; at least one set of needle guides (210, 212; 294, 296) configured to guide the first and second needles (170, 172; 280, 282) through the cuff receiving area ; and a grip pointing in a direction substantially orthogonal to the cuff receiving area ; characterized in that the at least one set of needle guides (210, 212; 294, 296) comprises a needle guide tube ; wherein the needle guide tube has at least one spiral-like needle track defined therein or corresponding first and second spiral-like needle tracks defined therein.
Tool device for manufacturing a rim for at least partially muscle-powered vehicles and in particular bicycles , having opposite rim flanks , a rim well and a rim base , and rim flanges configured on the rim flanks , comprising two molding devices and a circular device , wherein the molding devices each comprise contact surfaces for forming at least part of a rim flank and the external visible surface of the rim flanges, characterized in that the circular device serves to form the rim well and the axially inwardly oriented surfaces of the rim flanges , wherein the circular device comprises an annular unit , and the molding devices , one molding unit each, and wherein at least one of the units of an annular unit and molding units consists of a less elastic material and at least one coating for attachment thereto, of a more elastic material , and wherein the circular device comprises an annular unit of a less elastic material and at least one ring coating of a more elastic material , characterized in that the thickness of the coating is between 0.1 mm and 10 mm, and that the molding devices each comprise a molding unit of a less elastic material and at least one mold coating for attachment thereto, of a more elastic material . comprising two molding devices and a circular device , wherein the molding devices each comprise contact surfaces for forming at least part of a rim flank and the external visible surface of the rim flanges, characterized in that the circular device serves to form the rim well and the axially inwardly oriented surfaces of the rim flanges , wherein the circular device comprises an annular unit , and the molding devices , one molding unit each, and wherein at least one of the units of an annular unit and molding units consists of a less elastic material and at least one coating for attachment thereto, of a more elastic material , and wherein the circular device comprises an annular unit of a less elastic material and at least one ring coating of a more elastic material , characterized in that the thickness of the coating is between 0.1 mm and 10 mm, and that the molding devices each comprise a molding unit of a less elastic material and at least one mold coating for attachment thereto, of a more elastic material .
Method for determining the position of a track-bound vehicle , in particular a rail vehicle, by means of objects at known positions along the route of the vehicle , in which, in order to determine the position of the vehicle in relation to the respective object by means of radar, the respective speed (v1) of the vehicle is ascertained by means of recording the frequency shift of a received reflected radar signal (Sr1) and the respective object is recorded, characterised in that when recording the respective object , a distance value (d1) of the vehicle in relation to the object is ascertained by means of recording the signal transit time of the received reflected radar signal (Sr1), the speed (v2) of the vehicle is determined by means of recording the frequency shift of a further received reflected radar signal (Sr2) that follows after a period of time (Td), a further distance value (d2) of the vehicle in relation to the object is ascertained by means of recording the signal transit time of the further received reflected radar signal (Sr2) and if a difference between the distance values (d1,d2) matches a path length calculated from the ascertained speeds (v1,v2) and the period of time (Td), then the further distance value (d2) is used to determine the position of the vehicle .
Use of a cross-linkable polyethylene composition for high frequency welding comprising - a copolymer ( A ) of ethylene and an α-olefin comonomer ( A1 ) with 3 to 12 carbon atoms having a density of from 850 to 970 kg/m 3 , and - a terpolymer ( B ) of ethylene, a polar comonomer ( B1 ) and a cross-linkable comonomer ( B2 ). - a copolymer ( A ) of ethylene and an α-olefin comonomer ( A1 ) with 3 to 12 carbon atoms having a density of from 850 to 970 kg/m 3 , and - a terpolymer ( B ) of ethylene, a polar comonomer ( B1 ) and a cross-linkable comonomer ( B2 ).
An intraocular lens haptic comprising: a toroid portion having an outer diameter and an inner diameter and an interior volume, wherein the interior volume of the toroid portion is configured to be filled with a fluid; and a receiving feature extending from a central inner surface of the toroid portion ; and the receiving feature adapted for concentrically retaining an intraocular lens optic. a toroid portion having an outer diameter and an inner diameter and an interior volume, wherein the interior volume of the toroid portion is configured to be filled with a fluid; and a receiving feature extending from a central inner surface of the toroid portion ; and the receiving feature adapted for concentrically retaining an intraocular lens optic.
Method for setting and controlling at least one oscillation mode of a screening device , wherein the respective oscillation mode is controlled by means of a multiplicity of unbalance exciter units ; wherein each of the unbalance exciter units is actuated and controlled individually with regard to a multiplicity of parameters, characterised in that the unbalance exciter units in an arrangement in several clusters of in each case at least two unbalance exciter units are actuated and controlled for impinging the screening device by means of a cluster oscillation in a respective coupling point (P) per cluster, wherein a cluster oscillation generated by a plurality of unbalance exciter units together in a coupling point (P) can be introduced into the mechanical structure of the screening device, such that per cluster one oscillation impinging point can be defined, wherein at least two of the clusters are actuated and controlled depending on one another with regard to the generated oscillation, wherein at least one master curve, which is generated/predeterminable in a purely mathematical way without measurement values, defines a virtual measurement curve with regard to which the controlling is undertaken at least per cluster or also within the respective cluster individually per unbalance exciter unit , wherein an exciter position feedback takes place in that the individual exciters communicate directly with the actuating/controlling unit.
A compound represented by Formula below, (wherein, m + n = 4, m represents an integer of 0 to 3, and n represents an integer of 1 to 4).
A peptide consisting of the amino acid sequence according to SEQ ID No. 5 (MXRA5-001), wherein said peptide has the ability to bind to a molecule of the human major histocompatibility complex (MHC) class-I.
A piston washer assembly for use in a drug delivery device for transferring a distally directed axial force from a piston rod towards a piston of a held cartridge, the piston washer assembly comprising: - a proximal part adapted for engagement with the distal portion of a piston rod , the proximal part defining a first set of cooperating geometries , and - a distal part configured to engage and abut a piston of a held cartridge and to engage the proximal part , wherein the distal part defines a second set of cooperating geometries engaging the first set of cooperating geometries , wherein, in an initial state of the assembly, the proximal part and the distal part are positioned relatively to each other to define an initial axial dimension (H, H1) for the assembly, and wherein the proximal part and the distal part are movable relative to each other by moving the first set of cooperating geometries and the second set of cooperating geometries relative to each other to increase said axial dimension (H) until the proximal part and the distal part assume a target state where said axial dimension (H) reaches an axial target dimension (H2), and wherein the first set of cooperating geometries and the second set of cooperating geometries are configured to prevent the distal part and the proximal part from being moved relative to each other when forces act on the proximal part and the distal part to decrease said axial target dimension (H2). - a proximal part adapted for engagement with the distal portion of a piston rod , the proximal part defining a first set of cooperating geometries , and - a distal part configured to engage and abut a piston of a held cartridge and to engage the proximal part , wherein the distal part defines a second set of cooperating geometries engaging the first set of cooperating geometries ,
Thermal management device for an energy storage unit , comprising tubes arranged parallel to one another and of which at least one face is able to accept the said energy storage unit , the said thermal management device further comprising at least one composite phase change material placed on that face of the tubes that is able to accept the energy storage unit , characterized in that the said composite phase change material is arranged in strips, the strips either: - completely covering that face of the tubes that faces the energy storage unit , or - partially covering the face of the tubes , a thermally conducting spacer being placed on the face of the tubes facing the energy storage unit that is not covered with strips. - completely covering that face of the tubes that faces the energy storage unit , or - partially covering the face of the tubes , a thermally conducting spacer being placed on the face of the tubes facing the energy storage unit that is not covered with strips.
A medical device comprising: a monolithic wire having stored deformation energy from cold work such that a retained cold work ratio of grain length to grain width is between 10:1 and 50:1, the wire comprising between 45 wt.% and 85 wt.% iron (Fe), between 15 wt.% and 55 wt.% manganese (Mn), and an anti-corrosive alloying element comprising between 0.01 wt.% and 0.45 wt.% nitrogen (N), the wire consisting entirely of biodegradable material such that the wire is able to be chemically broken down in a physiological environment. a monolithic wire having stored deformation energy from cold work such that a retained cold work ratio of grain length to grain width is between 10:1 and 50:1, the wire comprising between 45 wt.% and 85 wt.% iron (Fe), between 15 wt.% and 55 wt.% manganese (Mn), and an anti-corrosive alloying element comprising between 0.01 wt.% and 0.45 wt.% nitrogen (N), the wire consisting entirely of biodegradable material such that the wire is able to be chemically broken down in a physiological environment.
A method of wireless communication, comprising: receiving, by a User Equipment , UE, from a base station , a reference signal configuration message, wherein the reference signal configuration message comprises a transmission sequence identifier identifying a multiplexing for one or more antenna ports assigned for transmission of one or more uplink reference signals by a plurality of LTEs, and wherein the multiplexing is one or both of frequency divisional multiplexing, FDM, and time division multiplexing, TDM, over an identified subframe; receiving, by the UE from the base station, a virtual cell identifier, ID, different from a physical cell identifier; configuring, by the UE, an uplink reference signal of the one or more uplink reference signals based on the reference signal configuration message and the virtual cell ID, wherein a number of OFDM symbols for carrying the uplink reference signal is configured; and transmitting, by the UE to the base station, the uplink reference signal in the identified subframe, wherein the uplink reference signal is identified by the base station according to the virtual cell ID. receiving, by a User Equipment , UE, from a base station , a reference signal configuration message, wherein the reference signal configuration message comprises a transmission sequence identifier identifying a multiplexing for one or more antenna ports assigned for transmission of one or more uplink reference signals by a plurality of LTEs, and wherein the multiplexing is one or both of frequency divisional multiplexing, FDM, and time division multiplexing, TDM, over an identified subframe; receiving, by the UE from the base station, a virtual cell identifier, ID, different from a physical cell identifier; configuring, by the UE, an uplink reference signal of the one or more uplink reference signals based on the reference signal configuration message and the virtual cell ID, wherein a number of OFDM symbols for carrying the uplink reference signal is configured; and transmitting, by the UE to the base station, the uplink reference signal in the identified subframe, wherein the uplink reference signal is identified by the base station according to the virtual cell ID.
A method for recognizing an object, comprising: - providing an image to a first convolutional layer of an artificial neural network comprising a set of convolutional layers; - processing the image in the set of convolutional layers, characterized by - defining, in a feature map output from a last convolutional layer of the set of convolutional layers, a first feature map patch and a second feature map patch of differing sizes, and - providing the first feature map patch to a first classifier and the second feature map patch to a second classifier, wherein the first feature map patch corresponds to a first scale that the first classifier is arranged to operate on to perform object recognition, and the second feature map patch corresponds to a second scale that the second classifier is arranged to operate on to perform object recognition. - providing an image to a first convolutional layer of an artificial neural network comprising a set of convolutional layers; - processing the image in the set of convolutional layers, characterized by - defining, in a feature map output from a last convolutional layer of the set of convolutional layers, a first feature map patch and a second feature map patch of differing sizes, and - providing the first feature map patch to a first classifier and the second feature map patch to a second classifier,
A herbicidal composition comprising a synergistically effective amount of (a) fluroxypyr or an agriculturally acceptable ester or salt thereof and (b) an ALS inhibiting herbicide, wherein the ALS-inhibiting herbicide is diclosulam, cloransulam, or an agriculturally acceptable ester or salt thereof. (a) fluroxypyr or an agriculturally acceptable ester or salt thereof and (b) an ALS inhibiting herbicide, wherein the ALS-inhibiting herbicide is diclosulam, cloransulam, or an agriculturally acceptable ester or salt thereof.
A rail vehicle comprising: a plurality of items of equipment provided within a compartment ; an air-conditioner that conditions an air flowing within said items of equipment or within a housing that accommodates said items of equipment; and a duct that delivers air between said air conditioner and said items of equipment and having a portion extending within said compartment in a forward/rearward direction of said vehicle , in a position close to a wall of said compartment , characterised in that , in a position close to a wall of said compartment , as a portion extending along said forward/rearward direction of said vehicle , said duct has a first portion and a second portion , said first portion is provided closer to one side of said wall in a vehicle width direction of said compartment feeding air to said items of equipment, and said second portion is provided at an upper position of an air feeding portion and closer to another side of said wall, in a vehicle width direction of said compartment feeding said air back to said air conditioner from said items of equipment. a plurality of items of equipment provided within a compartment ; an air-conditioner that conditions an air flowing within said items of equipment or within a housing that accommodates said items of equipment; and a duct that delivers air between said air conditioner and said items of equipment and having a portion extending within said compartment in a forward/rearward direction of said vehicle , in a position close to a wall of said compartment , characterised in that , in a position close to a wall of said compartment , as a portion extending along said forward/rearward direction of said vehicle , said duct has a first portion and a second portion , said first portion is provided closer to one side of said wall in a vehicle width direction of said compartment feeding air to said items of equipment, and said second portion is provided at an upper position of an air feeding portion and closer to another side of said wall, in a vehicle width direction of said compartment feeding said air back to said air conditioner from said items of equipment.
Device comprising a wear part with a wear area ; and a measuring device with at least one wear sensor , which is integrated in the wear area , for detecting material removal at the wear area; wherein the wear sensor is constructed in the form of an electrical resistance which when material removal at the wear area takes place is itself mechanically removed therewith; and wherein the measuring device further comprises an evaluating device for detecting a change, particularly an increase, of the resistive impedance value of the electrical resistance in dependence on its own material removal and for making a conclusion from the recognised change in the impedance value about the amount of material removal at the wear area or about the remaining thickness of the wear area; characterised in that the measuring device further comprises an oscillation sensor for detecting whether the wear part is set into oscillation; and the evaluating device is constructed to ascertain the service life of the wear part as that time period during which the amplitude or the frequency of the oscillation of the wear part exceeds a predetermined threshold value.