mhurhangee/ep-ind-claims huggingface dataset:
A tire repair device for attachment to a vehicle wheel, which is attached to a vehicle by wheel nuts or wheel bolts, comprising: - a carrier element, associated with which is a center line and a circumferential direction and which has a side facing the wheel and a side facing away from the wheel; - a compressor attached to the carrier element; - a drive mechanism for the compressor which is operationally connected to the compressor; - a sealant container for taking up a tire sealant, wherein the compressor is connected in a fluid-conducting manner to the sealant container; - a connection line, which is configured to be connected in a fluid-conducting manner to the sealant container and to a tire to be repaired; and - a number of mounting elements, characterized in that the mounting elements are sleeve-shaped and each have an attachment end and a free end, wherein the mounting elements are connected at their attachment end to the carrier element and respectively extend from the side of the carrier element facing the wheel along a longitudinal axis parallel to the center line and are spaced at a distance from one another in the circumferential direction, wherein the positions of the sleeve-shaped mounting elements correspond at least approximately to positions of wheel nuts or wheel bolts by means of which the vehicle wheel is attached to the vehicle, and wherein an end section of each sleeve-shaped mounting element adjacent to the free end is configured to retentively engage with a head of a wheel nut or wheel bolt. - a carrier element, associated with which is a center line and a circumferential direction and which has a side facing the wheel and a side facing away from the wheel; - a compressor attached to the carrier element; - a drive mechanism for the compressor which is operationally connected to the compressor; - a sealant container for taking up a tire sealant, wherein the compressor is connected in a fluid-conducting manner to the sealant container; - a connection line, which is configured to be connected in a fluid-conducting manner to the sealant container and to a tire to be repaired; and - a number of mounting elements, characterized in that the mounting elements are sleeve-shaped and each have an attachment end and a free end, wherein the mounting elements are connected at their attachment end to the carrier element and respectively extend from the side of the carrier element facing the wheel along a longitudinal axis parallel to the center line and are spaced at a distance from one another in the circumferential direction, wherein the positions of the sleeve-shaped mounting elements correspond at least approximately to positions of wheel nuts or wheel bolts by means of which the vehicle wheel is attached to the vehicle, and wherein an end section of each sleeve-shaped mounting element adjacent to the free end is configured to retentively engage with a head of a wheel nut or wheel bolt.
A grommet comprising: a core including a chamfered inlet portion having a chamfered ratio equal to or greater than 0.10, wherein the chamfered ratio is calculated as W / D, W is a distance measured axially between an inner edge of the conical face and the annular end surface, and D is an outer diameter of the conical face where the conical face meets the annular end surface; wherein a hole communicates through the core along a centerline and is defined at least in-part by a conical face spanning axially and radially outward to an annular end surface carried by the core, characterised in that the conical face extends transverse to a reference plane normal to the centerline at an angle of thirty degrees. a core including a chamfered inlet portion having a chamfered ratio equal to or greater than 0.10, wherein the chamfered ratio is calculated as W / D, W is a distance measured axially between an inner edge of the conical face and the annular end surface, and D is an outer diameter of the conical face where the conical face meets the annular end surface; wherein a hole communicates through the core along a centerline and is defined at least in-part by a conical face spanning axially and radially outward to an annular end surface carried by the core, characterised in that the conical face extends transverse to a reference plane normal to the centerline at an angle of thirty degrees.
A process for preparing unsaturated ketone, the process comprising the steps of-mixing an aldehyde with a ketone; and passing the mixture of aldehyde and ketone through a fixed bed catalytic reactor comprising ion exchange polymer at a temperature of at least 60°C and at atmospheric pressure for a retention period of at least 30 minutes, wherein the ion exchange polymer is polystyrene sulphonated or carbonated cation resin.
A nonaqueous electrolyte secondary battery having a cathode and an anode arranged so as to be opposite to each other, and an electrolyte layer put therebetween; wherein the cathode comprises: (a) a conductive polymer and (b) at least one selected from the group consisting of a polycarboxylic acid and a metal salt thereof, wherein the anode comprises a material into which a base metal or ions thereof can be inserted and from which a base metal or ions thereof can be extracted; and wherein the conductive polymer is a polymer having as a dopant at least one protonic acid anions selected from the group consisting of inorganic acid anions, aliphatic sulfonic acid anions, aromatic sulfonic acid anions, polymer sulfonic acid anions and polyvinylsulfuric acid anions. (a) a conductive polymer and (b) at least one selected from the group consisting of a polycarboxylic acid and a metal salt thereof,
An apparatus for rolling a sod strip being displaced by a transport conveyor into a sod roll comprising: means (9,11) for detecting a trailing edge portion of the sod strip; and a retaining device for retaining the sod roll in the conveyor as the sod strip is rolled into a sod roll, an ejector device for ejecting the roll in accordance with a position of the trailing edge portion of the sod strip; characterized in that the retaining device comprises a holding conveyor located in proximity to an end of the transport conveyor, wherein activation of the holding conveyor retains the sod roll on the transport conveyor and deactivation of the holding conveyor enables the sod roll to move off of the transport conveyor; the apparatus further comprising a controller configured to receive an input signal from the detecting means (9,11) and to enable a predetermined time delay before deactivating the holding conveyor; a transport conveyor sensor configured to measure displacement of the transport conveyor, wherein the controller deactivates the holding conveyor in response to a predetermined length of displacement of the transport conveyor following detection of the trailing edge portion of the sod strip. means (9,11) for detecting a trailing edge portion of the sod strip; and a retaining device for retaining the sod roll in the conveyor as the sod strip is rolled into a sod roll, an ejector device for ejecting the roll in accordance with a position of the trailing edge portion of the sod strip; characterized in that the retaining device comprises a holding conveyor located in proximity to an end of the transport conveyor, wherein activation of the holding conveyor retains the sod roll on the transport conveyor and deactivation of the holding conveyor enables the sod roll to move off of the transport conveyor; the apparatus further comprising a controller configured to receive an input signal from the detecting means (9,11) and to enable a predetermined time delay before deactivating the holding conveyor; a transport conveyor sensor configured to measure displacement of the transport conveyor, wherein the controller deactivates the holding conveyor in response to a predetermined length of displacement of the transport conveyor following detection of the trailing edge portion of the sod strip.
A fixing adapter device for a directional antenna, comprising a holding rod for fixing a holding rod fastening of the directional antenna, a cross beam for fixing the holding rod on a support bar, a first and a second supporting struts as well as a first strut bracket for fastening a first stabilising strut of the directional antenna, wherein the first strut bracket is rigidly connected to the holding rod via the first supporting strut and wherein the first strut bracket is furthermore adapted to be connected to the support bar via the second supporting strut.
A surgical helmet for use with a surgical garment configured to define a barrier between a wearer and an external environment, the surgical helmet comprising: a headband including a front portion, a rear portion and a pair of opposed side portions connecting the front portion to the rear portion, the headband being configured to encircle a head of the wearer; a ventilation assembly coupled to the headband, the ventilation assembly being configured to draw air through the surgical garment and circulate it about the wearer; wherein the rear portion comprises: a base member for receiving an end of each of the pair of opposed side portions; characterized in that the rear portion further comprises: a pair of contact surfaces (52A, 52B) configured to contact the head of the wearer, each of the pair of contact surfaces (52A, 52B) being slidably coupled to one of the side portions; and at least one support member disposed between each of the pair of contact surfaces (52A, 52B) and the base member, the support member being formed from a rigid bracket and configured to offset opposing ends of the pair of contact surfaces (52A, 52B) proximally from the base member such that the rear portion defines a void (60, 61) between the pair of contact surfaces (52A, 52B) and the base member of the rear portion of the headband to allow hair to collect between the head of the wearer and the base member. a headband including a front portion, a rear portion and a pair of opposed side portions connecting the front portion to the rear portion, the headband being configured to encircle a head of the wearer; a ventilation assembly coupled to the headband, the ventilation assembly being configured to draw air through the surgical garment and circulate it about the wearer; wherein the rear portion comprises: a base member for receiving an end of each of the pair of opposed side portions; a pair of contact surfaces (52A, 52B) configured to contact the head of the wearer, each of the pair of contact surfaces (52A, 52B) being slidably coupled to one of the side portions; and at least one support member disposed between each of the pair of contact surfaces (52A, 52B) and the base member, the support member being formed from a rigid bracket and configured to offset opposing ends of the pair of contact surfaces (52A, 52B) proximally from the base member such that the rear portion defines a void (60, 61) between the pair of contact surfaces (52A, 52B) and the base member of the rear portion of the headband to allow hair to collect between the head of the wearer and the base member.
A back sheet for a solar battery, which comprises a laminate in which a first layer, a second layer and a third layer are laminated in this order, the first layer being arranged farthest from a solar battery element, wherein the first layer is a weather-resistant film selected from the group consisting of a weather-resistant polyester resin film and a fluororesin film, the second layer is a polyolefin layer which comprises a modified polyolefin resin yielded by grafting 1 to 30 parts by weight of an epoxy-group-containing vinyl monomer and 0.1 to 30 parts by weight of an aromatic vinyl monomer to 100 parts by weight of one or more polyolefin resins selected from the group consisting of polyethylene, polypropylene and an ethylene/propylene copolymer, and which has a thickness of 5 to 250 μm, the third layer is selected from the group consisting of a polyester-comprising layer, a polyolefin-comprising layer, and an aluminum foil piece, and the second layer and the third layer have a total thickness of 20 μm or more.
A transport device including vehicles which are movable along a drive path with a gear rack which vehicles are also configured for driving around turns, the vehicles comprising: - a base element including at least one drive sprocket and at least one contact roller, characterized in that - a respective guide head (2a, b) is supported at each end of the base element so that the respective guide head is pivotable about a vertical axis relative to the base element - each guide head (2a, b) includes two pairs each including a sprocket and a contact roller for contacting the gear rack at both sides wherein the two pairs are offset from each other in a longitudinal direction, - wherein one of the sprockets is configured as a drive sprocket in one of the two guides heads (2a, b); and - wherein each pair including the sprocket and the contact roller is provided with one of the two elements is movably preloaded transversal to a longitudinal direction of the gear rack. - a base element including at least one drive sprocket and at least one contact roller, - a respective guide head (2a, b) is supported at each end of the base element so that the respective guide head is pivotable about a vertical axis relative to the base element - each guide head (2a, b) includes two pairs each including a sprocket and a contact roller for contacting the gear rack at both sides wherein the two pairs are offset from each other in a longitudinal direction, - wherein one of the sprockets is configured as a drive sprocket in one of the two guides heads (2a, b); and - wherein each pair including the sprocket and the contact roller is provided with one of the two elements is movably preloaded transversal to a longitudinal direction of the gear rack.
An artificial leather, comprising: a first fiber web, which is a meltblown fiber web; a filament fabric disposed on the first fiber web and manufactured by warp knitting, weft knitting, knitting, or tatting; and a second fiber web disposed on the filament fabric, wherein the second fiber web is a meltblown fiber web; characterized in that a material of the first fiber web is thermoplastic polyurethane, a material of the filament fabric is thermoplastic polyurethane, and a material of the second fiber web is thermoplastic polyurethane. a first fiber web, which is a meltblown fiber web; a filament fabric disposed on the first fiber web and manufactured by warp knitting, weft knitting, knitting, or tatting; and a second fiber web disposed on the filament fabric, wherein the second fiber web is a meltblown fiber web; characterized in that a material of the first fiber web is thermoplastic polyurethane, a material of the filament fabric is thermoplastic polyurethane, and a material of the second fiber web is thermoplastic polyurethane.
A low-density hot dip galvanized steel, comprising a steel substrate, a coating layer, and an interface layer, wherein the steel substrate is located at a core portion of the steel, the coating layer is located on a surface of the steel substrate, and the interface layer is disposed between the steel substrate and the coating layer, wherein the interface layer comprises iron particles dispersed on the steel substrate and covering the steel substrate thereby being disposed in an iron particle layer, wherein the iron particles are covered by a first inhibition layer; the steel substrate has an internal oxidized layer in a portion adjacent to the iron particle layer, the internal oxidized layer containing oxides of Al; the low-density hot dip galvanized steel contains element Al in a mass percentage of 3.0% to 7.0%.
A method for receiving control information by a relay node, RN, in a wireless communication system, the method comprising: receiving downlink, DL, subframe pattern information of a bitmap type from a base station, BS, the DL subframe pattern information indicating subframes configured for a BS-to-RN transmission; wherein the subframes configured for the BS-to-RN transmission correspond to subframes other than subframes of indexes 0, 4, 5 and 9; wherein the subframes are indexed from 0 to 9 per frame; receiving an uplink, UL, grant in a downlink subframe indicated by the DL subframe pattern information from the BS, the downlink subframe corresponding to a subframe of index n; and transmitting UL data to the BS in a subframe of index n+4 based on the received UL grant. receiving downlink, DL, subframe pattern information of a bitmap type from a base station, BS, the DL subframe pattern information indicating subframes configured for a BS-to-RN transmission; wherein the subframes configured for the BS-to-RN transmission correspond to subframes other than subframes of indexes 0, 4, 5 and 9; wherein the subframes are indexed from 0 to 9 per frame; receiving an uplink, UL, grant in a downlink subframe indicated by the DL subframe pattern information from the BS, the downlink subframe corresponding to a subframe of index n; and transmitting UL data to the BS in a subframe of index n+4 based on the received UL grant.
A functional profile for a motor vehicle, comprising two elongate arms, one of which is fixed to the side edge of the motor vehicle, while the other is bent outwards with respect to the motor vehicle, characterized in that it is in the form of an angle profile in whose arm - fixed to the side edge of the motor vehicle - openings are formed, through which customs eyelets attached to the side edge of the motor vehicle are passed, and in addition in this arm - in the upper part of which - there are inlets which serve for anchoring hooks to which tension belts are attached, whereas in the bent arm of the angle profile - above the inlets - recesses are made.
A method of testing high-speed signals propagating along at least one signal track on a signal layer of a printed circuit board, comprising: forming a non-contact testing track on a layer of the PCB, the non-contact testing track having at least one portion substantially parallel with the at least one signal track; and connecting a testing point to an end of the non-contact testing track to enable measuring a crosstalk signal corresponding to the tested signal, characterized in that the at least one signal track comprises two differential signal tracks, and the non-contact testing track comprises two non-contact testing tracks located at equal electrical length from the driver relative to the two differential signal tracks, wherein the two non-contact testing tracks have different reflection coefficients and are connected to a differential amplifier. forming a non-contact testing track on a layer of the PCB, the non-contact testing track having at least one portion substantially parallel with the at least one signal track; and connecting a testing point to an end of the non-contact testing track to enable measuring a crosstalk signal corresponding to the tested signal, characterized in that the at least one signal track comprises two differential signal tracks, and the non-contact testing track comprises two non-contact testing tracks located at equal electrical length from the driver relative to the two differential signal tracks, wherein the two non-contact testing tracks have different reflection coefficients and are connected to a differential amplifier.
A drill string for rotary drilling of underground mining machines comprising: a first elongate drill string member having a main section and a male end; a second elongate drill string member having a main section and a female end; the male end and the female end have respective threads to provide a thread coupling between the male end and the female end, the thread coupling enables the male end to be secured inside the female end such that the male end and the female end overlap axially; wherein a thread lead of the respective threads of the male end and the female end is greater than a diameter (D M; D FI) of the male end and the female end, wherein the thread lead is the distance along the thread's axis that is covered by one complete rotation (360°) of the thread; wherein the respective threads of the male end and the female end are right-handed threads. a first elongate drill string member having a main section and a male end; a second elongate drill string member having a main section and a female end; the male end and the female end have respective threads to provide a thread coupling between the male end and the female end, the thread coupling enables the male end to be secured inside the female end such that the male end and the female end overlap axially; wherein a thread lead of the respective threads of the male end and the female end is greater than a diameter (D M; D FI) of the male end and the female end, wherein the thread lead is the distance along the thread's axis that is covered by one complete rotation (360°) of the thread; wherein the respective threads of the male end and the female end are right-handed threads.
A computer-implemented method of collecting local machine events and aggregating, in an aggregation routine, the knowledge base of anti-malware services (302, 304, 306, 308) and other event detection systems to proactively protect a computer from malware, the method comprising: using the anti-malware services to observe suspicious events that are potentially indicative of malware, and to report observed suspicious events to the aggregation routine with metadata that describes the suspicious events; characterizing an entity associated with the computer using the metadata, as reported by one of the anti-malware services to the aggregation routine; determining whether the suspicious events received from the anti-malware services satisfy a predetermined threshold, the determining further comprising: generating a weighted value for each suspicious event that quantifies the probability that the suspicious event is indicative of malware; and determining whether the summation of the weighted values for the suspicious events is higher than a given value; and if the suspicious events received from the anti-malware services satisfy the predetermined threshold, marking the entity associated with the computer as malware and applying a restrictive security policy to the computer. using the anti-malware services to observe suspicious events that are potentially indicative of malware, and to report observed suspicious events to the aggregation routine with metadata that describes the suspicious events; characterizing an entity associated with the computer using the metadata, as reported by one of the anti-malware services to the aggregation routine; determining whether the suspicious events received from the anti-malware services satisfy a predetermined threshold, the determining further comprising: generating a weighted value for each suspicious event that quantifies the probability that the suspicious event is indicative of malware; and determining whether the summation of the weighted values for the suspicious events is higher than a given value; and generating a weighted value for each suspicious event that quantifies the probability that the suspicious event is indicative of malware; and determining whether the summation of the weighted values for the suspicious events is higher than a given value; and if the suspicious events received from the anti-malware services satisfy the predetermined threshold, marking the entity associated with the computer as malware and applying a restrictive security policy to the computer.